iTN2100 (P100R002) Hardware Description (Rel_08)

iTN2100 (P100R002)

Hardware Description

(Rel_08)

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iTN2100 (P100R002) Hardware Description Preface

Raisecom Proprietary and Confidential

Copyright © Raisecom Technology Co., Ltd. i

Preface

Objectives This document describes components and cables of the iTN2100, including hardware features,

components, features implemented by each component, and appearance and technical

specifications of cables. The appendix lists terms, acronyms, abbreviations, and metrics of

SFP optical modules and XFP optical modules.

Versions The following table lists the product versions related to this document.

Product name Product version Chassis version Software version

iTN2100 P100R002 C.01 or later iTN2100-NMS-

C_V5.6 or later

Conventions

Symbol conventions

The symbols that may be found in this document are defined as follows.

Symbol Description

Indicate a hazard with a medium or low level of risk which, if

not avoided, could result in minor or moderate injury.

Indicate a potentially hazardous situation that, if not avoided,

could cause equipment damage, data loss, and performance degradation, or unexpected results.

Provide additional information to emphasize or supplement

important points of the main text.

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Symbol Description

Indicate a tip that may help you solve a problem or save time.

General conventions

Convention Description

Times New Roman Normal paragraphs are in Times New Roman.

Arial Paragraphs in Warning, Caution, Notes, and Tip are in Arial.

Boldface Buttons and navigation path are in Boldface.

Italic Book titles are in italics.

Lucida Console Terminal display is in Lucida Console.

Book Antiqua Heading 1, Heading 2, Heading 3, and Block are in Book Antiqua.

Change history Updates between document versions are cumulative. Therefore, the latest document version

contains all updates made to previous versions.

Issue 08 (2016-03-31)

Eighth commercial release

Added the following cards: iTN2100-EOW (version B), iTN2100-8GE, OPCOM3500E-

10E&M, OPCOM3500E-TP, and OPCOM3500E-16C64K.

Updated the panel figure of the iTN2100-EOW (version A).

Updated the configuration cable, DC power cable, AC power cable, and ground cable.

Issue 07 (2015-10-30)

Seventh commercial release

Updated the panel figure of the SUB-PWRM-DC.

Updated lightning protection parameters of the chassis.

Added the section wiring to the section appendix.

Added the iTN2100-CES-STM1/4.

Issue 06 (2015-04-10)

Sixth commercial release

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Added the iTN2100-EOW card.

Revised VC4 distribution data of each slot on the chassis.

Issue 05 (2014-07-16)

Fifth commercial release

Added the following cards: OPCOM3500E-HSEEC, OPCOM3500E-HEESC,

OPCOM3500E-ACEWA, OPCOM3500E-EOSE-8FX (version C), OPCOM3500E-EOS-

8FE (version C), OPCOM3500E-8EOS-GC (version C), OPCOM3500E-Audio, iTN2100-8EOS-8GF (version B), and iTN2100-HSELD.

Added descriptions of the audio cable.

Deleted the following cards: OPCOM3500E-STM1-S (version A), OPCOM3500E-

P240EOS, OPCOM3500E-P240FE, OPCOM3500E-120FE×4-GE, OPCOM3500E-

240H×2, OPCOM3500E-DFPTGE, OPCOM3500E-8EOS-FE, and OPCOM3500E-8EOS-FX.

Changed the name of EOS access card to dual-network transmission card.

Updated metrics of the optical module

Fixed known bugs.

Issue 04 (2014-02-28)

Fourth commercial release

Fixed known bugs.

Issue 03 (2013-11-30)

Third commercial release

Fixed known BUGs.

Added sections 6.3 iTN2100-2STM16-M, 7.3 iTN2100-4STM4-S, 13.2 iTN2100-CES-

16E1T1, 15.6 OPCOM3500E-8EOS-GC, 24.9 E1-RJ45 cable, and 24.10.6 CBL-E1-DB37F (40)/16CC3F.

Added descriptions about the chassis and power supply of the iTN2100-NTU-4XG (C).

Issue 02 (2013-07-30)

Second commercial release

Fixed known bugs.

Added sections 4.3, 6.2, 8.2, 23.2, and 23.3, as well as chapter 11.

Issue 01 (2013-02-16)

Initial commercial release

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iTN2100 (P100R002) Hardware Description Contents


Copyright © Raisecom Technology Co., Ltd. iv

Contents

1 Overview ................................................................................................................................... 1

1.1 Introduction ............................................................................................................................................... 1

1.2 Components .............................................................................................................................................. 1

2 Chassis ....................................................................................................................................... 5

2.1 Structure .................................................................................................................................................... 5

2.2 Slots .......................................................................................................................................................... 7

2.3 VC4 distribution ........................................................................................................................................ 8

2.4 GE distribution .......................................................................................................................................... 9

2.5 Specifications ............................................................................................................................................ 9

3 Fan ............................................................................................................................................ 10

3.1 Functions..................................................................................................................................................10

3.2 Appearance ............................................................................................................................................... 11

3.3 LEDs ........................................................................................................................................................ 11

3.4 Specifications ...........................................................................................................................................12

4 Power supplies ....................................................................................................................... 12

4.1 SUB-PWRII-DC/DC-300 .........................................................................................................................13

4.1.1 Appearance and functions ................................................................................................................13

4.1.2 Slots ................................................................................................................................................13

4.1.3 LEDs ...............................................................................................................................................14

4.1.4 Specifications ..................................................................................................................................14

4.2 SUB-PWRM-DC ......................................................................................................................................16


4.2.2 Slots ................................................................................................................................................16

4.2.3 LEDs ...............................................................................................................................................17

4.2.4 Specifications ..................................................................................................................................17

4.3 SUB-PWRMF-DC ....................................................................................................................................19


4.3.2 Slots ................................................................................................................................................19

4.3.3 Interface ..........................................................................................................................................20

4.3.4 LEDs ...............................................................................................................................................20

4.3.5 Specifications ..................................................................................................................................21

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4.4 SUB-PWRII-AC .......................................................................................................................................22


4.4.2 Slots ................................................................................................................................................22

4.4.3 Interfaces .........................................................................................................................................23

4.4.4 LEDs ...............................................................................................................................................23

4.4.5 Specifications ..................................................................................................................................24

4.5 SUB-PWRM-AC ......................................................................................................................................26


4.5.2 Slots ................................................................................................................................................26

4.5.3 Interfaces .........................................................................................................................................27

4.5.4 LEDs ...............................................................................................................................................27

4.5.5 Specifications ..................................................................................................................................28

5 NMS card ................................................................................................................................. 29

5.1 iTN2100-NMS .........................................................................................................................................30


5.1.2 Slots ................................................................................................................................................30

5.1.3 Interfaces .........................................................................................................................................31

5.1.4 Buttons ............................................................................................................................................32

5.1.5 LEDs ...............................................................................................................................................32

5.1.6 Alarms .............................................................................................................................................33

5.1.7 Specifications ..................................................................................................................................33

6 SDH aggregation cards .......................................................................................................... 34

6.1 OPCOM3500E-2STM1/4-M .....................................................................................................................35


6.1.2 Slots ................................................................................................................................................35

6.1.3 Interfaces .........................................................................................................................................36

6.1.4 LEDs ...............................................................................................................................................37

6.1.5 DIP switch .......................................................................................................................................38

6.1.6 Alarms .............................................................................................................................................38

6.1.7 Specifications ..................................................................................................................................40

6.2 iTN2100-4STM1-M .................................................................................................................................41


6.2.2 Slots ................................................................................................................................................41

6.2.3 Interfaces .........................................................................................................................................42

6.2.4 LEDs ...............................................................................................................................................43

6.2.5 Alarms .............................................................................................................................................44

6.2.6 Specifications ..................................................................................................................................45

6.3 iTN2100-2STM16-M ...............................................................................................................................46


6.3.2 Slots ................................................................................................................................................47

6.3.3 Interfaces .........................................................................................................................................47

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6.3.4 LEDs ...............................................................................................................................................48

6.3.5 Logic diagram .................................................................................................................................49

6.3.6 Specifications ..................................................................................................................................50

7 SDH tributary cards ............................................................................................................... 51

7.1 OPCOM3500E-STM1-S ...........................................................................................................................52


7.1.2 Slots ................................................................................................................................................52

7.1.3 Interfaces .........................................................................................................................................53

7.1.4 LEDs ...............................................................................................................................................54

7.1.5 Alarms .............................................................................................................................................55

7.1.6 Specifications ..................................................................................................................................55

7.2 OPCOM3500E-4STM1-S .........................................................................................................................57


7.2.2 Slots ................................................................................................................................................57

7.2.3 Interfaces .........................................................................................................................................58

7.2.4 LEDs ...............................................................................................................................................58

7.2.5 Alarms .............................................................................................................................................59

7.2.6 Specifications ..................................................................................................................................60

7.3 iTN2100-4STM4-S ...................................................................................................................................61


7.3.2 Slots ................................................................................................................................................62

7.3.3 Interfaces .........................................................................................................................................62

7.3.4 LEDs ...............................................................................................................................................62

7.3.5 Alarms .............................................................................................................................................63

7.3.6 Specifications ..................................................................................................................................64

7.4 OPCOM3500E-BSSH ..............................................................................................................................65


7.4.2 Slots ................................................................................................................................................65

7.4.3 Interfaces .........................................................................................................................................66

7.4.4 LEDs ...............................................................................................................................................66

7.4.5 Alarms .............................................................................................................................................67

7.4.6 Specifications ..................................................................................................................................67

8 Ethernet aggregation cards .................................................................................................... 69

8.1 iTN2100-NTU-4GF ..................................................................................................................................70


8.1.2 Slots ................................................................................................................................................71

8.1.3 Interfaces .........................................................................................................................................71

8.1.4 LEDs ...............................................................................................................................................72

8.1.5 Specifications ..................................................................................................................................72

8.2 iTN2100-NTU-4XG .................................................................................................................................73


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8.2.2 Slots ................................................................................................................................................73

8.2.3 Interfaces .........................................................................................................................................74

8.2.4 LEDs ...............................................................................................................................................74

8.2.5 Specifications ..................................................................................................................................75

9 Ethernet switching card ......................................................................................................... 76

9.1 iTN2100-PTU-4GE ..................................................................................................................................76


9.1.2 Slots ................................................................................................................................................76

9.1.3 Interfaces .........................................................................................................................................77

9.1.4 LEDs ...............................................................................................................................................77

9.1.5 Specifications ..................................................................................................................................78

10 Ethernet access cards ............................................................................................................ 79

10.1 iTN2100-16GF .......................................................................................................................................80

10.1.1 Appearance and functions ..............................................................................................................80

10.1.2 Slots ..............................................................................................................................................81

10.1.3 Interfaces .......................................................................................................................................81

10.1.4 LEDs .............................................................................................................................................82

10.1.5 Specifications ................................................................................................................................82

10.2 iTN2100-8GE .........................................................................................................................................84


10.2.2 Slots ..............................................................................................................................................85

10.2.3 Interfaces .......................................................................................................................................85

10.2.4 LEDs .............................................................................................................................................85

10.2.5 Specifications ................................................................................................................................86

10.3 iTN2100-8GF .........................................................................................................................................87


10.3.2 Slots ..............................................................................................................................................88

10.3.3 Interfaces .......................................................................................................................................88

10.3.4 LEDs .............................................................................................................................................88

10.3.5 Specifications ................................................................................................................................89

10.4 iTN2100-16FX .......................................................................................................................................90


10.4.2 Slots ..............................................................................................................................................91

10.4.3 Interfaces .......................................................................................................................................91

10.4.4 LEDs .............................................................................................................................................91

10.4.5 Specifications ................................................................................................................................92

10.5 iTN2100-8FX .........................................................................................................................................93


10.5.2 Slots ..............................................................................................................................................94

10.5.3 Interface ........................................................................................................................................94

10.5.4 LEDs .............................................................................................................................................95

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10.5.5 Specifications ................................................................................................................................95

10.6 iTN2100-2IGC .......................................................................................................................................97


10.6.2 Slots ..............................................................................................................................................97

10.6.3 Interface ........................................................................................................................................98

10.6.4 LEDs .............................................................................................................................................99

10.6.5 Specifications .............................................................................................................................. 100

10.7 OPCOM3500E-4FX ............................................................................................................................. 101

10.7.1 Appearance and functions ............................................................................................................ 101

10.7.2 Slots ............................................................................................................................................ 101

10.7.3 Interfaces ..................................................................................................................................... 102

10.7.4 LEDs ........................................................................................................................................... 102

10.7.5 DIP swtiches ................................................................................................................................ 103

10.7.6 Specifications .............................................................................................................................. 103

10.8 OPCOM3500E-8FX ............................................................................................................................. 104


10.8.2 Slots ............................................................................................................................................ 104

10.8.3 Interfaces ..................................................................................................................................... 105

10.8.4 LEDs ........................................................................................................................................... 105

10.8.5 Specifications .............................................................................................................................. 106

11 Dual-network transmission cards .................................................................................... 107

11.1 iTN2100-8EOS-8GF ............................................................................................................................. 108

11.1.1 Appearance and functions............................................................................................................. 108

11.1.2 Slots ............................................................................................................................................ 108

11.1.3 Interfaces ..................................................................................................................................... 109

11.1.4 LEDs ........................................................................................................................................... 109

11.1.5 Logic diagram .............................................................................................................................. 110

11.1.6 Alarms ......................................................................................................................................... 111

11.1.7 Specifications .............................................................................................................................. 111

11.2 iTN2100-4STM1-GC ............................................................................................................................ 112


11.2.2 Slots ............................................................................................................................................ 113

11.2.3 Interfaces ..................................................................................................................................... 113

11.2.4 LEDs ........................................................................................................................................... 114

11.2.5 Alarms ......................................................................................................................................... 115

11.2.6 Specifications .............................................................................................................................. 115

11.3 iTN2100-HSELD .................................................................................................................................. 117


11.3.2 Slots ............................................................................................................................................ 118

11.3.3 Interfaces ..................................................................................................................................... 118

11.3.4 LEDs ........................................................................................................................................... 118

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11.3.5 Logic diagram .............................................................................................................................. 119

11.3.6 Alarms ......................................................................................................................................... 120

11.3.7 Specifications .............................................................................................................................. 120

12 Clock card ............................................................................................................................ 121

12.1 iTN2100-TSU....................................................................................................................................... 122


12.1.2 Slots ............................................................................................................................................ 122

12.1.3 Interfaces ..................................................................................................................................... 123

12.1.4 LEDs ........................................................................................................................................... 124

12.1.5 Specifications .............................................................................................................................. 125

13 TDMoP card ........................................................................................................................ 126

13.1 iTN2100-CES-16E1T1-BL ................................................................................................................... 127


13.1.2 Slots ............................................................................................................................................ 128

13.1.3 Interfaces ..................................................................................................................................... 128

13.1.4 LEDs ........................................................................................................................................... 129

13.1.5 Logic diagram.............................................................................................................................. 129

13.1.6 Specifications .............................................................................................................................. 130

13.1.7 Cables ......................................................................................................................................... 130

13.1.8 Ordering information ................................................................................................................... 131

13.2 iTN2100-CES-16E1T1 ......................................................................................................................... 132


13.2.2 Slots ............................................................................................................................................ 133

13.2.3 Interfaces ..................................................................................................................................... 133

13.2.4 LEDs ........................................................................................................................................... 133

13.2.5 Logic diagram.............................................................................................................................. 134

13.2.6 Specifications .............................................................................................................................. 135

13.2.7 Cables ......................................................................................................................................... 135


13.3 iTN2100-CES-STM1/4 ......................................................................................................................... 137


13.3.2 Version ........................................................................................................................................ 137

13.3.3 Slots ............................................................................................................................................ 138

13.3.4 Interfaces ..................................................................................................................................... 138

13.3.5 LEDs ........................................................................................................................................... 139

13.3.6 DIP switch ................................................................................................................................... 139

13.3.7 Logic diagram.............................................................................................................................. 139

13.3.8 Specifications .............................................................................................................................. 141

14 EOP cards............................................................................................................................. 142

14.1 OPCOM3500E-EOPFE ........................................................................................................................ 143


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14.1.2 Slots ............................................................................................................................................ 143

14.1.3 Interfaces ..................................................................................................................................... 144

14.1.4 LEDs ........................................................................................................................................... 144

14.1.5 Alarms ......................................................................................................................................... 145

14.1.6 Specifications .............................................................................................................................. 145

14.2 OPCOM3500E-EOP3FE....................................................................................................................... 147


14.2.2 Slots ............................................................................................................................................ 147

14.2.3 Interfaces ..................................................................................................................................... 148

14.2.4 LEDs ........................................................................................................................................... 149

14.2.5 Alarms ......................................................................................................................................... 149

14.2.6 Specifications .............................................................................................................................. 150

14.3 OPCOM3500E-EOP8FX ...................................................................................................................... 151


14.3.2 Slots ............................................................................................................................................ 151

14.3.3 Interfaces ..................................................................................................................................... 152

14.3.4 LEDs ........................................................................................................................................... 152

14.3.5 Specifications .............................................................................................................................. 153

14.4 OPCOM3500E-EOP-FE16E1 ............................................................................................................... 154


14.4.2 Slots ............................................................................................................................................ 154

14.4.3 Interfaces ..................................................................................................................................... 155

14.4.4 LEDs ........................................................................................................................................... 155

14.4.5 Alarms ......................................................................................................................................... 156

14.4.6 Specifications .............................................................................................................................. 156

14.5 OPCOM3500E-EOP-FEE1×8 ............................................................................................................... 158


14.5.2 Versions ....................................................................................................................................... 158

14.5.3 Slots ............................................................................................................................................ 159

14.5.4 Interfaces ..................................................................................................................................... 159

14.5.5 LEDs ........................................................................................................................................... 160

14.5.6 Alarms ......................................................................................................................................... 160

14.5.7 Logic diagram.............................................................................................................................. 160

14.5.8 Specifications .............................................................................................................................. 161

14.6 OPCOM3500E-EOP-FXE1×8 .............................................................................................................. 162


14.6.2 Versions ....................................................................................................................................... 162

14.6.3 Slots ............................................................................................................................................ 163

14.6.4 Interfaces ..................................................................................................................................... 163

14.6.5 LEDs ........................................................................................................................................... 164

14.6.6 Alarms ......................................................................................................................................... 164

14.6.7 Logic diagram.............................................................................................................................. 165

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14.6.8 Specifications .............................................................................................................................. 165

14.7 OPCOM3500E-EOPS-8E1 ................................................................................................................... 167


14.7.2 Slots ............................................................................................................................................ 167

14.7.3 Interfaces ..................................................................................................................................... 168

14.7.4 LEDs ........................................................................................................................................... 168

14.7.5 Alarms ......................................................................................................................................... 169

14.7.6 Cables ......................................................................................................................................... 169

14.7.7 Specifications .............................................................................................................................. 170

14.8 OPCOM3500E-HT-6FE24E1 ................................................................................................................ 171


14.8.2 Versions ....................................................................................................................................... 171

14.8.3 Slots ............................................................................................................................................ 172

14.8.4 Interfaces ..................................................................................................................................... 172

14.8.5 LEDs ........................................................................................................................................... 173

14.8.6 Alarms ......................................................................................................................................... 173

14.8.7 Logic diagram.............................................................................................................................. 173

14.8.8 Specifications .............................................................................................................................. 174

14.9 iTN2100-EOT-GESTM4 ....................................................................................................................... 175


14.9.2 Slots ............................................................................................................................................ 175

14.9.3 Interfaces ..................................................................................................................................... 176

14.9.4 LEDs ........................................................................................................................................... 176

14.9.5 DIP switches ................................................................................................................................ 177

14.9.6 Alarms ......................................................................................................................................... 178

14.9.7 Specifications .............................................................................................................................. 179

15 EOS cards............................................................................................................................. 180

15.1 OPCOM3500E-EOS-8FE ..................................................................................................................... 181


15.1.2 Slots ............................................................................................................................................ 181

15.1.3 Interfaces ..................................................................................................................................... 182

15.1.4 LEDs ........................................................................................................................................... 182

15.1.5 DIP switches ................................................................................................................................ 183

15.1.6 Logic diagram.............................................................................................................................. 183

15.1.7 Specifications .............................................................................................................................. 184

15.2 OPCOM3500E-EOSE-4FX................................................................................................................... 185


15.2.2 Slots ............................................................................................................................................ 185

15.2.3 Interfaces ..................................................................................................................................... 186

15.2.4 LEDs ........................................................................................................................................... 186

15.2.5 Alarms ......................................................................................................................................... 187

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15.2.6 Specifications .............................................................................................................................. 187

15.3 OPCOM3500E-EOSE-8FX................................................................................................................... 188


15.3.2 Slots ............................................................................................................................................ 189

15.3.3 Interfaces ..................................................................................................................................... 189

15.3.4 LEDs ........................................................................................................................................... 189

15.3.5 Alarms ......................................................................................................................................... 190

15.3.6 Logic diagram.............................................................................................................................. 190

15.3.7 Specifications .............................................................................................................................. 192

15.4 OPCOM3500E-4EOS-4FE ................................................................................................................... 193


15.4.2 Slots ............................................................................................................................................ 193

15.4.3 Interfaces ..................................................................................................................................... 194

15.4.4 LEDs ........................................................................................................................................... 194

15.4.5 DIP switches ................................................................................................................................ 195

15.4.6 Alarms ......................................................................................................................................... 195

15.4.7 Specifications .............................................................................................................................. 196

15.5 OPCOM3500E-4EOS-4FX ................................................................................................................... 197


15.5.2 Slots ............................................................................................................................................ 197

15.5.3 Interfaces ..................................................................................................................................... 198

15.5.4 LEDs ........................................................................................................................................... 198

15.5.5 DIP switches ................................................................................................................................ 199

15.5.6 Alarms ......................................................................................................................................... 200

15.5.7 Specifications .............................................................................................................................. 200

15.6 OPCOM3500E-8EOS-GC .................................................................................................................... 201


15.6.2 Slots ............................................................................................................................................ 202

15.6.3 Interfaces ..................................................................................................................................... 202

15.6.4 LEDs ........................................................................................................................................... 203

15.6.5 DIP switches ................................................................................................................................ 203

15.6.6 Logic diagram.............................................................................................................................. 204

15.6.7 Specifications .............................................................................................................................. 205

15.7 OPCOM3500E-DSEE........................................................................................................................... 207


15.7.2 Slots ............................................................................................................................................ 207

15.7.3 Interfaces ..................................................................................................................................... 208

15.7.4 LEDs ........................................................................................................................................... 208

15.7.5 Alarms ......................................................................................................................................... 209

15.7.6 Specifications .............................................................................................................................. 209

15.8 OPCOM3500E-HSEE........................................................................................................................... 210


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15.8.2 Slots ............................................................................................................................................ 210

15.8.3 Interfaces ..................................................................................................................................... 211

15.8.4 LEDs ........................................................................................................................................... 211

15.8.5 Alarms ......................................................................................................................................... 212

15.8.6 Specifications .............................................................................................................................. 212

15.9 OPCOM3500E-HSEEC ........................................................................................................................ 213


15.9.2 Slots ............................................................................................................................................ 214

15.9.3 Interfaces ..................................................................................................................................... 214

15.9.4 LEDs ........................................................................................................................................... 214

15.9.5 Logic diagram.............................................................................................................................. 215

15.9.6 Specifications .............................................................................................................................. 217

15.10 OPCOM3500E-HEESC ...................................................................................................................... 218

15.10.1 Appearance and functions........................................................................................................... 218

15.10.2 Slots .......................................................................................................................................... 218

15.10.3 Interfaces ................................................................................................................................... 219

15.10.4 LEDs ......................................................................................................................................... 219

15.10.5 DIP switches .............................................................................................................................. 220

15.10.6 Logic diagram ............................................................................................................................ 220

15.10.7 Specifications ............................................................................................................................ 221

15.11 OPCOM3500E-ACEWA ..................................................................................................................... 222

15.11.1 Appearance and functions ........................................................................................................... 222

15.11.2 Slots .......................................................................................................................................... 222

15.11.3 Interfaces ................................................................................................................................... 223

15.11.4 LEDs ......................................................................................................................................... 224

15.11.5 DIP switches .............................................................................................................................. 224

15.11.6 Logic diagram ............................................................................................................................ 224

15.11.7 Specifications............................................................................................................................. 225

16 PDH and RCMS cards ....................................................................................................... 227

16.1 OPCOM3500E-16E1/16E1-BL ............................................................................................................. 228


16.1.2 Versions ....................................................................................................................................... 228

16.1.3 Slots ............................................................................................................................................ 229

16.1.4 Interfaces ..................................................................................................................................... 229

16.1.5 LEDs ........................................................................................................................................... 230

16.1.6 Alarms ......................................................................................................................................... 230

16.1.7 Cables ......................................................................................................................................... 231

16.1.8 Logic diagram.............................................................................................................................. 231

16.1.9 Specifications .............................................................................................................................. 232

16.2 OPCOM3500E-32E1/32E1-BL ............................................................................................................. 234


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16.2.2 Versions ....................................................................................................................................... 235

16.2.3 Slots ............................................................................................................................................ 235

16.2.4 Interfaces ..................................................................................................................................... 235

16.2.5 LEDs ........................................................................................................................................... 236

16.2.6 DIP switches ................................................................................................................................ 236

16.2.7 Alarms ......................................................................................................................................... 237

16.2.8 Cables ......................................................................................................................................... 237

16.2.9 Logic diagram.............................................................................................................................. 238

16.2.10 Specifications ............................................................................................................................ 238

16.3 OPCOM3500E-120EOS×4 ................................................................................................................... 240


16.3.2 Slots ............................................................................................................................................ 240

16.3.3 Interfaces ..................................................................................................................................... 241

16.3.4 LEDs ........................................................................................................................................... 241

16.3.5 DIP switches ................................................................................................................................ 242

16.3.6 Alarms ......................................................................................................................................... 244

16.3.7 Specifications .............................................................................................................................. 244

16.4 OPCOM3500E-120EOS×4L ................................................................................................................. 246


16.4.2 Slots ............................................................................................................................................ 246

16.4.3 Interfaces ..................................................................................................................................... 247

16.4.4 LEDs ........................................................................................................................................... 247

16.4.5 Specifications .............................................................................................................................. 248

16.5 OPCOM3500E-DFPS ........................................................................................................................... 249


16.5.2 Slots ............................................................................................................................................ 249

16.5.3 Interfaces ..................................................................................................................................... 250

16.5.4 LEDs ........................................................................................................................................... 250

16.5.5 DIP switches ................................................................................................................................ 251

16.5.6 Alarms ......................................................................................................................................... 253

16.5.7 Specifications .............................................................................................................................. 253

16.6 OPCOM3500E-120FE×8L-GE ............................................................................................................. 255


16.6.2 Slots ............................................................................................................................................ 255

16.6.3 Interfaces ..................................................................................................................................... 256

16.6.4 LEDs ........................................................................................................................................... 257

16.6.5 Alarms ......................................................................................................................................... 257

16.6.6 Specifications .............................................................................................................................. 258

16.7 OPCOM3500E-240GE×4L ................................................................................................................... 259


16.7.2 Slots ............................................................................................................................................ 260

16.7.3 Interfaces ..................................................................................................................................... 260

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16.7.4 LEDs ........................................................................................................................................... 260

16.7.5 Alarms ......................................................................................................................................... 261

16.7.6 Specifications .............................................................................................................................. 261

16.8 OPCOM3500E-120H×4........................................................................................................................ 263


16.8.2 Slots ............................................................................................................................................ 263

16.8.3 Interfaces ..................................................................................................................................... 264

16.8.4 LEDs ........................................................................................................................................... 264

16.8.5 DIP switches ................................................................................................................................ 265

16.8.6 Alarms ......................................................................................................................................... 266

16.8.7 Specifications .............................................................................................................................. 267

16.9 OPCOM3500E-DSPH .......................................................................................................................... 269


16.9.2 Slots ............................................................................................................................................ 269

16.9.3 Interfaces ..................................................................................................................................... 270

16.9.4 LEDs ........................................................................................................................................... 270

16.9.5 DIP switches ................................................................................................................................ 271

16.9.6 Alarms ......................................................................................................................................... 271

16.9.7 Specifications .............................................................................................................................. 271

16.10 OPCOM3500E-HSPH ........................................................................................................................ 273

16.10.1 Appearance and functions........................................................................................................... 273

16.10.2 Slots .......................................................................................................................................... 273

16.10.3 Interfaces ................................................................................................................................... 274

16.10.4 LEDs ......................................................................................................................................... 274

16.10.5 Alarms ....................................................................................................................................... 274

16.10.6 Specifications ............................................................................................................................ 275

16.11 OPCOM3500E-3DS3/E3 .................................................................................................................... 276

16.11.1 Appearance and functions ........................................................................................................... 276

16.11.2 Slots .......................................................................................................................................... 276

16.11.3 Interfaces ................................................................................................................................... 277

16.11.4 LEDs ......................................................................................................................................... 278

16.11.5 DIP switches .............................................................................................................................. 278

16.11.6 Alarms ....................................................................................................................................... 280

16.11.7 Cables ........................................................................................................................................ 281

16.11.8 Specifications............................................................................................................................. 281

17 V.24 card .............................................................................................................................. 282

17.1 OPCOM3500E-8V24............................................................................................................................ 283


17.1.2 Slots ............................................................................................................................................ 284

17.1.3 Interfaces ..................................................................................................................................... 284

17.1.4 LEDs ........................................................................................................................................... 284

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17.1.5 Cables ......................................................................................................................................... 285

17.1.6 Specifications .............................................................................................................................. 285

18 V.35 card .............................................................................................................................. 286

18.1 OPCOM3500E-8V35............................................................................................................................ 287


18.1.2 Slots ............................................................................................................................................ 287

18.1.3 Interfaces ..................................................................................................................................... 288

18.1.4 LEDs ........................................................................................................................................... 288

18.1.5 Cables ......................................................................................................................................... 288

18.1.6 Specifications .............................................................................................................................. 289

19 64K cross-connection card ................................................................................................. 290

19.1 OPCOM3500E-DXC-DS0 .................................................................................................................... 291


19.1.2 Slots ............................................................................................................................................ 291

19.1.3 LEDs ........................................................................................................................................... 292

19.1.4 Alarms ......................................................................................................................................... 292

19.1.5 Specifications .............................................................................................................................. 293

20 Multi-service cards ............................................................................................................. 294

20.1 OPCOM3500E-12MT........................................................................................................................... 295


20.1.2 Slots ............................................................................................................................................ 295

20.1.3 Interfaces ..................................................................................................................................... 296

20.1.4 LEDs ........................................................................................................................................... 298

20.1.5 Specifications .............................................................................................................................. 299

20.1.6 Cables ......................................................................................................................................... 299

20.2 OPCOM3500E-8MT ............................................................................................................................ 300


20.2.2 Slots ............................................................................................................................................ 300

20.2.3 Interfaces ..................................................................................................................................... 301

20.2.4 LEDs ........................................................................................................................................... 303

20.2.5 DIP switches ................................................................................................................................ 304

20.2.6 Specifications .............................................................................................................................. 304

20.2.7 Cables ......................................................................................................................................... 305

20.3 OPCOM3500E-MULTI ........................................................................................................................ 306


20.3.2 Slots ............................................................................................................................................ 307

20.3.3 Interfaces ..................................................................................................................................... 307

20.3.4 LEDs ........................................................................................................................................... 313

20.3.5 DIP switches ................................................................................................................................ 314

20.3.6 Specifications .............................................................................................................................. 315

20.3.7 Cables ......................................................................................................................................... 315

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20.4 OPCOM3500E-Audio........................................................................................................................... 316


20.4.2 Slots ............................................................................................................................................ 316

20.4.3 Interfaces ..................................................................................................................................... 317

20.4.4 LEDs ........................................................................................................................................... 322

20.4.5 DIP switches ................................................................................................................................ 322

20.4.6 Specifications .............................................................................................................................. 322

20.4.7 Cables ......................................................................................................................................... 323

20.5 iTN2100-EOW ..................................................................................................................................... 324


20.5.2 Slots ............................................................................................................................................ 325

20.5.3 Interfaces ..................................................................................................................................... 325

20.5.4 LEDs ........................................................................................................................................... 327

1.1.2 DIP switch ..................................................................................................................................... 328

1.1.3 Specifications ................................................................................................................................ 328

20.6 OPCOM3500E-10E&M........................................................................................................................ 329

20.6.1 Functions and appearance ............................................................................................................ 329

20.6.2 Slots ............................................................................................................................................ 329

20.6.3 Interfaces ..................................................................................................................................... 330

20.6.4 LEDs ........................................................................................................................................... 333

20.6.5 Specifications .............................................................................................................................. 334

20.6.6 Cables ......................................................................................................................................... 334

21 Service aggregation cards .................................................................................................. 335

21.1 iTN2100-Gb ......................................................................................................................................... 336


21.1.2 Slots ............................................................................................................................................ 336

21.1.3 Interfaces ..................................................................................................................................... 337

21.1.4 LEDs ........................................................................................................................................... 340

21.1.5 DIP switches ................................................................................................................................ 342

21.1.6 Specifications .............................................................................................................................. 345


21.2 iTN2100-8SU-S.................................................................................................................................... 349


21.2.2 Slots ............................................................................................................................................ 349

21.2.3 Interfaces ..................................................................................................................................... 350

21.2.4 LEDs ........................................................................................................................................... 350

21.2.5 Specifications .............................................................................................................................. 351

21.2.6 Optical performance metrics ........................................................................................................ 351

21.2.7 Networking applications .............................................................................................................. 351


21.3 iTN2100-4SU-D ................................................................................................................................... 354

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21.3.2 Slots ............................................................................................................................................ 354

21.3.3 Interfaces ..................................................................................................................................... 355

21.3.4 LEDs ........................................................................................................................................... 355

21.3.5 Specifications .............................................................................................................................. 355

21.3.6 Optical performance metrics ........................................................................................................ 356

21.3.7 Networking applications .............................................................................................................. 356


22 Teleprotection ..................................................................................................................... 359

22.1 OPCOM3500E-TP................................................................................................................................ 360


22.1.2 Slots ............................................................................................................................................ 361

22.1.3 Interfaces ..................................................................................................................................... 361

22.1.4 LEDs ........................................................................................................................................... 362

22.1.5 Specifications .............................................................................................................................. 362

23 64K access ............................................................................................................................ 364

23.1 16C64K ................................................................................................................................................ 365


23.1.2 Slots ............................................................................................................................................ 365

23.1.3 Interfaces ..................................................................................................................................... 366

23.1.4 LEDs ........................................................................................................................................... 367

23.1.5 Specifications .............................................................................................................................. 367

24 Cables ................................................................................................................................... 368

24.1 Fibers ................................................................................................................................................... 368

24.1.1 Connectors................................................................................................................................... 368

24.1.2 Appearance .................................................................................................................................. 369

24.2 Ethernet cable ....................................................................................................................................... 370

24.2.1 Introduction ................................................................................................................................. 370

24.2.2 Appearance .................................................................................................................................. 370

24.2.3 Technical specifications ............................................................................................................... 371

24.3 Configuration cable .............................................................................................................................. 374

24.3.1 Introduction ................................................................................................................................. 374

24.3.2 Appearance .................................................................................................................................. 374

24.3.3 Wiring ......................................................................................................................................... 374


24.4 DC power cable .................................................................................................................................... 375

24.4.1 Appearance .................................................................................................................................. 375


24.5 AC power cable .................................................................................................................................... 376

24.5.1 POL-AC-European-3-pin/receptacle-0.75mm2-D/RoHS ............................................................... 376

24.5.2 POL-AC-American-3-pin/receptacle-18AWG-D/RoHS ................................................................ 377

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24.6 Ground cable ........................................................................................................................................ 377

24.6.1 Introduction ................................................................................................................................. 378

24.6.2 Appearance .................................................................................................................................. 378


24.7 Alarm cable .......................................................................................................................................... 379

24.7.1 Introduction ................................................................................................................................. 379

24.7.2 PIN definitions............................................................................................................................. 380

24.8 E1-CC3 cable ....................................................................................................................................... 380

24.8.1 Introduction ................................................................................................................................. 380

24.8.2 Appearance .................................................................................................................................. 380


24.9 E1-RJ45 cable ...................................................................................................................................... 381

24.9.1 Introduction ................................................................................................................................. 381

24.9.2 CBL-E1-RJ45/RJ45 ..................................................................................................................... 381

24.9.3 CBL-E1-RJ45/2RJ45 ................................................................................................................... 383

24.10 E1-DB37 cable ................................................................................................................................... 384

24.10.1 Introduction ............................................................................................................................... 384

24.10.2 CBL-E1-DB37F (40)/16NC ....................................................................................................... 384

24.10.3 CBL-E1-DB37F/16BNCF .......................................................................................................... 386

24.10.4 CBL-E1-DB37F/16BNCM ......................................................................................................... 387

24.10.5 CBL-E1-DB37F/8RJ45 .............................................................................................................. 388

24.10.6 CBL-E1-DB37F (40)/16CC3F ................................................................................................... 389

24.11 E1-SCSI100 cable ............................................................................................................................... 389

24.11.1 Introduction ............................................................................................................................... 389

24.11.2 CBL-E1-SCSI100M (40)/32BNCF ............................................................................................. 390

24.11.3 CBL-E1-SCSI100M (40)/32BNCM ............................................................................................ 390

24.11.4 CBL-E1-SCSI100M (40)/16RJ45 ............................................................................................... 391

24.12 V24-HDB26 cable .............................................................................................................................. 392

24.12.1 Introduction ............................................................................................................................... 392

24.12.2 CBL-V24-HDB26M/4DB25F .................................................................................................... 393

24.12.3 CBL-V24-HDB26M/4DB25M ................................................................................................... 393

24.12.4 PIN definitions ........................................................................................................................... 394

24.13 V35-HDB26 cable .............................................................................................................................. 395

24.13.1 Introduction ............................................................................................................................... 395

24.13.2 CBL-V35-HDB26M/2M34F ...................................................................................................... 396

24.13.3 PIN definitions ........................................................................................................................... 396

24.14 MUL-HDB26 cable ............................................................................................................................ 398

24.14.1 Introduction ............................................................................................................................... 398

24.14.2 CBL-MUL-HDB26M/NC .......................................................................................................... 398

24.14.3 CBL-MUL-HDB26M (40)/NC ................................................................................................... 400

24.15 Audio cable......................................................................................................................................... 403

24.15.1 Introduction ............................................................................................................................... 403

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24.15.2 CBL-VOICE-DB37F/NC-D ....................................................................................................... 403

25 Appendix ............................................................................................................................. 406

25.1 Power consumption of optical/electrical modules .................................................................................. 406

25.1.1 SFP modules ................................................................................................................................ 406

25.1.2 XFP modules ............................................................................................................................... 407

25.2 Metrics of SFP optical modules ............................................................................................................. 408

25.2.1 CSFP optical modules .................................................................................................................. 408

25.2.2 DSFP optical modules .................................................................................................................. 411

25.2.3 GSFP optical modules .................................................................................................................. 415

25.2.4 TSFP optical modules .................................................................................................................. 416

25.2.5 USFP optical modules .................................................................................................................. 418

25.2.6 USFP electrical module ................................................................................................................ 424

25.2.7 USFP+ optical module ................................................................................................................. 425

25.3 Parameters of XFP optical modules ....................................................................................................... 426

25.3.1 CXFP optical modules ................................................................................................................. 426

25.3.2 DXFP optical modules ................................................................................................................. 430

25.3.3 UXFP optical modules ................................................................................................................. 447

25.4 Wiring .................................................................................................................................................. 447

25.4.1 CBL-E1-SCSI100M(40)/16RJ45 .................................................................................................. 447

25.4.2 CBL-E1-SCSI100M(40)/32NC .................................................................................................... 450

25.4.3 CBL-E1-SCSI100M(40)/32BNCF(M) .......................................................................................... 453

25.4.4 CBL-E1-DB37F/16BNCF ............................................................................................................ 456

25.4.5 CBL-E1-DB37F/8RJ45 ................................................................................................................ 458

25.4.6 CBL-E1-DB9M/4BNCF .............................................................................................................. 459

25.4.7 CBL-E1-DB9M/2RJ45 ................................................................................................................ 459

25.4.8 CBL-VOICE-SCSI50M(40)/NC................................................................................................... 460

25.4.9 CBL-EM-HDB26M/NC ............................................................................................................... 463

25.4.10 CBL-V35-HDB26M/2M34F ...................................................................................................... 464

25.4.11 CBL-V24-HDB26M/4DB25F .................................................................................................... 465

25.5 Terms ................................................................................................................................................... 467

25.6 Acronyms and abbreviations ................................................................................................................. 469

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iTN2100 (P100R002) Hardware Description Figures


Copyright © Raisecom Technology Co., Ltd. xxi

Figures

Figure 2-1 Front panel of the chassis ................................................................................................................ 5

Figure 2-2 Rear panel of the chassis ................................................................................................................. 6

Figure 2-3 Relations between slots and cards ................................................................................................... 7

Figure 3-1 Front panel of the FANS360 .......................................................................................................... 11

Figure 3-2 Rear panel of the iTN2100 ............................................................................................................. 11

Figure 6-1 Logic diagram of the iTN2100-2STM16-M....................................................................................49

Figure 11-1 Logic diagram of the iTN2100-8EOS-8GF ................................................................................. 110

Figure 11-2 Logic diagram of the iTN2100-HSELD ...................................................................................... 119

Figure 13-1 Logic diagram of the iTN2100-CES-16E1T1-BL ....................................................................... 129

Figure 13-2 Logic diagram of the iTN2100-CES-16E1T1 ............................................................................. 134

Figure 13-3 Logic diagram of the iTN2100-CES-STM1/4 ............................................................................. 140

Figure 14-1 Logic diagram of the OPCOM3500E-EOP-FEE1×8 ................................................................... 161

Figure 14-2 Logic diagram of the OPCOM3500E-EOP-FXE1×8................................................................... 165

Figure 14-3 Logic diagram of the OPCOM3500E-HT-6FE24E1 .................................................................... 174

Figure 15-1 Logic diagram of the OPCOM3500E-EOS-8FE ......................................................................... 183

Figure 15-2 Logic diagram of the OPCOM3500E-EOSE-8FX....................................................................... 191

Figure 15-3 Position of DIP switches on the OPCOM3500E-8EOS-GC ......................................................... 204

Figure 15-4 Logic diagram of the OPCOM3500E-8EOS-GC ........................................................................ 205

Figure 15-5 Logic diagram of the OPCOM3500E-HSEEC ............................................................................ 216

Figure 15-6 Logic diagram of the OPCOM3500E-HEESC ............................................................................ 220

Figure 15-7 Logic diagram of the OPCOM3500E-ACEWA........................................................................... 225

Figure 16-1 Logic diagram of the OPCOM3500E-16E1/16E1-BL ................................................................. 232

Figure 16-2 Logic diagram of the OPCOM3500E-32E1/32E1-BL ................................................................. 238

Figure 20-1 Interface PINs of the OPCOM3500E-12MT ............................................................................... 297

Figure 20-2 Interface PINs of the OPCOM3500E-8MT ................................................................................. 302

Figure 20-3 Voice gain DIP switch of the OPCOM3500E-8MT ..................................................................... 304

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Figure 20-4 DB37 interface PINs of the OPCOM3500E-Audio ..................................................................... 319

Figure 20-5 HDB26 interface PINs of the OPCOM3500E-Audio .................................................................. 321

Figure 1-1 ALM interface PINs of the iTN2100-EOW .................................................................................. 327

Figure 20-6 Interface PINs of the interface on the E&M ................................................................................ 331

Figure 20-7 E&M signaling type................................................................................................................... 333

Figure 21-1 Point-to-point networking application with the iTN2100-8SU-S ................................................. 352

Figure 21-2 OADM ring network with the iTN2100-8SU-S .......................................................................... 353

Figure 21-3 Point-to-point networking application with the iTN2100-4SU-D ................................................ 357

Figure 21-4 OADM ring network with the iTN2100-4SU-D .......................................................................... 357

Figure 24-1 LC/PC fiber connector ............................................................................................................... 369

Figure 24-2 SC/PC fiber connector ............................................................................................................... 369

Figure 24-3 FC/PC fiber connector ............................................................................................................... 370

Figure 24-4 Ethernet cable ............................................................................................................................ 371

Figure 24-5 Wiring of the straight-through cable ........................................................................................... 372

Figure 24-6 Wiring of the 100 Mbit/s crossover cable ................................................................................... 372

Figure 24-7 Wiring of the 1000 Mbit/s crossover cable.................................................................................. 373

Figure 24-8 Configuration cable ................................................................................................................... 374

Figure 24-9 Wiring of the configuration cable ............................................................................................... 374

Figure 24-10 DC power cable ....................................................................................................................... 375

Figure 24-11 European AC power cable ........................................................................................................ 376

Figure 24-12 American AC power cable ....................................................................................................... 377

Figure 24-13 Ground cable ........................................................................................................................... 378

Figure 24-14 OT terminal ............................................................................................................................. 378

Figure 24-15 PINs of the alarm terminal ....................................................................................................... 380

Figure 24-16 E1-CC3 cable .......................................................................................................................... 380

Figure 24-17 CBL-E1-RJ45/RJ45 cable ........................................................................................................ 382

Figure 24-18 CBL-E1-RJ45/2RJ45 cable ...................................................................................................... 383

Figure 24-19 CBL-E1-DB37F (40)/16NC cable ............................................................................................ 385

Figure 24-20 CBL-E1-DB37F/16BNCF cable ............................................................................................... 387

Figure 24-21 CBL-E1-DB37F/16BNCM cable ............................................................................................. 387

Figure 24-22 CBL-E1-DB37F/8RJ45 cable ................................................................................................... 388

Figure 24-23 CBL-E1-DB37F (40)/16CC3F cable ........................................................................................ 389

Figure 24-24 CBL-E1-SCSI100M (40)/32BNCF cable ................................................................................. 390

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Figure 24-25 CBL-E1-SCSI100M (40)/32BNCM cable ................................................................................ 391

Figure 24-26 CBL-E1-SCSI100M (40)/16RJ45 cable .................................................................................... 392

Figure 24-27 CBL-V24-HDB26M/4DB25F cable ......................................................................................... 393

Figure 24-28 CBL-V24-HDB26M/4DB25M cable ........................................................................................ 394

Figure 24-29 CBL-V35-HDB26M/2M34F cable ........................................................................................... 396

Figure 24-30 CBL-MUL-HDB26M/NC cable ............................................................................................... 398

Figure 24-31 CBL-MUL-HDB26M (40)/NC cable ........................................................................................ 400

Figure 24-32 CBL-VOICE-DB37F/NC-D cable ............................................................................................ 403

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iTN2100 (P100R002) Hardware Description Tables


Copyright © Raisecom Technology Co., Ltd. xxiv

Tables

Table 1-1 All cards on the iTN2100 and their corresponding BUS .................................................................... 2

Table 2-1 Descriptions of the chassis ............................................................................................................... 6

Table 2-2 VC4 distribution for OPCOM3500E-2STM1/4-M (STM-1 mode) as aggregation card ...................... 8

Table 2-3 VC4 distribution for OPCOM3500E-2STM1/4-M (STM-4 mode) as aggregation card ...................... 8

Table 2-4 VC4 distribution for iTN2100-4STM1-M as aggregation card........................................................... 8

Table 2-5 VC4 distribution for iTN2100-2STM16-M as aggregation card ......................................................... 8

Table 2-6 GE distribution ................................................................................................................................ 9

Table 2-7 Specifications of the iTN2100 .......................................................................................................... 9

Table 3-1 LEDs on the front panel of the FANS360......................................................................................... 11

Table 3-2 Specifications of the FANS360 ........................................................................................................12

Table 4-1 LEDs on the SUB-PWRII-DC/DC-300 panel...................................................................................14

Table 4-2 Specifications of the SUB-PWRII-DC/DC-300 ................................................................................14

Table 4-3 LEDs on the SUB-PWRM-DC panel ...............................................................................................17

Table 4-4 Specifications of the SUB-PWRM-DC ............................................................................................18

Table 4-5 Input parameters of the SUB-PWRM-DC ........................................................................................18

Table 4-6 Protection function parameters of the SUB-PWRM-DC ...................................................................18

Table 4-7 Interfaces on the SUB-PWRMF-DC panel .......................................................................................20

Table 4-8 LEDs on the SUB-PWRMF-DC ......................................................................................................20

Table 4-9 Specifications of the SUB-PWRMF-DC ..........................................................................................21

Table 4-10 Input parameters of the SUB-PWRMF-DC ....................................................................................21

Table 4-11 Protection function parameters of the SUB-PWRMF-DC ...............................................................21

Table 4-12 Interface on the SUB-PWRII-AC panel .........................................................................................23

Table 4-13 LEDs on the SUB-PWRII-AC panel ..............................................................................................23

Table 4-14 Specifications of the SUB-PWRII-AC ...........................................................................................24

Table 4-15 Input parameters of the SUB-PWRII-AC .......................................................................................24

Table 4-16 Protection function parameters of the SUB-PWRII-AC ..................................................................25

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Table 4-17 Interface on the SUB-PWRM-AC panel ........................................................................................27

Table 4-18 LEDs on the SUB-PWRM-AC panel .............................................................................................27

Table 4-19 Specifications of the SUB-PWRM-AC ..........................................................................................28

Table 4-20 Input parameters of the SUB-PWRM-AC ......................................................................................28

Table 4-21 Protection function parameters of the SUB-PWRM-AC .................................................................29

Table 5-1 Interfaces on the iTN2100-NMS panel ............................................................................................31

Table 5-2 Parameters of the SNMP interface on the iTN2100-NMS card .........................................................31

Table 5-3 Parameters of the CONSOLE interface on the iTN2100-NMS .........................................................31

Table 5-4 Buttons on the iTN2100-NMS panel................................................................................................32

Table 5-5 LEDs on the iTN2100-NMS panel ..................................................................................................32

Table 5-6 Alarms of the iTN2100-NMS ..........................................................................................................33

Table 5-7 Specifications of the iTN2100-NMS ................................................................................................33

Table 6-1 Interfaces on the OPCOM3500E-2STM1/4-M panel ........................................................................36

Table 6-2 Parameters of interfaces 1 and 2 on the OPCOM3500E-2STM1/4-M ...............................................36

Table 6-3 Parameters of 2 Mbit/s clock interface on the OPCOM3500E-2STM1/4-M ......................................36

Table 6-4 Parameters of the 2 MHz clock interface the OPCOM3500E-2STM1/4-M .......................................37

Table 6-5 LEDs on the OPCOM3500E-2STM1/4-M panel ..............................................................................37

Table 6-6 Configurations of DIP switch SW3 on the OPCOM3500E-2STM1/4-M ...........................................38

Table 6-7 Alarms of the OPCOM3500E-2STM1/4-M......................................................................................39

Table 6-8 Specifications of the OPCOM3500E-2STM1/4-M ...........................................................................40

Table 6-9 Interfaces on the iTN2100-4STM1-M panel ....................................................................................42

Table 6-10 Parameters of interfaces 1, 2, 3, and 4 on the iTN2100-4STM1-M .................................................42

Table 6-11 Parameters of 2 Mbit/s clock interface on the iTN2100-4STM1-M .................................................42

Table 6-12 Parameters of the 2 MHz clock interface the iTN2100-4STM1-M ..................................................43

Table 6-13 LEDs on the iTN2100-4STM1-M ..................................................................................................43

Table 6-14 Alarms of the iTN2100-4STM1-M ................................................................................................44

Table 6-15 Specifications of the iTN2100-4STM1-M ......................................................................................45

Table 6-16 Interfaces on the iTN2100-2STM16-M panel .................................................................................47

Table 6-17 Parameters of SFP optical interfaces on the iTN2100-2STM16-M ..................................................47

Table 6-18 Parameters of 2 Mbit/s clock interface on the iTN2100-2STM16-M ...............................................48

Table 6-19 Parameters of 2 MHz clock interface on the iTN2100-2STM16-M .................................................48

Table 6-20 LEDs on the iTN2100-2STM16-M ................................................................................................48

Table 6-21 Specifications of the iTN2100-2STM16-M ....................................................................................50

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Table 7-1 Interfaces on the OPCOM3500E-STM1-S (Versions B) ...................................................................53

Table 7-2 Interfaces on the OPCOM3500E-STM1-S (Version C).....................................................................53

Table 7-3 Parameters of interfaces A and B on the OPCOM3500E-STM1-S (Versions B) ................................53

Table 7-4 Parameters of interfaces 1 and 2 on the OPCOM3500E-STM1-S (Version C) ...................................53

Table 7-5 LEDs on the OPCOM3500E-STM1-S (Versions B) panel ................................................................54

Table 7-6 LEDs on the OPCOM3500E-STM1-S (Version C) panel .................................................................55

Table 7-7 Alarms of the OPCOM3500E-STM1-S ............................................................................................55

Table 7-8 Specifications of the OPCOM3500E-STM1-S .................................................................................56

Table 7-9 Interfaces on the OPCOM3500E-4STM1-S panel ............................................................................58

Table 7-10 Parameters of interfaces 1–4 on the OPCOM3500E-4STM1-S .......................................................58

Table 7-11 LEDs on the OPCOM3500E-4STM1-S panel ................................................................................58

Table 7-12 Alarms of the OPCOM3500E-4STM1-S ........................................................................................59

Table 7-13 Specifications of the OPCOM3500E-4STM1-S .............................................................................60

Table 7-14 Interfaces on the iTN2100-4STM4-S panel ....................................................................................62

Table 7-15 Parameters of interfaces 1–4 on the iTN2100-4STM4-S .................................................................62

Table 7-16 LEDs on the iTN2100-4STM4-S panel ..........................................................................................63

Table 7-17 Alarms of the iTN2100-4STM4-S..................................................................................................63

Table 7-18 Specifications of the iTN2100-4STM4-S .......................................................................................64

Table 7-19 Interfaces on the OPCOM3500E-BSSH .........................................................................................66

Table 7-20 Parameters of interfaces A and B on the OPCOM3500E-BSSH ......................................................66

Table 7-21 LEDs on the OPCOM3500E-BSSH panel ......................................................................................66

Table 7-22 Alarms of the OPCOM3500E-BSSH .............................................................................................67

Table 7-23 Specifications of the OPCOM3500E-BSSH ...................................................................................67

Table 8-1 Interfaces on the iTN2100-NTU-4GF panel .....................................................................................71

Table 8-2 Parameters of interfaces 1–4 on the iTN2100-NTU-4GF ..................................................................71

Table 8-3 LEDs on the iTN2100-NTU-4GF ....................................................................................................72

Table 8-4 Specifications of the iTN2100-NTU-4GF ........................................................................................72

Table 8-5 Interfaces on the iTN2100-NTU-4XG panel ....................................................................................74

Table 8-6 Parameters of XFP interfaces on the iTN2100-NTU-4XG ................................................................74

Table 8-7 LEDs on the iTN2100-NTU-4XG ...................................................................................................75

Table 8-8 Specifications of the iTN2100-NTU-4XG .......................................................................................75

Table 9-1 Interfaces on the iTN2100-PTU-4GE panel .....................................................................................77

Table 9-2 Parameters of interfaces 1–4 on the iTN2100-PTU-4GE ..................................................................77

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Table 9-3 LEDs on the iTN2100-PTU-4GE panel ...........................................................................................78

Table 9-4 Specifications of the iTN2100-PTU-4GE.........................................................................................78

Table 10-1 Interfaces on the iTN2100-16GF panel ..........................................................................................81

Table 10-2 Parameters of interfaces 1–16 of the iTN2100-16GF ......................................................................81

Table 10-3 Properties of the TSFP module of the iTN2100-16GF ....................................................................82

Table 10-4 LEDs on the iTN2100-16GF panel ................................................................................................82

Table 10-5 Specifications of the iTN2100-16GF .............................................................................................83

Table 10-6 Interfaces on the iTN2100-8GE panel ............................................................................................85

Table 10-7 Parameters of interfaces 1–8 of the iTN2100-8GE .........................................................................85

Table 10-8 LEDs on the iTN2100-8GE panel ..................................................................................................86

Table 10-9 Specifications of the iTN2100-8GE ...............................................................................................86

Table 10-10 Interfaces on the iTN2100-8GF panel ..........................................................................................88

Table 10-11 Parameters of interfaces 1–8 of the iTN2100-8GF ........................................................................88

Table 10-12 LEDs on the iTN2100-8GF panel ................................................................................................89

Table 10-13 Specifications of the iTN2100-8GF .............................................................................................89

Table 10-14 Interfaces on the iTN2100-16FX panel ........................................................................................91

Table 10-15 Parameters of interfaces 1–8 of the iTN2100-16FX ......................................................................91

Table 10-16 LEDs on the iTN2100-16FX panel ..............................................................................................91

Table 10-17 Specifications of the iTN2100-16FX ...........................................................................................92

Table 10-18 Interfaces on the iTN2100-8FX panel ..........................................................................................94

Table 10-19 Parameters of interfaces 1–8 of the iTN2100-8FX........................................................................94

Table 10-20 Transmission parameters of optical interfaces 1–8 of the iTN2100-8FX .......................................94

Table 10-21 LEDs on the iTN2100-8FX panel ................................................................................................95

Table 10-22 Specifications of the iTN2100-8FX .............................................................................................95

Table 10-23 Interfaces on the iTN2100-2IGC panel ........................................................................................98

Table 10-24 Parameters of GE1 and GE2 electrical interfaces on the iTN2100-2IGC .......................................98

Table 10-25 Parameters of GE1 and GE2 optical interfaces on the iTN2100-2IGC ..........................................99

Table 10-26 LEDs on the iTN2100-2IGC panel...............................................................................................99

Table 10-27 Specifications of the iTN2100-2IGC .......................................................................................... 100

Table 10-28 Interfaces on the OPCOM3500E-4FX panel .............................................................................. 102

Table 10-29 Parameters of interfaces 1–4 on the OPCOM3500E-4FX ........................................................... 102

Table 10-30 LEDs on the OPCOM3500E-4FX panel..................................................................................... 102

Table 10-31 Configurations of DIP switch SW1 on the OPCOM3500E-4FX ................................................. 103

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Table 10-32 Specifications of the OPCOM3500E-4FX .................................................................................. 103

Table 10-33 Interfaces on the OPCOM3500E-8FX panel. ............................................................................. 105

Table 10-34 Parameters of interfaces 1–8 on the OPCOM3500E-8FX ........................................................... 105

Table 10-35 LEDs on the OPCOM3500E-8FX panel..................................................................................... 105

Table 10-36 Specifications of the OPCOM3500E-8FX .................................................................................. 106

Table 11-1 Interfaces on the iTN2100-8EOS-8GF panel ................................................................................ 109

Table 11-2 Parameters of interfaces 1–8 of the iTN2100-8EOS-8GF ............................................................. 109

Table 11-3 LEDs on the iTN2100-8EOS-8GF ............................................................................................... 109

Table 11-4 Alarms of the iTN2100-8EOS-8GF.............................................................................................. 111

Table 11-5 Specifications of the iTN2100-8EOS-8GF ................................................................................... 111

Table 11-6 Interfaces on the iTN2100-4STM1-GC panel ............................................................................... 113

Table 11-7 Parameters of interfaces 1–4 of the iTN2100-4STM1-GC ............................................................ 113

Table 11-9 Parameters of Combo RJ45 interfaces of the iTN2100-4STM1-GC .............................................. 114

Table 11-10 LEDs on the iTN2100-4STM1-GC ............................................................................................ 114

Table 11-11 Alarms of the iTN2100-4STM1-GC ........................................................................................... 115

Table 11-12 Specifications of the iTN2100-4STM1-GC ................................................................................ 115

Table 11-13 Interfaces on the iTN2100-HSELD panel ................................................................................... 118

Table 11-14 Parameters of interfaces 1–8 of the iTN2100-HSELD ................................................................ 118

Table 11-15 LEDs on the iTN2100-HSELD .................................................................................................. 118

Table 11-16 Alarms of the iTN2100-HSELD................................................................................................. 120

Table 11-17 Specifications of the iTN2100-HSELD ...................................................................................... 120

Table 12-1 Interfaces on the iTN2100-TSU panel.......................................................................................... 123

Table 12-2 Wiring of 2-way RJ45 interfaces transmitting 2 MHz or 2 Mbit/s clock signals ............................ 123

Table 12-3 Wiring of RJ45 interface 1 transmitting 1PPS+TOD clock signals ................................................ 124

Table 12-4 Wiring of RJ45 interface 2 transmitting 1PPS+TOD clock signals ................................................ 124

Table 12-5 LEDs on the iTN2100-TSU panel ................................................................................................ 125

Table 12-6 Specifications of the iTN2100-TSU ............................................................................................. 125

Table 13-1 Interfaces on the iTN2100-CES-16E1T1-BL panel ...................................................................... 128

Table 13-2 Parameters of interfaces 1–16 on the iTN2100-CES-16E1T1-BL ................................................. 128

Table 13-3 LEDs on the iTN2100-CES-16E1T1-BL panel ............................................................................ 129

Table 13-4 Specifications of the iTN2100-CES-16E1T1-BL ......................................................................... 130

Table 13-5 Cables available for the iTN2100-CES-16E1T1-BL ..................................................................... 131

Table 13-6 Ordering information about the iTN2100-CES-16E1T1-BL ......................................................... 131

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Table 13-7 Interfaces on the iTN2100-CES-16E1T1-BL panel ...................................................................... 133

Table 13-8 Parameters of the DB37 interface on the iTN2100-CES-16E1T1 .................................................. 133

Table 13-9 LEDs on the iTN2100-CES-16E1T1 panel .................................................................................. 133

Table 13-10 Specifications of the iTN2100-CES-16E1T1 .............................................................................. 135

Table 13-11 Adaptor and cables available for the iTN2100-CES-16E1T1 ...................................................... 135

Table 13-12 Cables available for the iTN2100-CES-16E1T1 ......................................................................... 136

Table 13-13 Ordering information about the iTN2100-CES-16E1T1 ............................................................. 136

Table 13-14 Hardware version of the iTN2100-CES-STM1/4 ........................................................................ 138

Table 13-15 Slots available for the iTN2100-CES-STM1/4 ........................................................................... 138

Table 13-16 Interfaces on the iTN2100-CES-STM1/4 ................................................................................... 138

Table 13-17 Parameters of SFP optical interfaces on the iTN2100-CES-STM1/4 ........................................... 138

Table 13-18 LEDs on the iTN2100-CES-STM1/4 panel ................................................................................ 139

Table 13-19 Specifications of the iTN2100-CES-STM1/4 ............................................................................. 141

Table 14-1 Interfaces on the OPCOM3500E-EOPFE panel ........................................................................... 144

Table 14-2 Parameters of interfaces 1–2 on the OPCOM3500E-EOPFE ........................................................ 144

Table 14-3 LEDs on the OPCOM3500E-EOPFE panel.................................................................................. 144

Table 14-4 Alarms of the OPCOM3500E-EOPFE ......................................................................................... 145

Table 14-5 Specifications of the OPCOM3500E-EOPFE ............................................................................... 145

Table 14-6 Interfaces on the OPCOM3500E-EOP3FE panel.......................................................................... 148

Table 14-7 Parameters of the RJ45 interface on the OPCOM3500E-EOP3FE ................................................ 148

Table 14-8 Parameters of interfaces 1–2 on the OPCOM3500E-EOP3FE ...................................................... 148

Table 14-9 LEDs on the OPCOM3500E-EOP3FE panel ................................................................................ 149

Table 14-10 Alarms of the OPCOM3500E-EOP3FE ..................................................................................... 149

Table 14-11 Specifications of the OPCOM3500E-EOP3FE ........................................................................... 150

Table 14-12 Interfaces on the OPCOM3500E-EOP8FX panel ....................................................................... 152

Table 14-13 Parameters of interfaces 1–8 on the OPCOM3500E-EOP8FX .................................................... 152

Table 14-14 LEDs on the OPCOM3500E-EOP8FX panel ............................................................................. 152

Table 14-15 Specifications of the OPCOM3500E-EOP8FX........................................................................... 153

Table 14-16 The interface on the OPCOM3500E-EOP-FE16E1 panel ........................................................... 155

Table 14-17 Parameters of the RJ45 interface on the OPCOM3500E-EOP-FE16E1 ....................................... 155

Table 14-18 LEDs on the OPCOM3500E-EOP-FE16E1 panel ...................................................................... 155

Table 14-19 Alarms of the OPCOM3500E-EOP-FE16E1 .............................................................................. 156

Table 14-20 Specifications of the OPCOM3500E-EOP-FE16E1 .................................................................... 157

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Table 14-21 Hardware versions of the OPCOM3500E-EOP-FEE1×8 ............................................................ 159

Table 14-22 Slots available for the OPCOM3500E-EOP-FEE1×8 ................................................................. 159

Table 14-23 Interface on the OPCOM3500E-EOP-FEE1×8 ........................................................................... 159

Table 14-24 Parameters of eight RJ45 interfaces on the OPCOM3500E-EOP-FEE1×8 .................................. 159

Table 14-25 LEDs on the OPCOM3500E-EOP-FEE1×8 panel ...................................................................... 160

Table 14-26 Alarms of the OPCOM3500E-EOP-FEE1×8 .............................................................................. 160

Table 14-27 Specifications of the OPCOM3500E-EOP-FEE1×8 ................................................................... 161

Table 14-28 Hardware versions of the OPCOM3500E-EOP-FXE1×8 ............................................................ 163

Table 14-29 Slots available for the OPCOM3500E-EOP-FXE1×8 ................................................................. 163

Table 14-30 Interfaces on the OPCOM3500E-EOP-FXE1×8 panel ................................................................ 163

Table 14-31 Parameters of the OPCOM3500E-EOP-FXE1×8........................................................................ 163

Table 14-32 LEDs on the OPCOM3500E-EOP-FXE1×8 panel ...................................................................... 164

Table 14-33 Alarms of the OPCOM3500E-EOP-FXE1×8 ............................................................................. 164

Table 14-34 Specifications of the OPCOM3500E-EOP-FXE1×8 ................................................................... 166

Table 14-35 The interface on the OPCOM3500E-EOPS-8E1 panel ............................................................... 168

Table 14-36 Parameters of the DB37 interface on the OPCOM3500E-EOPS-8E1 .......................................... 168

Table 14-37 LEDs on the OPCOM3500E-EOPS-8E1 panel ........................................................................... 168

Table 14-38 Alarms of the OPCOM3500E-EOPS-8E1 .................................................................................. 169

Table 14-39 Cables available for the OPCOM3500E-EOPS-8E1 ................................................................... 169

Table 14-40 Specifications of the OPCOM3500E-EOPS-8E1 ........................................................................ 170

Table 14-41 Hardware versions of the OPCOM3500E-HT-6FE24E1 ............................................................. 172

Table 14-42 Slots available for the OPCOM3500E-HT-6FE24E1 .................................................................. 172

Table 14-43 Interfaces on the OPCOM3500E-HT-6FE24E1 panel ................................................................. 172

Table 14-44 Parameters of interfaces 1–6 on the OPCOM3500E-HT-6FE24E1 .............................................. 172

Table 14-45 LEDs on the OPCOM3500E-HT-6FE24E1 panel ....................................................................... 173

Table 14-46 Alarms of the OPCOM3500E-HT-6FE24E1 ............................................................................... 173

Table 14-47 Specifications of the OPCOM3500E-HT-6FE24E1 .................................................................... 174

Table 14-48 Interfaces on the iTN2100-EOT-GESTM4 panel ........................................................................ 176

Table 14-49 Parameters of interfaces 1–4 on the iTN2100-EOT-GESTM4 ..................................................... 176

Table 14-50 LEDs on the iTN2100-EOT-GESTM4 panel .............................................................................. 176

Table 14-51 Configurations of the DIP switch on the iTN2100-EOT-GESTM4 .............................................. 177

Table 14-52 Alarms of the iTN2100-EOT-GESTM4 ...................................................................................... 178

Table 14-53 Specifications of the iTN2100-EOT-GESTM4 ........................................................................... 179

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Table 15-1 Interfaces on the OPCOM3500E-EOS-8FE panel ........................................................................ 182

Table 15-2 Parameters of interfaces on the OPCOM3500E-EOS-8FE ............................................................ 182

Table 15-3 LEDs on the OPCOM3500E-EOS-8FE panel .............................................................................. 182

Table 15-4 Specifications of the OPCOM3500E-EOS-8FE (B)...................................................................... 184

Table 15-5 Specifications of the OPCOM3500E-EOS-8FE (C)...................................................................... 184

Table 15-6 Interfaces on the OPCOM3500E-EOSE-4FX panel...................................................................... 186

Table 15-7 Parameters of interfaces 1–4 on the OPCOM3500E-EOSE-4FX .................................................. 186

Table 15-8 LEDs on the OPCOM3500E-EOSE-4FX panel ............................................................................ 186

Table 15-9 Alarms of the OPCOM3500E-EOSE-4FX ................................................................................... 187

Table 15-10 Specifications of the OPCOM3500E-EOSE-4FX ....................................................................... 187

Table 15-11 Interfaces on the OPCOM3500E-EOSE-8FX (A/B version) panel .............................................. 189

Table 15-12 Interfaces on the OPCOM3500E-EOSE-8FX (C version) panel .................................................. 189

Table 15-13 Parameters of interfaces 1–8 on the OPCOM3500E-EOSE-8FX................................................. 189

Table 15-14 LEDs on the OPCOM3500E-EOSE-8FX panel .......................................................................... 190

Table 15-15 Alarms of the OPCOM3500E-EOSE-8FX ................................................................................. 190

Table 15-16 Specifications of the OPCOM3500E-EOSE-8FX (A/B version) ................................................. 192

Table 15-17 Specifications of the OPCOM3500E-EOSE-8FX (C version) ..................................................... 192

Table 15-18 Interfaces on the OPCOM3500E-4EOS-4FE panel..................................................................... 194

Table 15-19 Parameters of interfaces on the OPCOM3500E-4EOS-4FE ........................................................ 194

Table 15-20 LEDs on the OPCOM3500E-4EOS-4FE panel ........................................................................... 194

Table 15-21 Configurations of DIP switch SW1 on the OPCOM3500E-4EOS-4FE ....................................... 195

Table 15-22 Alarms of the OPCOM3500E-4EOS-4FE .................................................................................. 196

Table 15-23 Specifications of the OPCOM3500E-4EOS-4FE ........................................................................ 196

Table 15-24 Interfaces on the OPCOM3500E-4EOS-4FX panel .................................................................... 198

Table 15-25 Parameters of interfaces 1–4 on the OPCOM3500E-4EOS-4FX ................................................. 198

Table 15-26 LEDs on the OPCOM3500E-4EOS-4FX panel .......................................................................... 198

Table 15-27 Configurations of DIP switch SW1 on the OPCOM3500E-4EOS-4FX ....................................... 199

Table 15-28 Configurations of DIP switch SW2 on the OPCOM3500E-4EOS-4FX ....................................... 199

Table 15-29 Alarms of the OPCOM3500E-4EOS-4FX .................................................................................. 200

Table 15-30 Specifications of the OPCOM3500E-4EOS-4FX ....................................................................... 200

Table 15-31 Interfaces on the OPCOM3500E-8EOS-GC panel...................................................................... 202

Table 15-32 parameters of the RJ45 interface on the OPCOM3500E-8EOS-GC ............................................ 202

Table 15-33 Parameters of the SFP optical interface on the OPCOM3500E-8EOS-GC................................... 202

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Table 15-34 LEDs on the OPCOM3500E-8EOS-GC panel ............................................................................ 203

Table 15-35 Configurations on DIP switched of the OPCOM3500E-8EOS-GC.............................................. 204

Table 15-36 Specifications of the OPCOM3500E-8EOS-GC (B) ................................................................... 206

Table 15-37 Specifications of the OPCOM3500E-8EOS-GC (C) ................................................................... 206

Table 15-38 Interfaces on the OPCOM3500E-DSEE panel ............................................................................ 208

Table 15-39 Parameters of interfaces 1–4 on the OPCOM3500E-DSEE......................................................... 208

Table 15-40 LEDs on the OPCOM3500E-DSEE panel .................................................................................. 208

Table 15-41 Alarms of the OPCOM3500E-DSEE ......................................................................................... 209

Table 15-42 Specifications of the OPCOM3500E-DSEE ............................................................................... 209

Table 15-43 Interfaces on the OPCOM3500E-HSEE panel ............................................................................ 211

Table 15-44 Parameters of interfaces 1–8 on the OPCOM3500E-HSEE......................................................... 211

Table 15-45 LEDs on the OPCOM3500E-HSEE panel .................................................................................. 211

Table 15-46 Alarms of the OPCOM3500E-HSEE ......................................................................................... 212

Table 15-47 Specifications of the OPCOM3500E-HSEE ............................................................................... 212

Table 15-48 Interfaces on the OPCOM3500E-HSEEC panel ......................................................................... 214

Table 15-49 Parameters of interfaces 1–8 on the OPCOM3500E-HSEEC ...................................................... 214

Table 15-50 LEDs on the OPCOM3500E-HSEEC panel ............................................................................... 215

Table 15-51 Specifications of the OPCOM3500E-HSEEC ............................................................................ 217

Table 15-52 Interfaces on the OPCOM3500E-HEESC panel ......................................................................... 219

Table 15-53 Parameters of the RJ45 interfaces on the OPCOM3500E-HEESC .............................................. 219

Table 15-54 LEDs on the OPCOM3500E-HEESC panel ............................................................................... 219

Table 15-55 Specifications of the OPCOM3500E-HEESC ............................................................................ 221

Table 15-56 Interfaces on the OPCOM3500E-ACEWA panel ........................................................................ 223

Table 15-57 Parameters of the RJ45 interface on the OPCOM3500E-ACEWA. ............................................. 223

Table 15-58 Parameters of the SFP optical interface on the OPCOM3500E-ACEWA ..................................... 223

Table 15-59 LEDs on the OPCOM3500E-ACEWA panel .............................................................................. 224

Table 15-60 Specifications of the OPCOM3500E-ACEWA ........................................................................... 225

Table 16-1 Hardware versions of the OPCOM3500E-16E1/16E1-BL ............................................................ 229

Table 16-2 Slots available for the OPCOM3500E-16E1/16E1-BL ................................................................. 229

Table 16-3 Interfaces on the OPCOM3500E-16E1/16E1-BL panel ................................................................ 229

Table 16-4 Parameters of the DB37 interface on the OPCOM3500E-16E1/16E1-BL ..................................... 229

Table 16-5 LEDs on the OPCOM3500E-16E1/16E1-BL panel ...................................................................... 230

Table 16-6 Alarms of the OPCOM3500E-16E1/16E1-BL .............................................................................. 231

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Table 16-7 Cables of the OPCOM3500E-16E1/16E1-BL .............................................................................. 231

Table 16-8 Specifications of the OPCOM3500E-16E1/16E1-BL ................................................................... 232

Table 16-9 lists hardware versions of the OPCOM3500E-32E1/32E1-BL. ..................................................... 235

Table 16-9 Hardware versions of the OPCOM3500E-32E1/32E1-BL ............................................................ 235

Table 16-10 Slots available for the OPCOM3500E-32E1/32E1-BL ............................................................... 235

Table 16-11 Interfaces on the OPCOM3500E-32E1/32E1-BL panel .............................................................. 235

Table 16-12 Parameters of the SCSI on the OPCOM3500E-32E1/32E1-BL ................................................... 235

Table 16-13 LEDs on the OPCOM3500E-32E1/32E1-BL panel .................................................................... 236

Table 16-14 Configurations of the DIP switch SW1 on the OPCOM3500E-32E1-BL .................................... 236

Table 16-15 Alarms of the OPCOM3500E-32E1/32E1-BL ............................................................................ 237

Table 16-16 Cables of the OPCOM3500E-32E1/32E1-BL ............................................................................ 237

Table 16-17 Specifications of the OPCOM3500E-32E1/32E1-BL ................................................................. 239

Table 16-18 Interfaces on the OPCOM3500E-120EOS×4 ............................................................................. 241

Table 16-19 LEDs on the OPCOM3500E-120EOS×4 panel .......................................................................... 241

Table 16-20 Configurations of DIP switch SW2 on the OPCOM3500E-120EOS×4 ....................................... 242



Table 16-23 Alarms of the OPCOM3500E-120EOS×4 .................................................................................. 244

Table 16-24 Specifications of the OPCOM3500E-120EOS×4........................................................................ 245

Table 16-25 Interfaces on the OPCOM3500E-120EOS×4L ........................................................................... 247

Table 16-26 Parameters of interfaces 1–4 on the OPCOM3500E-120EOS×4L ............................................... 247

Table 16-27 LEDs on the OPCOM3500E-120EOS×4L panel ........................................................................ 247

Table 16-28 Specifications of the OPCOM3500E-120EOS×4L ..................................................................... 248

Table 16-29 Interfaces on the OPCOM3500E-DFPS ..................................................................................... 250

Table 16-30 LEDs on the OPCOM3500E-DFPS panel .................................................................................. 250

Table 16-31 Configurations of DIP switch SW2 on the OPCOM3500E-DFPS ............................................... 251



Table 16-34 Alarms of the OPCOM3500E-DFPS .......................................................................................... 253

Table 16-35 Specifications of the OPCOM3500E-DFPS ............................................................................... 254

Table 16-36 Interfaces on the OPCOM3500E-120FE×8L-GE panel .............................................................. 256

Table 16-37 Parameters of the GE interface on the OPCOM3500E-120FE×8L-GE ........................................ 256

Table 16-38 Parameters of interfaces 1–8 on the OPCOM3500E-120FE×8L-GE ........................................... 256

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Table 16-39 LEDs on the OPCOM3500E-120FE×8L-GE panel .................................................................... 257

Table 16-40 Alarms of the OPCOM3500E-120FE×8L-GE ............................................................................ 258

Table 16-41 Specifications of the OPCOM3500E-120FE×8L-GE .................................................................. 258

Table 16-42 OPCOM3500E-240GE×4L interfaces ........................................................................................ 260

Table 16-43 Parameters of the OPCOM3500E-240GE×4L interfaces ............................................................ 260

Table 16-44 LEDs on the OPCOM3500E-240GE×4L ................................................................................... 260

Table 16-45 Alarms of the OPCOM3500E-240GEx4L .................................................................................. 261

Table 16-46 Specifications of the OPCOM3500E-240GEx4L........................................................................ 262

Table 16-47 Interfaces on the OPCOM3500E-120H×4 (Versions A and B), ................................................... 264

Table 16-48 LEDs on the OPCOM3500E-120H×4 (Versions A and B) panel ................................................. 264

Table 16-49 Configurations of DIP switch SW6 on the OPCOM3500E-120H×4 (Version A) ......................... 265

Table 16-50 Configurations of DIP switch SW7 on the OPCOM3500E-120H×4 (Version A) ......................... 265

Table 16-51 Configurations of DIP switch SW7 on the OPCOM3500E-120H×4 (Version B) ......................... 266

Table 16-52 Alarms of the OPCOM3500E-120H×4 (Version A) .................................................................... 267

Table 16-53 Alarms of the OPCOM3500E-120H×4 (Version B) .................................................................... 267

Table 16-54 Specifications of the OPCOM3500E-120H×4 (Version A) ......................................................... 267

Table 16-55 specifications of the OPCOM3500E-120H×4 (Version B) .......................................................... 268

Table 16-56 Interfaces on the OPCOM3500E-DSPH ..................................................................................... 270

Table 16-57 LEDs on the OPCOM3500E-DSPH panel.................................................................................. 270

Table 16-58 Configurations of DIP switch SW7 on the OPCOM3500E-DSPH .............................................. 271

Table 16-59 Alarms of the OPCOM3500E-DSPH ......................................................................................... 271

Table 16-60 specifications of the OPCOM3500E-DSPH ............................................................................... 272

Table 16-61 Interfaces on the OPCOM3500E-HSPH ..................................................................................... 274

Table 16-62 LEDs on the OPCOM3500E-HSPH panel.................................................................................. 274

Table 16-63 Alarms of the OPCOM3500E-HSPH ......................................................................................... 274

Table 16-64 specifications of the OPCOM3500E-HSPH ............................................................................... 275

Table 16-65 Interfaces on the OPCOM3500E-3DS3/E3 panel ....................................................................... 277

Table 16-66 Parameters of interfaces TX (1–3) and RX (1–3) on the OPCOM3500E-3DS3/E3 in DS3 .......... 277

Table 16-67 Parameters of interfaces TX (1–3) and RX (1–3) on the OPCOM3500E-3DS3/E3 in E3 ............. 277

Table 16-68 LEDs on the OPCOM3500E-3DS3/E3 panel ............................................................................. 278

Table 16-69 Configurations of DIP switch SW1 on the OPCOM3500E-3DS3/E3 .......................................... 279

Table 16-70 Configurations of DIP switch SW2 on the OPCOM3500E-3DS3/E3 .......................................... 279

Table 16-71 Alarms of the OPCOM3500E-3DS3/E3 ..................................................................................... 280

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Copyright © Raisecom Technology Co., Ltd. xxxv

Table 16-72 Cables of the OPCOM3500E-3DS3/E3 ...................................................................................... 281

Table 16-73 Specifications of the OPCOM3500E-3DS3/E3........................................................................... 281

Table 17-1 Relations between V24 bandwidth and 64 kbit/s timeslot on the OPCOM3500E-8V24 ................. 284

Table 17-2 Interfaces on the OPCOM3500E-8V24 panel ............................................................................... 284

Table 17-3 LEDs on the OPCOM3500E-8V24 panel ..................................................................................... 284

Table 17-4 Cables of the OPCOM3500E-8V24 ............................................................................................. 285

Table 17-5 Specifications of the OPCOM3500E-8V24 .................................................................................. 285

Table 18-1 Interfaces on the OPCOM3500E-8V35 panel ............................................................................... 288

Table 18-2 LEDs on the OPCOM3500E-8V35 panel ..................................................................................... 288

Table 18-3 Cables of the OPCOM3500E-8V35 ............................................................................................. 288

Table 18-4 Specifications of the OPCOM3500E-8V35 .................................................................................. 289

Table 19-1 LEDs on the OPCOM3500E-DXC-DS0 panel ............................................................................. 292

Table 19-2 Alarms of the OPCOM3500E-DXC-DS0 ..................................................................................... 292

Table 19-3 Specifications of the OPCOM3500E-DXC-DS0 .......................................................................... 293

Table 20-1 Interfaces on the OPCOM3500E-12MT panel .............................................................................. 296

Table 20-2 Parameters of interfaces 1–12 on the OPCOM3500E-12MT panel ............................................... 296

Table 20-3 Interface PINs of the OPCOM3500E-12MT ................................................................................ 297

Table 20-4 LEDs on the OPCOM3500E-12MT panel .................................................................................... 298

Table 20-5 Specifications of the OPCOM3500E-12MT ................................................................................. 299

Table 20-6 Cables available for the OPCOM3500E-12MT ............................................................................ 299

Table 20-7 Interfaces on the OPCOM3500E-8MT panel................................................................................ 301

Table 20-8 Parameters of interfaces 1–8 on the OPCOM3500E-8MT panel ................................................... 301

Table 20-9 Interface PINs of the OPCOM3500E-8MT .................................................................................. 302

Table 20-10 LEDs on the OPCOM3500E-8MT panel .................................................................................... 303

Table 20-11 Specifications of the OPCOM3500E-8MT ................................................................................. 304

Table 20-12 Cables available for the OPCOM3500E-8MT ............................................................................ 305

Table 20-13 Interfaces on the OPCOM3500E-MULTI panel.......................................................................... 307

Table 20-14 Parameters of FXS/FXO interfaces on the OPCOM3500E-MULTI ............................................ 307

Table 20-15 Parameters of 2/4W interfaces on the OPCOM3500E-MULTI .................................................... 308

Table 20-16 Parameters of V.24 interfaces on the OPCOM3500E-MULTI ..................................................... 309

Table 20-17 Parameters of RS485 interfaces on the OPCOM3500E-MULTI .................................................. 309

Table 20-18 Relationship between the maximum rate and occupied transmission bandwidth of RS232 interfaces

.................................................................................................................................................................... 310

Table 20-19 Comparison on metrics of RS485 and RS422 standards ............................................................. 310

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Copyright © Raisecom Technology Co., Ltd. xxxvi

Table 20-20 FXS/FXO interface PINs of the OPCOM3500E-MULTI ............................................................ 310

Table 20-21 2/4W interface PINs of the OPCOM3500E-MULTI ................................................................... 311

Table 20-22 Data interface PINs of the OPCOM3500E-MULTI .................................................................... 312

Table 20-23 LEDs on the OPCOM3500E-MULTI panel ................................................................................ 313

Table 20-24 DIP switch on the OPCOM3500E-MULTI ................................................................................. 314

Table 20-25 Specifications of the OPCOM3500E-MULTI ............................................................................. 315

Table 20-26 Cables available for the OPCOM3500E-MULTI ........................................................................ 315

Table 20-27 Interfaces on the OPCOM3500E-Audio panel ............................................................................ 317

Table 20-28 Parameters of the FXS/FXO interface on the OPCOM3500E-Audio........................................... 317

Table 20-29 Parameters of the magneto interface on the OPCOM3500E-Audio ............................................. 318

Table 20-30 DB37 interface PINs of the OPCOM3500E-Audio ..................................................................... 319

Table 20-31 HDB26 interface PINs of the OPCOM3500E-Audio .................................................................. 321

Table 20-32 LEDs on the OPCOM3500E-Audio ........................................................................................... 322

Table 20-33 Specifications of the OPCOM3500E-Audio ............................................................................... 322

Table 20-34 Cables available for the OPCOM3500E-Audio .......................................................................... 323

Table 20-35 Interfaces on the iTN2100-EOW ............................................................................................... 325

Table 20-36 Parameters of the FXS interface on the iTN2100-EOW .............................................................. 326

Table 20-37 ALM interface PINs of the iTN2100-EOW ................................................................................ 327

Table 20-38 FXS interface PINs of the iTN2100-EOW ................................................................................. 327

Table 20-39 LEDs on the iTN2100-EOW panel ............................................................................................ 328

Table 20-40 Specifications of the iTN2100-EOW ......................................................................................... 328

Table 20-41 Interfaces on the 10E&M card ................................................................................................... 330

Table 20-42 Parameters of the interface on the 10E&M card ......................................................................... 330

Table 20-43 PIN definitions of the interface on the E&M .............................................................................. 331

Table 20-44 Types of E&M signaling ............................................................................................................ 332

Table 20-45 LEDs on the 10E&M card ......................................................................................................... 333

Table 20-46 Specifications of the OPCOM3500E-10E&M ............................................................................ 334

Table 21-1 Interfaces on the iTN2100-Gb panel ............................................................................................ 337

Table 21-2 Client-side interface metrics (optical modules)............................................................................. 338

Table 21-3 Client-side interface metrics (electrical modules) ......................................................................... 340

Table 21-4 Line-side interface metrics .......................................................................................................... 340

Table 21-5 LEDs on the iTN2100-Gb panel .................................................................................................. 341

Table 21-6 BITs 1–8 of the DIP switch .......................................................................................................... 342

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Copyright © Raisecom Technology Co., Ltd. xxxvii

Table 21-7 Configurations on client-side interfaces of the iTN2100-Gb (A) ................................................... 343

Table 21-8 Configurations on client-side interfaces of the iTN2100-Gb (B) ................................................... 344

Table 21-9 Specifications of the iTN2100-Gb ............................................................................................... 345

Table 21-10 Ordering information about the iTN2100-Gb (A) ....................................................................... 346

Table 21-11 Ordering information about the iTN2100-Gb (B) ....................................................................... 346

Table 21-12 Ordering information about SFP modules .................................................................................. 346

Table 21-13 Ordering information about electrical modules ........................................................................... 348

Table 21-14 interfaces on the iTN2100-8SU-S panel ..................................................................................... 350

Table 21-15 LEDs on the iTN2100-8SU-S panel ........................................................................................... 350

Table 21-16 Specifications of the iTN2100-8SU-S ........................................................................................ 351

Table 21-17 Optical performance metrics of the iTN2100-8SU-S .................................................................. 351

Table 21-18 Ordering information about the iTN2100-8SU-S ........................................................................ 353

Table 21-19 Interfaces on the iTN2100-4SU-D panel .................................................................................... 355

Table 21-20 LEDs on the iTN2100-4SU-D panel .......................................................................................... 355

Table 21-21 Specifications of the iTN2100-4SU-D ....................................................................................... 356

Table 21-22 Optical performance metrics of the iTN2100-4SU-D ................................................................. 356

Table 21-23 Ordering information about the iTN2100-4SU-D ....................................................................... 358

Table 22-1 Interfaces on OPCOM3500E-TP ................................................................................................. 361

Table 22-2 Parameters of the ST interface ..................................................................................................... 361

Table 22-3 LEDs on OPCOM3500E-TP ....................................................................................................... 362

Table 22-4 Specifications of OPCOM3500E-TP ........................................................................................... 363

Table 23-1 Interfaces on the OPCOM3500E-16C64K ................................................................................... 366

Table 23-2 Parameters of the OPCOM3500E-16C64K interface .................................................................... 366

Table 23-3 PIN definitions on the OPCOM3500E-16C64K interface ............................................................. 366

Table 23-4 LEDs on the OPCOM3500E-16C64K ......................................................................................... 367

Table 23-5 Specifications of the OPCOM3500E-16C64K ............................................................................. 367

Table 24-1 Fiber connectors .......................................................................................................................... 368

Table 24-2 Wiring of EIA/TIA 568A and EIA/TIA 568B standards ................................................................ 371

Table 24-3 Technical specifications of the Ethernet cable .............................................................................. 373

Table 24-4 Technical specifications of the configurable cable ........................................................................ 375

Table 24-5 Technical specifications of the DC power cable ........................................................................... 375

Table 24-6 Technical specifications of the European AC power cable ............................................................ 376

Table 24-7 Technical specifications of the American AC power cable ............................................................ 377

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Table 24-8 Technical specifications of the ground cable ................................................................................ 379

Table 24-9 Technical specifications of the OT terminal ................................................................................. 379

Table 24-10 PIN definitions of the alarm terminal ......................................................................................... 380

Table 24-11 Technical specifications of the E1-CC3 cable ............................................................................. 381

Table 24-12 E1-RJ45 cables available for the card of the iTN2100 ................................................................ 381

Table 24-13 Wiring of the CBL-E1-RJ45/RJ45 cable .................................................................................... 382

Table 24-14 Technical specifications of the CBL-E1-RJ45/RJ45 cable .......................................................... 382

Table 24-15 Wiring of the CBL-E1-RJ45/2RJ45 cable .................................................................................. 383

Table 24-16 Technical specifications of the CBL-E1-RJ45/2RJ45 cable......................................................... 384

Table 24-17 Relations between the E1-DB37 cable and the card on the iTN2100 ........................................... 384

Table 24-18 Technical specifications of the CBL-E1-DB37F (40)/16NC cable............................................... 385

Table 24-19 Definitions of PINs on the CBL-E1-DB37F (40)/16NC cable ..................................................... 386

Table 24-20 Technical specifications of the CBL-E1-DB37F/16BNCF cable ................................................. 387

Table 24-21 CBL-E1-DB37F/16BNCM cable ............................................................................................... 388

Table 24-22 Technical specifications of the CBL-E1-DB37F/8RJ45 .............................................................. 388

Table 24-23 Technical specifications of the CBL-E1-DB37F (40)/16CC3F cable ........................................... 389

Table 24-24 Relations between the E1-SCSI100 cable and the card on the iTN2100 ...................................... 389

Table 24-25 Technical specifications of the CBL-E1-SCSI100M (40)/32BNCF cable .................................... 390

Table 24-26 Technical specifications of the CBL-E1-SCSI100M (40)/32BNCM cable ................................... 391

Table 24-27 Technical specifications of the CBL-E1-SCSI100M (40)/16RJ45 cable ...................................... 392

Table 24-28 Relations between the V24-HDB26 cable and the card on the iTN2100 ...................................... 392

Table 24-29 Technical specifications of the CBL-V24-HDB26M/4DB25F cable............................................ 393

Table 24-30 Technical specifications of the CBL-V24-HDB26M/4DB25M cable .......................................... 394

Table 24-31 PIN definitions of the HDB26 interface on the OPCOM3500E-8V24 ......................................... 394

Table 24-32 Relations between the V35-HDB26 cable and the card on the iTN2100 ...................................... 395

Table 24-33 Technical specifications of the CBL-V35-HDB26M/2M34F cable ............................................. 396

Table 24-34 PIN definitions of the HDB26 interface on the OPCOM3500E-8V35 ......................................... 396

Table 24-35 Relations between the MUL-HDB26 cable and the card on the iTN2100 .................................... 398

Table 24-36 Technical specifications of the CBL-MUL-HDB26M/NC cable ................................................. 398

Table 24-37 Color patterns of the CBL-MUL-HDB26M/NC cable ................................................................ 399

Table 24-38 Technical specifications of the CBL-MUL-HDB26M (40)/NC cable .......................................... 400

Table 24-39 Color patterns of the CBL-MUL-HDB26M (40)/NC cable ......................................................... 401

Table 24-40 Relations between the VOICE-DB37F cable and the card on the iTN2100 ................................. 403

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Table 24-41 Technical specifications of the CBL-VOICE-DB37F/NC-D cable .............................................. 403

Table 24-42 Color patterns of the CBL-VOICE-DB37F/NC-D cable ............................................................. 404

Table 25-1 Power consumption of SFP modules ............................................................................................ 406

Table 25-2 Power consumption of Raisecom XFP modules ........................................................................... 407

Table 25-3 Metrics of FE CSFP optical modules ........................................................................................... 408

Table 25-4 Metrics of GE CSFP optical modules ........................................................................................... 409

Table 25-5 Metrics of 2.5G CSFP optical modules ........................................................................................ 410

Table 25-6 Mapping between CSFP model xx and Tx wavelength ................................................................. 410

Table 25-7 Mapping between CSFP model yy and Tx wavelength ................................................................. 410

Table 25-8 Metrics of 2.5G DSFP optical modules ........................................................................................ 411

Table 25-9 Parameters of GSFP optical modules ........................................................................................... 415

Table 25-10 Parameters of FE TSFP optical modules .................................................................................... 416

Table 25-11 Parameters of GE TSFP optical modules .................................................................................... 417

Table 25-12 Parameters of FE USFP optical modules .................................................................................... 418

Table 25-13 Parameters of GE USFP optical modules ................................................................................... 420

Table 25-14 Parameters of 2.5G USFP optical modules ................................................................................. 422

Table 25-15 Parameters of FE USFP electrical module .................................................................................. 424

Table 25-16 Parameters of GE USFP electrical module ................................................................................. 424

Table 25-17 Parameters of 10G USFP+ optical module ................................................................................. 425

Table 25-18 Parameters of CXFP-192/S/xx optical modules (10 Gbit/s 40-km) ............................................. 426

Table 25-19 Parameters of CXFP-192/L/xx optical modules (10 Gbit/s 80-km/70-km) .................................. 427

Table 25-20 Parameters of DXFP-192/S/xx optical modules (10 Gbit/s 40-km) ............................................. 430

Table 25-21 Parameters of DXFP-192/L/xx optical modules (10 Gbit/s 80-km) ............................................. 438

Table 25-22 Parameters of 10G UXFP modules ............................................................................................ 447

Raisecom

iTN2100 (P100R002) Hardware Description 1 Overview


Copyright © Raisecom Technology Co., Ltd. 1

1 Overview

This chapter is an overview of the iTN2100, including the following sections:

Introduction

Components

1.1 Introduction The iTN2100, developed by Raisecom, is an integrated service access device targeted at the

network access layer.

The iTN2100, features with dual-network and dual-core structure, is compatible with both

SDH and Packet Switching (PS), thus implementing integrated access and comprehensive

management. The iTN2100 provides a wide variety of interfaces on the line side, through

which it can network with the Ethernet optical fiber transceiver, the PDH optical transceiver,

the Ethernet multiplexer, the protocol converter, and so on. In this way, it can meet customers'

diverse requirements.

The iTN2100 supports Operation, Administration and Maintenance (OAM) protocols.

Through its graphical interface on the Network Management System (NMS), it implements

service-based end-to-end monitoring, maintenance, and troubleshooting. Thus the quality of

the network and Quality of Service (QoS) are measureable and estimable. In a word, it can

improve OAM efficiency and ensure QoS on a network.

1.2 Components The iTN2100 is composed of a chassis, fans, power supplies, cards, and cables.

Chassis

The iTN2100 is equipped with a 19-inch 6U standard chassis, complying with the IEC297

standards.

Fan

The iTN2100 is equipped with an independent and intelligent 19-inch 1U fan named FANS360.

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Power supplies

The iTN2100 uses socket power supplies. It supports dual-DC, dual-AC, or hybrid AC/DC

power supplies. It also supports -48 V or 110 VDC power input and 110 V or 220 VDC power

input.

Dust-proof mesh

The bottom of the iTN2100 can be installed with a dust-proof mesh to prevent dusts in air

from accessing the iTN2100 through the airflow of the fan. This helps avoid influencing the

device performances.

Cards

The iTN2100 provides a wide variety of interfaces, thus implementing integrated service

access.

Table 1-1 lists all cards on the iTN2100 and their corresponding BUS.

Table 1-1 All cards on the iTN2100 and their corresponding BUS

Card Type BUS

NMS card iTN2100-NMS ETH BUS

SDH aggregation card OPCOM3500E-2STM1/4-M SDH BUS

iTN2100-4STM1-M

iTN2100-2STM16-M

SDH tributary card OPCOM3500E-STM1-S

OPCOM3500E-4STM1-S

iTN2100-4STM4-S

Ethernet aggregation card iTN2100-NTU-4GF ETH BUS

iTN2100-NTU-4XG

Ethernet switching card iTN2100-PTU-4GE ETH BUS

Ethernet access card iTN2100-16GF

iTN2100-8GF

iTN2100-8GE

iTN2100-16FX

iTN2100-8FX

iTN2100-2IGC

OPCOM3500E-4FX

OPCOM3500E-8FX

EOS access card iTN2100-8EOS-8GF SDH BUS

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Card Type BUS

iTN2100-4STM1-GC ETH BUS

Clock card iTN2100-TSU SDH BUS

TDMoP card iTN2100-CES-16E1T1-BL ETH BUS

iTN2100-CES-16E1T1

EOP card OPCOM3500E-EOPFE SDH BUS

OPCOM3500E-EOP3FE

OPCOM3500E-EOP8FX

OPCOM3500E-EOP-FE16E1

OPCOM3500E-EOP-FEE1×8

OPCOM3500E-EOP-FXE1×8

OPCOM3500E-EOPS-8E1

OPCOM3500E-HT-6FE24E1

iTN2100-EOT-GESTM4 SDH BUS

ETH BUS

EOS card OPCOM3500E-EOS-8FE SDH BUS

OPCOM3500E-EOSE-4FX

OPCOM3500E-EOSE-8FX

OPCOM3500E-4EOS-4FE

OPCOM3500E-4EOS-4FX

OPCOM3500E-8EOS-GC

OPCOM3500E-DSEE

OPCOM3500E-HSEE

PDH and RCMS card OPCOM3500E-16E1

OPCOM3500E-16E1-BL

OPCOM3500E-32E1

OPCOM3500E-32E1-BL

OPCOM3500E-120EOS×4

OPCOM3500E-120EOS×4L

OPCOM3500E-DFPS

OPCOM3500E-120FE×8L-GE

OPCOM3500E-240GE×4L

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Card Type BUS

OPCOM3500E-120H×4

OPCOM3500E-DSPH

OPCOM3500E-HSPH

OPCOM3500E-3DS3/E3

V.24 card OPCOM3500E-8V24

V.35 card OPCOM3500E-8V35

64K cross-connection card OPCOM3500E-DXC-DS0

Multi-service card OPCOM3500E-12MT SDH BUS

OPCOM3500E-8MT

OPCOM3500E-MULTI

OPCOM3500E-Audio

iTN2100-EOW

OPCOM3500E-10E&M

Service aggregation card iTN2100-Gb SDH BUS

iTN2100-8SU-S

iTN2100-4SU-D

64K access card OPCOM3500E-16C64K SDH BUS

Teleprotection card OPCOM3500E-TP SDH BUS

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iTN2100 (P100R002) Hardware Description 2 Chassis



2 Chassis

This chapter describes the chassis of the iTN2100, including the following sections:

Structure

Slots

VC4 distribution

GE distribution

Specifications

2.1 Structure The iTN2100 has a 19-inch 6U standard chassis, complying with the IEC297 standards. The

dimensions are 480 mm (Width) × 248 mm (Depth) × 267 mm (Height).

Figure 2-1 and Figure 2-2 show the outlook of the chassis.

Figure 2-1 Front panel of the chassis

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Figure 2-2 Rear panel of the chassis

Table 2-1 lists descriptions of the chassis.

Table 2-1 Descriptions of the chassis

No. Name Description

1 Rack-mount bracket Used to fix the chassis to a bench

2 Card slot Cards are inserted into slots 0–12.

3 Dust-proof mesh Used to contain the dust-proof cotton to prevent

dust from accessing the device.

4 Power supply card slot Power supply cards are inserted into slots POWER1

and POWRE2.

5 Tab Used to fix the fan on the chassis

6 Heat dissipation The fan is installed above the heat dissipating area

to dissipate hot air inside the chassis.

7 Alarm terminal Four-hole spring terminal supporting one-way

alarm input and one-way alarm output

The DC voltage connected to the alarm output terminal should not exceed 30 V and the current should not exceed 1 A. The AC voltage connected to the alarm output terminal should not exceed 125 V and the current should not exceed 0.3 A.

8 Fan power supply interface Used to supply power to the fan

9 Fan monitoring interface Used to connect to the fan and monitor its status

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No. Name Description

10 Chassis grounding terminal Used to ground by the chassis

11 DC power interface DC power input

2.2 Slots Figure 2-3 shows relations between slots and cards.

Figure 2-3 Relations between slots and cards

The corresponding relations are as below:

NMS card: inserted into slot 0 only

Aggregation cards: inserted into slots 6 and 7 only

Switching cards: inserted into slots 1, 9, 10 and 11 only

Other service cards: inserted into slots 1–5 and 8–12

Power supplies: inserted into slots POWER1 and POWER2 only

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2.3 VC4 distribution As the iTN2100 is inserted with different aggregation cards, VC4 distribution of each slot is

different.

Table 2-2 lists VC4 distribution when the aggregation card is OPCOM3500E-2STM1/4-M (STM-1 mode).

Table 2-2 VC4 distribution for OPCOM3500E-2STM1/4-M (STM-1 mode) as aggregation card

Slot 0 1 2 3 4 5 6 7 8 9 10 11 12

VC4

capacity

– 1 1 1 1 1 1–2 1–2 1 1 1 1 1

Table 2-3 lists VC4 distribution. when the aggregation card is OPCOM3500E-2STM1/4-

M (STM-4 mode).

Table 2-3 VC4 distribution for OPCOM3500E-2STM1/4-M (STM-4 mode) as aggregation card

Slot 0 1 2 3 4 5 6 7 8 9 10 11 12

VC4

capacity

– 1 1–4 1 1–4 1 1–8 1–8 1 1 1 1 1

Table 2-4 lists VC4 distribution when the aggregation card is iTN2100-4STM1-M.

Table 2-4 VC4 distribution for iTN2100-4STM1-M as aggregation card

Slot 0 1 2 3 4 5 6 7 8 9 10 11 12

VC4

capacity

– 1 1 1 1 1 1–4 1–4 1 1 1 1 1

Table 2-5 lists VC4 distribution when the aggregation card is iTN2100-2STM16-M.

Table 2-5 VC4 distribution for iTN2100-2STM16-M as aggregation card

Slot 0 1 2 3 4 5 6 7 8 9 10 11 12

VC4

capacity

– 1 1–4 1–4 1–4 1–4 1–32 1–3

2

1 1 1 1 1

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2.4 GE distribution Table 2-6 lists GE distribution.

Table 2-6 GE distribution

Slot 0 1 2 3 4 5 6 7 8 9 10 11 12

VC4

capacity

– 2 2 2 2 2 0 0 2 2 2 2 2

2.5 Specifications Table 2-7 lists specifications of the iTN2100.

Table 2-7 Specifications of the iTN2100

Parameter Value

Dimensions 480 mm (Width) × 248 mm (Depth) × 267 mm (Height)

Weight < 7 kg

Power

consumption

Min. configuration < 50 W

Max. configuration < 300 W

DC input

voltage 1

Rated voltage -48 VDC

Voltage range -36 to -72 VDC

DC input

voltage 2

Rated voltage 110 VDC

Voltage range 70–140 VDC

AC input

voltage

Rated voltage 110 or 220 VAC

Voltage range 100–240 VAC (47/63 Hz)

Operating temperature -5 to 50°C

Operating humidity 10%–90% RH (indoor, non-condensing)

Air pressure 86–106 kPa

Lightning

protection

level

AC power in differential mode: 6 kV in common mode: 6 kV

DC power 2 kV in common mode 1 kV in differential mode

Ethernet interface

(RJ45), SNMP

interface, and NM-NEXT interface

Indoor: 1 kV in common mode Outdoor: 4 kV in common mode

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iTN2100 (P100R002) Hardware Description 3 Fan



Parameter Value

E1 unbalanced

interface

Indoor: 1 kV in common mode

E1 balanced interface Indoor: 1 kV in common mode

SHDSL Outdoor: 4 kV in both differential mode and

common mode

DS3/E3 electrical

interface (CC3) Indoor: 1 kV in common mode

V35 interface Indoor: 1 kV in common mode

3 Fan

This chapter describes the intelligent fan of the iTN2100, which is named FANS360. The

FANS360 is 19 inch wide and 1 U high. It has four hooks through which it is fixed on the

upper part of the iTN2100. This chapter includes the following sections:

Functions

Appearance

LEDs

Specifications

3.1 Functions The FANS360 has the following functions:

Embed with three fans.

Adopt dual slower power-on scheme (powering on both the fan and circuit slowly), which enhances the system stability upon hot swapping.

Support 8-level revolving speed.

Support fault alarms, including fan stopping and revolving speed deterioration due to aging.

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iTN2100 (P100R002) Hardware Description 3 Fan



Support intelligent speed adjustment, through which the iTN2100 can adjust revolving

speed automatically according to current temperature inside the chassis.

Support manual configuration of revolving speed for the fan.

Support speed feedback.

Support cold start.

3.2 Appearance The FANS360 is installed in the upper part of the iTN2100.

Figure 3-1 and Figure 3-2 show the appearance of the FANS360.

Figure 3-1 Front panel of the FANS360

Figure 3-2 Rear panel of the iTN2100

3.3 LEDs Table 3-1 lists LEDs on the front panel of the FANS360.

Table 3-1 LEDs on the front panel of the FANS360

LED Status Description

PWR Green Power supply LED

Green: the power supply is normal. Off: the power supply is abnormal.

ALM Red Working status LED

Red: the fan is working improperly. Off: the fan is working properly.

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iTN2100 (P100R002) Hardware Description 4 Power supplies



3.4 Specifications Table 3-2 lists specifications of the FANS360.

Table 3-2 Specifications of the FANS360

Parameter Value


Weight 3.0 kg

Maximum power

consumption

28 W

Number of fans 3

Highest revolving speed 3250 r/min

Power supply voltage 30–57 V

Maximum current 0.5 A

Maximum power 28 W

4 Power supplies

This chapter describes power supplies supported by the iTN2100, including the following

sections:

SUB-PWRII-DC/DC-300

SUB-PWRM-DC

SUB-PWRMF-DC

SUB-PWRII-AC

SUB-PWRM-AC

The iTN2100 supports dual-power supply redundancy. It supports dual-DC, dual-AC, or

hybrid AC/DC power supplies.

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4.1 SUB-PWRII-DC/DC-300

4.1.1 Appearance and functions

Appearance Function

The SUB-PWRII-DC and SUB-PWRII-DC-300 are unintelligent

DC power supplies. The SUB-PWRII-DC has two types: -48 V/150 W and 110 V/300 W.

Provide power switch. Output +5 V power to the backplane. Then, the backplane

supplies power to other cards. Perform Electromagnetic Compatibility (EMC) filtering over

input power. Support hybrid AC/DC power. Support hybrid intelligent/unintelligent power. Support input reverse polarity protection (recoverable), input

undervoltage protection, output overvoltage protection, output

overcurrent protection. Support over temperature protection. Support input surge current suppression. Support in-position monitoring and fault reporting. Support 1+1 hot backup. Support hot swapping.

4.1.2 Slots

The SUB-PWRII-DC/DC-300 can be inserted into slots POWER1 and POWER2 on the

iTN2100.

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4.1.3 LEDs

Table 4-1 lists LEDs on the SUB-PWRII-DC/DC-300 panel.

Table 4-1 LEDs on the SUB-PWRII-DC/DC-300 panel


5V PWR Green +5 V power output LED

Green: +5 V power output is normal. Off: +5 V power output is off.

5V ALM Red +5 V power alarm LED

Red: +5 V power output is off or the voltage is abnormal. Off: +5 V voltage is normal.

Only when there is no voltage input for this power supply and the other power supply is working properly, the LED is probably red.

-48V Green -48 V power working LED

Green: -48 V power input is normal. Off: -48 V power input is off.

4.1.4 Specifications

Table 4-2 lists specifications of the SUB-PWRII-DC/DC-300.

Table 4-2 Specifications of the SUB-PWRII-DC/DC-300

Card

Parameter

SUB-PWRII-DC

(-48 V/150 W)

SUB-PWRII-DC (110 V/300 W)

SUB-PWRII-DC-300

Remark

Basic

parameters

Dimensions 38.5 mm (Width) × 224 mm (Depth) × 240 mm (Height) –

Weight 1.05 kg –

Zero-load power

consumption

5 W In rated input

voltage

Rated power

consumption

150 W 300 W 300 W –

Input

parameters

Rated input voltage -48 V 110 V -48 V –

Input voltage range -36 to -72 V 70–140 V -38.4 to -57.6

V

In full load

Rated input power 180 W 375 W 375 W –

Protection

function

Input under voltage

protection

34 V 64 V 34 V –

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Card

Parameter

SUB-PWRII-DC

(-48 V/150 W)

SUB-PWRII-DC (110 V/300 W)

SUB-PWRII-DC-300

Remark

parameters Output over voltage

protection

6 V 6 V 6 V –

Output overcurrent

protection

33 A 72 A 72 A –

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4.2 SUB-PWRM-DC


Appearance Function

The SUB-PWRM-DC is an intelligent 300 W DC power supply.

Provide a power switch. Provide 2:1 wide-range voltage: -36 to -72 V. Provide +5 V rated output voltage per card. Support hybrid AC/DC power. Support hybrid intelligent/unintelligent power. Support input reverse polarity protection (recoverable), input

undervoltage protection, input overvoltage protection, output

overvoltage protection, output overcurrent protection. Support over temperature protection. Support input surge current suppression. Support in-position monitoring and fault reporting. Support hierarchical alarms of input overvoltage and input

undervoltage. Support single-level alarms of output overvoltage and output

undervoltage. Support real-time reporting of power environment temperature. Support 1+1 hot backup. Support hot swapping.

4.2.2 Slots

The SUB-PWRM-DC can be inserted into slots POWER1 and POWER2 on the iTN2100.

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4.2.3 LEDs

Table 4-3 lists LEDs on the SUB-PWRM-DC panel.

Table 4-3 LEDs on the SUB-PWRM-DC panel






Vin Green Power input LED

Green: there is voltage input. Off: there is no voltage input or there is positive/negative

error.

Min Yellow Input voltage hierarchical alarm LED

Yellow: the input voltage is within range 1. Off: the input voltage is beyond range 1.

Maj Red Input voltage hierarchical alarm LED

Red: the input voltage is within range 2. Off: the input voltage is beyond range 2.

Cri Red Input voltage hierarchical alarm LED


By default, range 1 for the absolute value of input voltage is (0, 46) U (56, +∞);

range 2 for the absolute value of input voltage is (0, 42) U (60, +∞); range 3 for the absolute value of input voltage is (0, 40) U (70, +∞). If the input voltage is -

36 V, the Min, Maj, and Cri LEDs are on since the absolute value 36 is within range 1, range 2, and range 3.

You can configure range 1, range 2, and range 3 but they must be between -36 V and -72 V. For detailed configurations, see iTN2100 Configuration Guide_TDM Part and iTN2100 Command Reference_Basic Configuration Part.

If input voltage hierarchical alarm LED is yellow or red, the input voltage is within the allowed range.

If the alarm LED is yellow or red, the power supply is supplying power to the backplane and power alarm Trap will be reported.


Table 4-4 lists specifications of the SUB-PWRM-DC.

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Table 4-4 Specifications of the SUB-PWRM-DC

Parameter Value

Dimensions 38.5 mm (Width) × 224 mm (Depth) × 240 mm

(Height)

Weight 1.05 kg

Zero-load power consumption 5 W

Rated power consumption 300 W

Table 4-5 lists input parameters of the SUB-PWRM-DC.

Table 4-5 Input parameters of the SUB-PWRM-DC

Parameter Value Remark

Rated input voltage -48 V –

Input voltage range -36 to -72 V Under full load

Zero-load power

consumption

5 W Under rated input voltage

Table 4-6 lists protection function parameters of the SUB-PWRM-DC.

Table 4-6 Protection function parameters of the SUB-PWRM-DC

Parameter Value

Input undervoltage protection 34 V

Input overvoltage protection 90 V

Output overvoltage protection 6 V

Output overcurrent protection 72 A

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4.3 SUB-PWRMF-DC


Appearance Function

The SUB-PWRMF-DC is an intelligent 300 W DC power supply.

Provide a power switch. Provide 2:1 wide-range voltage: -36 to -72 V. Provide +5 V rated output voltage per card. Support hybrid AC/DC power. Support hybrid intelligent/unintelligent power. Support input reverse polarity protection (recoverable), input

undervoltage protection, input overvoltage protection, output

overvoltage protection, output overcurrent protection. Support over temperature protection. Support input surge current suppression. Support in-position monitoring and fault reporting. Support hierarchical alarms of input overvoltage and input

undervoltage. Support single-level alarms of output overvoltage and output

undervoltage. Support real-time reporting of power environment temperature. Support 1+1 hot backup. Support hot swapping.

4.3.2 Slots

The SUB-PWRMF-DC can be inserted into slots POWER1 and POWER2 on the iTN2100.

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4.3.3 Interface

Table 4-7 lists interface on the SUB-PWRMF-DC panel.

Table 4-7 Interfaces on the SUB-PWRMF-DC panel

Interface Description

– DC interface

4.3.4 LEDs

Table 4-8 lists LEDs on the SUB-PWRMF-DC panel.

Table 4-8 LEDs on the SUB-PWRMF-DC


SYS Green Power supply working LED

Green: the power supply is working improperly. Off: the power supply is working improperly. Blinking green: the power supply is working properly.





Vin Green Power input LED

Green: there is voltage input. Off: there is no voltage input or there is positive/negative

error.







By default, range 1 for the absolute value of input voltage is (0, 46) U (56, +∞);

range 2 for the absolute value of input voltage is (0, 42) U (60, +∞); range 3 for

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the absolute value of input voltage is (0, 40) U (70, +∞). If the input voltage is -

36 V, the Min, Maj, and Cri LEDs are on since the absolute value 36 is within range 1, range 2, and range 3.

You can configure range 1, range 2, and range 3 but they must be between -36 V and -72 V. For detailed configurations, see iTN2100 Configuration Guide_TDM Part and iTN2100 Command Reference_Basic Configuration Part.

If input voltage hierarchical alarm LED is yellow or red, the input voltage is within the allowed range.



Table 4-9 lists specifications of the SUB-PWRMF-DC.

Table 4-9 Specifications of the SUB-PWRMF-DC

Parameter Value

Dimensions 38.5 mm (Width) × 224 mm (Depth) × 240 mm

(Height)

Weight 1.05 kg

Zero-load power consumption 5 W


Table 4-10 lists input parameters of the SUB-PWRMF-DC.

Table 4-10 Input parameters of the SUB-PWRMF-DC

Parameter Value Remark

Rated input voltage -48 V –

Input voltage range -36 to -72 V Under full load

Zero-load power consumption

5 W Under rated input voltage

Table 4-11 lists protection function parameters of the SUB-PWRMF-DC.

Table 4-11 Protection function parameters of the SUB-PWRMF-DC

Parameter Value


Input overvoltage protection 90 V

Output overvoltage protection 6 V

Output overcurrent protection 72 A

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4.4 SUB-PWRII-AC


Appearance Function

The SUB-PWRII-AC is an unintelligent 600 W AC power supply.

Provide a power switch. Support heat dissipation through the fan of the iTN2100. Support full-range voltage input. Support 1+1 hot backup of power. Support hot swapping. Support hybrid AC/DC power. Support hybrid intelligent/unintelligent power. Support short-circuit protection. Support input overcurrent protection, output overcurrent

protection, input undervoltage protection, and output

overvoltage protection. Support over temperature protection. Support alarms on power supply type, power failure, input

overvoltage, and input undervoltage.

4.4.2 Slots

The SUB-PWRII-AC can be inserted into slots POWER1 and POWER2 on the iTN2100.

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4.4.3 Interfaces

Table 4-12 lists interface on the SUB-PWRII-AC panel.

Table 4-12 Interface on the SUB-PWRII-AC panel

Print Description

– AC interface

4.4.4 LEDs

Table 4-13 lists LEDs on the SUB-PWRII-AC panel.

Table 4-13 LEDs on the SUB-PWRII-AC panel



Green: the power supply is working improperly. Blinking green: the power supply is working properly. Off: the power supply is working improperly.

-48V PWR Green -48 V power output LED

Green: -48 V power output is normal. Off: -48 V power output is off.

-48V ALM Red -48 V power alarm LED

Red: -48 V power output is off or the voltage is abnormal. Off: -48 V voltage is normal.

5V PWR Green +5V power output LED

Green: +5V power output is normal. Off: +5 V power output is off.

5V ALM Red +5V power alarm LED

Red: +5V power output is off or the voltage is abnormal. Off: +5V voltage is normal.

100-240V Green Power input LED

Green: 110 V/200 V power input is normal. Off: power input is off.







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Range 1 for the absolute value of input voltage is (0, 100) U (240, +∞); range 2 for the absolute value of input voltage is (0, 95) U (260, +∞); range 3 for the absolute value of input voltage is (0, 90) U (265, +∞). If the input voltage is -80

V, the Min, Maj, and Cri LEDs are on since the absolute value 80 is within range 1, range 2, and range 3.

If input voltage hierarchical alarm LED is yellow or red, the input voltage is within the allowed range, that is, 90–265 V.



Table 4-14 lists specifications of the SUB-PWRII-AC.

Table 4-14 Specifications of the SUB-PWRII-AC

Parameter Value

Dimensions 38.5 mm (Width) × 224 mm (Depth) × 240 mm (Height)

Weight 1.1 kg

Zero-load power

consumption

10 W


Table 4-15 lists input parameters of the SUB-PWRII-AC.

Table 4-15 Input parameters of the SUB-PWRII-AC

Parameter Value

Nominal input voltage range 100–240 V

Rated input voltage 110 V/220 V

AC input frequency 47–63 Hz

Power consumption factor 0.95

Integrated equipment

efficiency

110 V input (full load) 80%


Table 4-16 lists protection function parameters of the SUB-PWRII-AC.

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Table 4-16 Protection function parameters of the SUB-PWRII-AC

Parameter Value

Input overcurrent protection 15 A


Output overcurrent protection -50 V 9 A

+5 V 90 A

Output overvoltage protection -50 V -60 V

+5 V 6 V

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4.5 SUB-PWRM-AC


Appearance Function

The SUB-PWRM-AC is an intelligent 600 W AC power supply.

Provide a power switch. Support heat dissipation through the fan of the iTN2100. Support full-range voltage input. Support 1+1 hot backup of power Support short-circuit protection. Support hybrid AC/DC power. Support hybrid intelligent/unintelligent power. Support input overcurrent protection, output overcurrent

protection, input undervoltage protection, and output

overvoltage protection. Support alarms on power supply type, power failure, over high

or over low input voltage. Support over temperature protection. Support hot swapping.

4.5.2 Slots

The SUB-PWRM-AC can be inserted into slots POWER1 and POWER2 on the iTN2100.

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4.5.3 Interfaces

Table 4-17 lists interface on the SUB-PWRM-AC panel.

Table 4-17 Interface on the SUB-PWRM-AC panel

Print Description

– AC interface

4.5.4 LEDs

Table 4-18 lists LEDs on the SUB-PWRM-AC panel.

Table 4-18 LEDs on the SUB-PWRM-AC panel



Green: the power supply is working improperly. Blinking green: the power supply is working properly. Off: the power supply is working improperly.

-48V PWR Green -48 V power output LED

Green: -48 V power output is normal. Off: -48 V power output is off.

-48V ALM Red -48 V power alarm LED

Red: -48 V power output is off or the voltage is abnormal. Off: -48 V voltage is normal.

5V PWR Green +5V power output LED

Green: +5V power output is normal. Off: +5 V power output is off.

5V ALM Red +5V power alarm LED

Red: +5V power output is off or the voltage is abnormal. Off: +5V voltage is normal.

100-240V Green Power input LED

Green: 110 V/200 V power input is normal. Off: power input is off.







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By default, range 1 for the absolute value of input voltage is (0, 100) U (240, +∞); range 2 for the absolute value of input voltage is (0, 95) U (260, +∞); range 3 for the absolute value of input voltage is (0, 90) U (265, +∞). If the input

voltage is -80 V, the Min, Maj, and Cri LEDs are on since the absolute value 80 is within range 1, range 2, and range 3.

If input voltage hierarchical alarm LED is yellow or red, the input voltage is within the allowed range, that is, 90–265 V.



Table 4-19 lists specifications of the SUB-PWRM-AC.

Table 4-19 Specifications of the SUB-PWRM-AC

Parameter Value

Dimensions 38.5 mm (Width) × 224 mm (Depth) × 240 mm (Height)

Weight 1.1 kg

Zero-load power

consumption

10 W


Table 4-20 lists input parameters of the SUB-PWRM-AC.

Table 4-20 Input parameters of the SUB-PWRM-AC

Parameter Value

Nominal input voltage range 100–240 V

Rated input voltage 110 V/220 V

AC input frequency 47–63 Hz

Power consumption factor 0.95

Integrated equipment

efficiency



Table 4-21 lists protection function parameters of the SUB-PWRM-AC.

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iTN2100 (P100R002) Hardware Description 5 NMS card



Table 4-21 Protection function parameters of the SUB-PWRM-AC

Parameter Value

Input overcurrent protection 15 A


Output overcurrent protection -50 V 9 A

+5 V 90 A

Output overvoltage protection -50 V -60 V

+5 V 6 V

5 NMS card

This chapter describes the NMS card on the iTN2100, including the following section:

iTN2100-NMS

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5.1 iTN2100-NMS


Appearance Function

The iTN2100-NMS is a NMS card specially used on the iTN2100.

Provide a console interface. Provide the user byte interface. Provide a NMS interface and an extended NMS interface. Provide a manual re-configure button through which you can re-

configure the card. Provide a buzzer control button. Support insertion and plugging, configuration, and query of cards,

alarms, performance, maintenance, and management. Provide Virtual Channel Connection (VCC) channel through E1

signals. Through this function, you can manage a remote iTN2100

through the transportation network. The iTN2100 supports up to four

VCCs. Support four DCCs by each slot. Each DCC supports three modes: D1-

D3, D4-D12, and D1-D12. Support monitoring and control of revolving speed of fans. Support a way of input alarms and a way of output alarms. Support monitoring working status of power supplies. Support automatical recovery of configuration data. Support automatical discovery of Network Element (NE) topology. Support end-to-end management of the iTN2100. Support online software upgrade for local and remote devices. Support hot swapping.

5.1.2 Slots

The iTN2100-NMS can be inserted into slot 0 of the iTN2100.

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5.1.3 Interfaces

Interface types

There are four interfaces on the iTN2100-NMS panel, as listed in Table 5-1.

Table 5-1 Interfaces on the iTN2100-NMS panel

Print Connector type Description

SNMP RJ45 NMS interface

NM-EXT RJ45 Extended NMS interface

CONSOLE RJ45 Console interface

RS232 RJ45 User byte interface

Interface parameters

The SNMP interface and the NM-EXT interface have the same parameters, as listed in Table

5-2.

Table 5-2 Parameters of the SNMP interface on the iTN2100-NMS card

Parameter Description

Connector type RJ45

Interface rate 10/100 Mbit/s auto-negotiation

Duplex mode Full duplex

Wiring scheme Auto MDI/MDIX

Standard IEEE 802.3

Table 5-3 lists parameters of the CONSOLE interface on the iTN2100-NMS.

Table 5-3 Parameters of the CONSOLE interface on the iTN2100-NMS


Connector type RJ45

Interface rate 9600 bit/s

Standard RS232

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5.1.4 Buttons

There are two buttons on the iTN2100-NMS panel, as listed in Table 5-4.

Table 5-4 Buttons on the iTN2100-NMS panel

Button Name Status Description

– Buzzer control

button

MUTE In this status, when an alarm is being

generated, the buzzer is mute. You cannot change this status through software.

RING In this status, when an alarm is being

generated, the buzzer rings. You can shield this status through software.

RST Reset button Bounced The card is working properly.

Down You can press this button to reset the card.

5.1.5 LEDs

There are eight LEDs on the iTN2100-NMS panel, as listed in Table 5-5.

Table 5-5 LEDs on the iTN2100-NMS panel




SYS Green System status LED

Green: the system is working improperly. Off: the system is working improperly. Blinking green: the system is working properly.

MAS Green Primary/Slave mode LED of the system clock

Green: the system clock is primary. Off: the system clock is slave.

ALM Red Alarm LED

Red: the communication fails or the clock fails. Off: there is no alarm on communication or clock.

100M

(SNMP)

Green SNMP interface rate LED

Green: the Ethernet rate is 100 Mbit/s. Off: the Ethernet rate is 10 Mbit/s.

LNK/ACT

(SNMP)

Green SNMP interface working LED

Green: the SNMP interface is working properly. Off: the SNMP interface is disconnected or is working

improperly. Blinking green: the SNMP interface is receiving or

sending data.

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100M

(NM-EXT)

Green NM-EXT interface rate LED

Green: the Ethernet rate is 100 Mbit/s. Off: the Ethernet rate is 10 Mbit/s.

LNK/ACT

(NM-EXT)

Green NM-EXT interface working LED

Green: the NM-EXT interface is working properly. Off: the NM-EXT interface is disconnected or is

working improperly. Blinking green: the NM-EXT interface is receiving or

sending data.

5.1.6 Alarms

Table 5-6 lists alarms of the iTN2100-NMS.

Table 5-6 Alarms of the iTN2100-NMS

Alarm Cause Level

Chassis alarm The NMS channel between a card and the NMS card fails. The SDH clock module fails.

Critical

Cold reset The iTN2100 is rebooted upon power failure. Critical


Table 5-7 lists specifications of the iTN2100-NMS.

Table 5-7 Specifications of the iTN2100-NMS

Parameter Value


Weight ≤ 0.43 kg

Maximum power

consumption

10 W

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iTN2100 (P100R002) Hardware Description 6 SDH aggregation cards



6 SDH aggregation cards

This chapter describes the SDH aggregation card on the iTN2100, including the following

section:

OPCOM3500E-2STM1/4-M

iTN2100-4STM1-M

iTN2100-2STM16-M

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6.1 OPCOM3500E-2STM1/4-M


Appearance Function

The OPCOM3500E-2STM1/4-M is the SDH optical aggregation card used

by the iTN2100.

Provide 2 SFP optical interfaces. On these interfaces, you can configure

the interface rate to STM-1 or STM-4 through hardware DIP switch or

software configuration (higher priority). Provide card-level hot backup of two optical aggregation cards. If one

fails, the other can still enable the system to work properly. An aggregation card can provide multiplex section protection, channel

protection, or two independent lines of STM optical interface; two

aggregation cards can provide Multiplex Section Protection (MSP) and

channel protection between optical interface 1 of one card and optical

interface 1 of the other, and between optical interface 2 of one card and

optical interface 2 of the other, or four independent lines of STM-

4/STM-1 optical interface. The protection switching time is smaller

than 50ms. Support point-to-point, link, and ring network topology. Support inter-card protection for tributary cards. Support VC4/VC3/VC12 level cross connection. When the optical

interface rate of the aggregation card is STM-1, it supports 20×20 VC4,

60×60 VC3, and 1260×1260 VC12 cross connection. When the optical

interface rate of the aggregation card is STM-4, it supports 32×32 VC4,

96×96 VC3, and 2016×2016 VC12 cross connection. Support SDH line clock, external clock, and crystal oscillator as clock

source of the iTN2100. These sources provide protection by priority or

by clock quality. The card provides 2 Mbit/s or 2 MHz external clock

interface, complying with the ITU-T G.813 recommendations. The 2

Mbit/s or 2 MHz external clock module can be purchased

independently. Provide Automatic Laser Shutdown (ALS) for optical modules. Provide E1 Bit Error Rate Tester (BERT). Support Loss of Power (LPR) detection alarm for remote devices. Provide ECC in-band NMS channel with 3/9/12 byte. Provide complete alarm and performance monitoring. Provide 4 VCCs. Provide hot swapping.

6.1.2 Slots

The OPCOM3500E-2STM1/4-M can be inserted into slots 6 and 7.

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6.1.3 Interfaces

Interface types

There are five interfaces on the OPCOM3500E-2STM1/4-M panel, as shown in Table 6-1.

Table 6-1 Interfaces on the OPCOM3500E-2STM1/4-M panel

Interface Type Description

– MiniUSB Debugging interface

1, 2 SFP optical

interface

Service uplink interface. Tx indicates the sending interface and Rx

indicates the receiving interface.

SYNC-RX CC3 male interface 2 Mbit/s or 2 MHz clock synchronization input

interface. You can configure it to 2 Mbit/s or 2

MHz through software.

SYNC-TX CC3 male interface 2 Mbit/s or 2 MHz clock synchronization output

interface. You can configure it to 2 Mbit/s or 2 MHz through software.


Table 6-2 lists parameters of interfaces 1 and 2 on the OPCOM3500E-2STM1/4-M.

Table 6-2 Parameters of interfaces 1 and 2 on the OPCOM3500E-2STM1/4-M


Optical module SFP

Interface rate STM-1 or STM-4, configurable

Coding scheme NRZ

Multiplexing structure Comply with ITU-T G.707 recommendations.

Jitter features Comply with ITU-T G.783 and ITU-T G.825

recommendations.

Optical interface features Comply with ITU-T G.957 recommendations.

Table 6-3 and Table 6-4 list parameters of clock interfaces on the OPCOM3500E-2STM1/4-

M.

Table 6-3 Parameters of 2 Mbit/s clock interface on the OPCOM3500E-2STM1/4-M


Connector CC3 male connector (unbalanced)

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Signal rate 2048 kbit/s

Interface impedance 75 Ω

Electrical features Comply with ITU-T G.703 recommendations.

Table 6-4 Parameters of the 2 MHz clock interface the OPCOM3500E-2STM1/4-M



Signal rate 2048 kHz



6.1.4 LEDs

There are nine LEDs on the OPCOM3500E-2STM1/4-M panel, as listed in Table 6-5.

Table 6-5 LEDs on the OPCOM3500E-2STM1/4-M panel






SWH Green Protection switching LED

Green: a switching occurs. Off: no switching occurs.

ACT Green Primary/Slave LED

Green: the card is a master card or there is only this

aggregation card inserted into the chassis. Off: the card is a backup aggregation card.

STM1 Green STM-X rate LED

Green: the SFP optical interface rate is STM-1. Off: the SFP optical interface rate is STM-4.

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LOF (1, 2) Red LOF alarm LED

Red: input LOF alarms are generated on optical

interfaces. Off: no input LOF alarms are generated on optical

interfaces.

LOS (1, 2) Red LOS alarm LED

Red: input LOS alarms are generated on optical

interfaces. Off: no input LOS alarms are generated on optical

interfaces.

6.1.5 DIP switch

Table 6-6 lists configurations of the Dual In-line Package (DIP) switch on the

OPCOM3500E-2STM1/4-M.

Table 6-6 Configurations of DIP switch SW3 on the OPCOM3500E-2STM1/4-M

DIP switch

Function Status Description

Bit1 Bit2

SW3 Configure the

optical interface rate.

ON ON Configure the optical

interface rate to STM-4.

OFF OFF Configure the optical

interface rate to STM-1.

By default, Bit1 and Bit2 of SW3 are OFF. If Bit1 and Bit2 of SW3 are not concurrently ON nor OFF and the optical

interface rate is not configured, the iTN2100 still configures the rate to STM-1 by default.

When you configure the optical interface rate of the OPCOM3500E-2STM1/4-M through DIP switch or software, the two optical interfaces must be configured to the same rate (STM-1 or STM-4). If two OPCOM3500E-2STM1/4-M cards are installed, the two optical interfaces must also be configured to the same rate.

You can use the add-card command to configure adding the OPCOM3500E-C-

2STM1-M card or the OPCOM3500E-C-2STM4-M card. You cannot use the DIP switch to re-select the card after successfully configuring the card with the command.

6.1.6 Alarms

Table 6-7 lists alarms of the OPCOM3500E-2STM1/4-M.

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Table 6-7 Alarms of the OPCOM3500E-2STM1/4-M

Alarm Cause Level

RS-LOS Attenuation of received signals is over great. The peer sender fails. The connector of fiber is dirty or improperly connected. The local receiver fails.

Critical

RS-LOF The Tx clock of the peer device fails. Optical signals do not match. The local Rx reference clock fails.

Critical

RS-TIM The received trace byte of the local device and the sent trace

byte of the peer device are inconsistent. Services are improperly configured.

Critical

AU-AIS The AU-AIS alarm of the VC4 channel is triggered by MS-

AIS, R-LOS, or R-LOF alarms. Services are improperly configured. The peer device sends AU-AIS alarms. The Tx part of the peer device or the Rx part of the local

device fails.

Minor

AU-LOP The Rx part of the peer device fails. Services are improperly configured on the peer device. Bit Error Rate (BER) of the local device is over great.

Critical

MS-EXC BER in the multiplex section is over high. Optical signals are improperly transmitted. The performance of the local card is bad.

Major

MS-AIS Multiplex section alarm LED

Alarm signals are inserted in the optical signals sent by the

peer device. The peer device is a regenerator and receives LOS, LOF, or

OOF alarms.

Minor

HP-LOM Higher-order Path (HP) Loss of Multiframe (LOM) alarm

Services are improperly configured. Byte H4 is lost or incorrect.

Critical

HP-TIM HP Trace byte (J1) mismatch alarm

The received HPtrace byte of the local device and the sent

HP trace byte of the peer device are inconsistent. Services are improperly configured.

Critical

HP-PLM HP signal marking byte (C2) mismatch alarm

The received signal marking byte of the local device and the

sent signal marking byte of the peer device are inconsistent. Services are improperly configured.

Critical

TU-AIS Services are improperly configured. The channel of the peer device fails. Higher-level alarms, such as R-LOS, trigger the alarm. The cross-connection card fails, SDH data received from the

backplane is incorrect.

Minor

TU-LOP The interface between the tributary card and the cross-

connection card fails. Services are improperly configured.

Critical

LP-TIM The Lower-order Path (LP) trace identifiers of the local

device and the peer device are inconsistent. Services are improperly configured.

Critical

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Table 6-8 lists specifications of the OPCOM3500E-2STM1/4-M.

Table 6-8 Specifications of the OPCOM3500E-2STM1/4-M

Parameter Value


Weight < 0.5 kg

Maximum power

consumption

12 W

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6.2 iTN2100-4STM1-M


Appearance Function

The iTN2100-4STM1-M provides the following functions:

Provide 4 SFP optical interfaces and the interface rate is configured to

STM-1. Provide card-level hot backup of two optical aggregation cards. If one

fails, the other can still enable the system to work properly. Support hybrid insertion with the OPCOM3500E-2STM1/4-M. An aggregation card can provide MSP and channel protection. The

protection switching time is smaller than 50ms. Support point-to-point, link, and ring network topology. Support inter-card protection for tributary cards. Support VC4/VC3/VC12 level cross connection, realizing 18×18 VC4,

54×54 VC3, and 1134×1134 VC12 cross connection. Support SDH line clock, external clock, and crystal oscillator as clock

source of the iTN2100. These sources provide protection by priority or

by clock quality. The card provides 2 Mbit/s or 2 MHz external clock

interface, complying with the ITU-T G.813 recommendations. The 2

Mbit/s or 2 MHz external clock module can be purchased

independently. Provide Digital Diagnostics Monitoring (DDM) for optical modules. Provide Automatic Laser Shutdown (ALS) for optical modules. Provide E1 Bit Error Rate Tester (BERT). Support Loss of Power detection alarm for remote devices. Provide ECC in-band network management channel with 3/9/12 byte. Provide complete alarm and performance monitoring. Provide 4 VCCs. Provide hot swapping.

6.2.2 Slots

The iTN2100-4STM1-M can be inserted into slots 6 and 7 on the iTN2100.

Raisecom




6.2.3 Interfaces

Interface types

There are 7 interfaces on the iTN2100-4STM1-M panel, as shown in Table 6-9.

Table 6-9 Interfaces on the iTN2100-4STM1-M panel



1, 2,3, 4 SFP optical

interface









Table 6-10 lists parameters of interfaces 1 2, 3, and 4 on the iTN2100-4STM1-M.

Table 6-10 Parameters of interfaces 1, 2, 3, and 4 on the iTN2100-4STM1-M


Optical module SFP

Interface rate STM-1

Coding scheme NRZ



recommendations.


Table 6-11 and Table 6-12 list parameters of SYNC-RX/SYNC-TX clock interfaces on the

iTN2100-4STM1-M.

Table 6-11 Parameters of 2 Mbit/s clock interface on the iTN2100-4STM1-M



Raisecom








Table 6-12 Parameters of the 2 MHz clock interface the iTN2100-4STM1-M






6.2.4 LEDs

There are 12 LEDs on the iTN2100-4STM1-M panel, as listed in Table 6-13.

Table 6-13 LEDs on the iTN2100-4STM1-M









Green: the card is a master card or only this aggregation

card is inserted into the chassis. Off: the card is a backup aggregation card.

LOF (1, 2, 3, 4) Red LOF alarm LED



interfaces.

Raisecom





LOS (1, 2, 3, 4) Red LOS alarm LED



interfaces.

6.2.5 Alarms

Table 6-14 lists alarms of the iTN2100-4STM1-M.

Table 6-14 Alarms of the iTN2100-4STM1-M

Alarm Cause Level


Critical

RS-LOF The Tx clock of the peer device fails. Optical signals do not match. The local Rx reference clock fails.

Critical

RS-TIM The received trace byte of the local device and the sent trace

byte of the peer device are inconsistent. Services are improperly configured.

Critical


AIS, R-LOS, or R-LOF alarms. Services are improperly configured. The peer device sends AU-AIS alarms. The Tx part of the peer device or the Rx part of the local

device fails.

Minor


Critical


Major




OOF alarms.

Minor

HP-LOM HP Loss of Multiframe (LOM) alarm


Critical

HP-TIM HP Trace byte (J1) mismatch alarm

The received HP trace byte of the local device and the sent

HP trace byte of the peer device are inconsistent. Services are improperly configured.

Critical

Raisecom




Alarm Cause Level

HP-PLM HP signal marking byte (C2) mismatch alarm

The received signal marking byte of the local device and the


Critical

TU-AIS Services are improperly configured. The channel of the peer device fails. Higher-level alarms, such as R-LOS, trigger the alarm. The cross-connection card fails; SDH data received from the

backplane is incorrect.

Minor



Critical

LP-TIM The LP trace identifiers of the local device and the peer

device are inconsistent. Services are improperly configured.

Critical


Table 6-15 lists specifications of the iTN2100-4STM1-M.

Table 6-15 Specifications of the iTN2100-4STM1-M

Parameter Value


Weight < 0.49 kg

Maximum power

consumption

13 W

Raisecom




6.3 iTN2100-2STM16-M


Appearance Function

The iTN2100-2STM16-M is a 2.5G aggregation card specialized for the

iTN2100.

Provide 2 SFP optical interfaces; support DDM and ALS. Support 1+1 protection between aggregation cards. Support 1+1 SNCP. Support VC4/VC3/VC12 level SNCP. Support interface protection. The STM-16 interface can be configured

to work in independent mode or protected mode. Support 1+1 linear MSP (single-end protection but not dual-end

protection) and VC4/VC3/VC12 channel protection in protected mode. The protection switching time is smaller than 50ms. When slot 6/slot 7 is inserted with the iTN2100-2STM16-M and when

slots 1–5 and 8–12 are inserted with common service cards, each slot

supports one VC4 being connected uplink to the aggregation card.

When slot 6/slot 7 is inserted with the iTN2100-2STM16-M and when

slots 2–5 are inserted with high-bandwidth cards, each slot supports

four VC4 being connected uplink to the aggregation card. Support VC4/VC3/VC12 level cross connection. The overall chassis

supports up to 118×118 VC4 cross connection. The LP supports

4032×4032 VC12 cross connection. Support monitoring SDH Regeneration Section (RS), Multiplex

Section (MS), HP, and LP overhead bytes. Support internal loopback and external loopback on the SDH interface. Support VC4/VC3/VC12 level timeslot loopback. Support 2 STM-16 line clocks, one 2 Mbit/s or 2 MHz input clock,

local clock; support free-run mode, locked mode, and holdover mode

of clocks; support SSM protocol and extended SSM protocol. Support 2 Mbit/s or 2 MHz external clock output (either system clock

or exported clock). Support one-way E1 BERT. Support LPR detection when being connected with Raisecom STM-16

devices. Support 4 VCCs and 2 DCCs. VCCs use VC12 to transmit network

management information while DCCs use DCC 3/9/12 byte to transmit

network management information. Support smoothly upgrading the OPCOM3500E-2STM1/4-M to the

iTN2100-2STM16-M without disturbing services. Support storing and querying default information about the device. Support version information about the device; support testing the

temperature of the kernel chip of the card. Support complete alarm and performance statistics. Support upgrading and backing up the system software, Bootrom

software, and FPGA software online. Implement point-to-point, link, and ring network topologies.

Raisecom




6.3.2 Slots

The iTN2100-2STM16-M can be inserted into slots 6 and 7 on the iTN2100. In addition, slots

6 and 7 support being inserted with the same cards only. They do not support being inserted

with different cards.

6.3.3 Interfaces

Interface types

There are 5 interfaces on the iTN2100-2STM16-M panel, as shown in Table 6-16.

Table 6-16 Interfaces on the iTN2100-2STM16-M panel



1, 2 SFP optical

interface









Table 6-17 lists parameters of SFP optical interfaces on the iTN2100-2STM16-M.

Table 6-17 Parameters of SFP optical interfaces on the iTN2100-2STM16-M


Optical module type DSFP, USFP, or CSFP

Interface rate 2488.32 Mbit/s

Coding scheme NRZ


Clock features Comply with ITU-T G.813 recommendations.


recommendations.

Optical interface features Comply with ITU-T G.957 recommendations. Specific

metrics are provided by the inserted SFP module. For

details, see DSFP User Manual, USFP User Manual, and CSFP User Manual.

Raisecom




Table 6-18 and Table 6-19 list parameters of SYNC-RX/SYNC-TX clock interfaces on the

iTN2100-2STM16-M.

Table 6-18 Parameters of 2 Mbit/s clock interface on the iTN2100-2STM16-M






Table 6-19 Parameters of 2 MHz clock interface on the iTN2100-2STM16-M






6.3.4 LEDs

There are 8 LEDs on the iTN2100-2STM16-M panel, as listed in Table 6-20.

Table 6-20 LEDs on the iTN2100-2STM16-M









Green: the card is a master card or only this aggregation card is

inserted into the chassis. Off: the card is a backup aggregation card.

Raisecom






Red: LOF alarms are generated on optical interfaces. Off: no LOF alarms are generated on optical interfaces.


Red: LOS alarms are generated on optical interfaces. Off: no LOS alarms are generated on optical interfaces.

6.3.5 Logic diagram

Figure 6-1 shows the logic diagram of the iTN2100-2STM16-M.

Figure 6-1 Logic diagram of the iTN2100-2STM16-M

The iTN2100-2STM16-M consists of the management control module, SDH service module,

logic control module, and clock module. These modules work as below:

Management control module: exchange network management information with the NMS card; manage and control cooperation of other modules.

SDH service module: process SDH services of interfaces and tributary cards; process SDH clocks.

Raisecom




Logic control module: collect status information and configurations of slots and optical

modules; re-configure cards; realize bus deserialization of service data; process SDH section overheads.

Clock module: when the iTN2100-2STM16-M is a master aggregation card, receive the

line clock, external clock, and local crystal oscillator of the master aggregation card, as

well as receive the line clock and external clock of the secondary aggregation card;

select the clock source from received clock sources; synchronize clocks; send the clock source.

The iTN2100-2STM16-M processes services as below:

Line side to the client side: STM16 optical signals enter the SDH service module and are

transmitted to SDH service cards through the backplane after being processed.

Client side to the line side: SDH signals, from the backplane, enter the SDH service

module, are aggregated to STM16 optical signals, and are transmitted through SFP optical interfaces on the front panel.


Table 6-21 lists specifications of the iTN2100-2STM16-M.

Table 6-21 Specifications of the iTN2100-2STM16-M

Parameter Value


Weight < 0.53 kg

Maximum power

consumption

18 W

Raisecom

iTN2100 (P100R002) Hardware Description 7 SDH tributary cards



7 SDH tributary cards

This chapter describes the SDH tributary cards of the iTN2100, including the following

sections:

OPCOM3500E-STM1-S

OPCOM3500E-4STM1-S

iTN2100-4STM4-S

OPCOM3500E-BSSH

Raisecom




7.1 OPCOM3500E-STM1-S


Appearance Function

The OPCOM3500E-STM1-S is an optical SDH tributary card on the

iTN2100, with two versions: B and C.

Support SFP connectors for connecting fiber. Provide two SDH STM1 optical interfaces and support VC12 and VC3.

They support up to 63 VC12 channels if these two SDH STM1 optical

interfaces are independent. These two SDH STM1 optical interfaces support 1+1 dual-optical

interface protection, thus supporting inter-card protection if supported

by the optical SDH aggregation card on the iTN2100. Support MSP and channel protection. DCCs support three modes: D1-D3, D4-D12, and D1-D12. This is

supported by Version C only. The SDH optical interface supports local internal loopback and local

external loopback. Support ALS. Support LPR alarms on the remote device (if the remote device

supports LPR alarms). Support hot swapping.

The left is the OPCOM3500E-STM1-S panel (versions B) and the right is the OPCOM3500E-STM1-S panel (version C).

7.1.2 Slots

The OPCOM3500E-STM1-S can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




7.1.3 Interfaces

Interface types

There are two interfaces on the OPCOM3500E-STM1-S panel, as listed in Table 7-1 and

Table 7-2.

Table 7-1 Interfaces on the OPCOM3500E-STM1-S (Versions B)


A, B 1×9 optical interface Service uplink interface Tx indicates the sending interface and Rx indicates

the receiving interface.

Table 7-2 Interfaces on the OPCOM3500E-STM1-S (Version C)


1, 2 SFP optical interface Service uplink interface Tx indicates the sending interface and Rx



Table 7-3 lists parameters of interfaces A and B on the OPCOM3500E-STM1-S (Versions B).

Table 7-3 Parameters of interfaces A and B on the OPCOM3500E-STM1-S (Versions B)


Optical module type 1×9 optical module


Coding scheme NRZ



recommendations.


Table 7-4 lists parameters of interfaces 1 and 2 on the OPCOM3500E-STM1-S (Version C).

Table 7-4 Parameters of interfaces 1 and 2 on the OPCOM3500E-STM1-S (Version C)


Optical module type SFP optical module

Raisecom






Coding scheme NRZ



recommendations.


7.1.4 LEDs

There are eight LEDs on the OPCOM3500E-STM1-S (Versions B) panel, as listed in Table 7-

5.

Table 7-5 LEDs on the OPCOM3500E-STM1-S (Versions B) panel








ALM Red Alarm LED

Red: MS-AIS, MS-EXC, AU-AIS, or AU-LOP alarms

are generated. Off: no MS-AIS, MS-EXC, AU-AIS, or AU-LOP

alarms are generated.

LOF (A, B) Red LOF alarm LED



interfaces.

LOS (A, B) Red LOS alarm LED



interfaces.

There are six LEDs on the OPCOM3500E-STM1-S (Version C) panel, as listed in Table 7-6.

Raisecom




Table 7-6 LEDs on the OPCOM3500E-STM1-S (Version C) panel







Red: LOF alarms are generated on optical interfaces 1 and 2. Off: no LOF alarms are generated on optical interfaces 1 and 2.


Red: LOS alarms are generated on optical interfaces 1 and 2. Off: no LOS alarms are generated on optical interfaces 1 and 2.

7.1.5 Alarms

Table 7-7 lists alarms of the OPCOM3500E-STM1-S.

Table 7-7 Alarms of the OPCOM3500E-STM1-S

Alarm Cause Level

LOS alarm on the

STM1 optical interface

Attenuation of received signals is over great. The peer sender fails. The connector of fiber is dirty or improperly connected. The local receiver fails.

Critical

LOF alarm on the

STM1 optical

interface

The Tx clock of the peer device fails. Optical signals do not match. The local receiving referential clock fails.

Critical

AU-AIS, AU-LOP The optical signals sent by the peer device is faulty and

the right pointer cannot be obtained.

Critical

haMS-EXC BER in the multiplex section is over high. Optical signals are improperly transmitted. The performance of the local card is bad.

Critical


Alarm signals are inserted in the optical signals sent by

the peer device. The peer device is a regenerator and receives LOS,

LOF, or OOF alarms.

Minor


Table 7-8 lists specifications of the OPCOM3500E-STM1-S.

Raisecom




Table 7-8 Specifications of the OPCOM3500E-STM1-S

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

3 W

Raisecom




7.2 OPCOM3500E-4STM1-S


Appearance Function

The OPCOM3500E-4STM1-S is a STM-1 tributary card on the iTN2100.

Provide 4 STM-1 interfaces (SFP optical interfaces), through which it

can be connected to up to 4 OPCOM31xx series devices. Provide high-density interfaces, and thus is of high access ability. The STM-1 optical interface can be configured to independent mode or

1+1 linear MSP mode. When configured to the later, interfaces 1 and 2

protect each other, and interfaces 3 and 4 protect each other. Support low order path 1+1 protection. When two OPCOM3500E-4STM1-S cards are installed, they support

inter-card 1+1 protection. Support the in-band and out-of-band network management. The in-band

network management transmits network management information

through VC12. The out-of-band network management transmits network

management information by occupying DCC bytes. The bandwidth of network management channel can be configured to192

kbit/s, 576 kbit/s, and 768 kbit/s. Support remote LPR detection when being connected to Raisecom STM-

1 supportive devices. Support complete alarm and performance monitoring. Support SFP module DDM. Support ALS. Support online software upgrade over local and remote devices. Support hot swapping.

7.2.2 Slots

The OPCOM3500E-4STM1-S can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




7.2.3 Interfaces

Interface types

There are five interfaces on the OPCOM3500E-4STM1-S panel, as listed in Table 7-9.

Table 7-9 Interfaces on the OPCOM3500E-4STM1-S panel



1–4 SFP optical

interface

Service downlink interface Each optical interface can transmit a way of SDH

services. Tx indicates the sending interface and Rx indicates the

receiving interface.


Table 7-10 lists parameters of interfaces 1–4 on the OPCOM3500E-4STM1-S.

Table 7-10 Parameters of interfaces 1–4 on the OPCOM3500E-4STM1-S


Connector type SFP optical interface


Coding scheme NRZ




Jitter features Comply with ITU-T G.783 and ITU-T G.825 recommendations.

7.2.4 LEDs

There are 10 LEDs on the OPCOM3500E-4STM1-S panel, as listed in Table 7-11.

Table 7-11 LEDs on the OPCOM3500E-4STM1-S panel




Raisecom







LOF (1–4) Red LOF alarm LED

Red: input LOF alarms are generated on related optical

interfaces. Off: no input LOF alarms are generated on related

optical interfaces.

LOS (1–4) Red LOS alarm LED

Red: input LOS alarms are generated on related optical

interfaces. Off: no input LOS alarms are generated on related

optical interfaces.

7.2.5 Alarms

Table 7-12 lists alarms of the OPCOM3500E-4STM1-S.

Table 7-12 Alarms of the OPCOM3500E-4STM1-S

Alarm Cause Level


Critical

RS-LOF The Tx clock of the peer device fails. Optical signals do not match. The local receiving referential clock fails.

Critical

RS-TIM The received trace byte of the local device and the sent

trace byte of the peer device are inconsistent. Services are improperly configured.

Critical


AIS, R-LOS, R-LOF alarms. Services are improperly configured. The peer device sends AU-AIS alarms. The Tx part of the peer device or the Rx part of the local

device fails.

Minor


Critical


Major

Raisecom




Alarm Cause Level




OOF alarms.

Minor



Critical

HP-TIM The received channel trace byte of the local device and the

sent channel trace byte of the peer device are inconsistent. Services are improperly configured.

Critical

HP-PLM The received signal marking byte of the local device and the


Critical

TU-AIS Services are improperly configured. The channel of the peer device fails. HP alarms, such as R-LOS, trigger the alarm. The cross-connection card fails.

Minor



Critical



Critical


Table 7-13 lists specifications of the OPCOM3500E-4STM1-S.

Table 7-13 Specifications of the OPCOM3500E-4STM1-S

Parameter Value


Weight 0.45 kg

Maximum power

consumption

8.4 W

Raisecom




7.3 iTN2100-4STM4-S


Appearance Function

The iTN2100-4STM4-S is a STM-4 tributary card used for the

iTN2100.

Provide 4 STM-4 interfaces (SFP optical interfaces), through which it

can be connected to up to 4 MASP devices or SDH multiplexer with

STM4 optical interfaces. Provide high-density interfaces, and thus is of high access ability. The STM-4 interface can be configured to independent mode or 1+1

linear MSP mode. When configured to the later, interfaces 1 and 2

protect each other, and interfaces 3 and 4 protect each other. Support low order path 1+1 protection. When two iTN2100-4STM4-S cards are installed, they support inter-

card 1+1 protection. Support in-band and out-of-band network management. The in-band

network management transmits network management information

through VC12. The out-of-band network management transmits

network management information by occupying DCC bytes. The bandwidth of network management channel can be configured

to192 kbit/s, 576 kbit/s, and 768 kbit/s. Support remote LPR detection when being connected to raisecom

STM-4 supportive devices. Support complete alarm and performance monitoring. Support DDM of the SFP module. Support ALS. Support online software upgrade over local and remote devices. Support hot swapping.

Raisecom




7.3.2 Slots

The iTN2100-4STM4-S can be inserted into slot 2 and slot 4 when working with the

OPCO3500E-2STM1/4-M. The iTN2100-4STM4-S can be inserted into slot 2, slot 3, slot 4,

and slot 5 when working with the iTN2100-2STM16-M.

7.3.3 Interfaces

Interface types

There are five interfaces on the iTN2100-4STM4-S panel, as listed in Table 7-14.

Table 7-14 Interfaces on the iTN2100-4STM4-S panel



1–4 SFP optical

interface

Service downlink interface Each optical interface can transmit a way of SDH

services. Tx indicates the sending interface and Rx indicates the

receiving interface.


Table 7-15 lists parameters of interfaces 1–4 on the iTN2100-4STM4-S.

Table 7-15 Parameters of interfaces 1–4 on the iTN2100-4STM4-S




Coding scheme NRZ





7.3.4 LEDs

There are 10 LEDs on the iTN2100-4STM4-S panel, as listed in Table 7-16.

Raisecom




Table 7-16 LEDs on the iTN2100-4STM4-S panel







Red: input LOF alarms are generated on related optical

interfaces. Off: no input LOF alarms are generated on related

optical interfaces.


Red: input LOS alarms are generated on related optical

interfaces. Off: no input LOS alarms are generated on related

optical interfaces.

7.3.5 Alarms

Table 7-17 lists alarms of the iTN2100-4STM4-S.

Table 7-17 Alarms of the iTN2100-4STM4-S

Alarm Cause Level


Critical


Critical

RS-TIM The received trace byte of the local device and the sent

trace byte of the peer device are inconsistent. Services are improperly configured.

Critical


AIS, R-LOS, R-LOF alarms. Services are improperly configured. The peer device sends AU-AIS alarms. The Tx part of the peer device or the Rx part of the local

device fails.

Minor


Critical


Major

Raisecom




Alarm Cause Level




OOF alarms.

Minor



Critical

HP-TIM The received channel trace byte of the local device and the

sent channel trace byte of the peer device are inconsistent. Services are improperly configured.

Critical

HP-PLM The received signal marking byte of the local device and the


Critical


Minor



Critical



Critical


Table 7-18 lists specifications of the iTN2100-4STM4-S.

Table 7-18 Specifications of the iTN2100-4STM4-S

Parameter Value


Weight 0.45 kg

Maximum power

consumption

8.4 W

Raisecom




7.4 OPCOM3500E-BSSH


Appearance Function

The OPCOM3500E-BSSH is an optical SDH tributary card on the

iTN2100.

Support SFP connectors for connecting to the fiber. Provide 2 SDH STM1 optical interfaces and support VC12 and VC3.

They support up to 63 VC12 channels if these two SDH STM1 optical

interfaces are independent. These two SDH STM1 optical interfaces provide 1+1 dual-optical

interface protection, thus they support inter-card protection if

supported by the optical SDH aggregation card on the iTN2100. Support MSP and channel protection. The SDH optical interface supports local internal loopback and local

external loopback. Support ALS. Support LPR alarms on the remote device (if the remote device

supports LPR alarms). Support hot swapping.

7.4.2 Slots

The OPCOM3500E-BSSH can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




7.4.3 Interfaces

Interface types

Table 7-19 lists two interfaces on the OPCOM3500E-BSSH panel.

Table 7-19 Interfaces on the OPCOM3500E-BSSH


A, B SFP optical interface Service uplink interface Tx indicates the sending interface and Rx



Table 7-20 lists parameters of interfaces A and B on the OPCOM3500E-BSSH.

Table 7-20 Parameters of interfaces A and B on the OPCOM3500E-BSSH


Optical module type SFP optical module


Coding scheme NRZ



recommendations.


7.4.4 LEDs

Table 7-21 lists LEDs on the OPCOM3500E-BSSH panel.

Table 7-21 LEDs on the OPCOM3500E-BSSH panel






Raisecom





LOF (A, B) Red LOF alarm LED



interfaces.

LOS (A, B) Red LOS alarm LED



interfaces.

7.4.5 Alarms

Table 7-22 lists alarms of the OPCOM3500E-BSSH.

Table 7-22 Alarms of the OPCOM3500E-BSSH

Alarm Cause Level

LOS alarm on the


Attenuation of received signals is over great. The peer sender fails. The connector of fiber is dirty or improperly connected. The local receiver fails.

Critical

LOF alarm on the


The Tx clock of the peer device fails. Optical signals do not match. The local receiving referential clock fails.

Critical

AU-AIS, AU-LOP The optical signals sent by the peer device is faulty and

the right pointer cannot be obtained.

Critical


Critical


Alarm signals are inserted in the optical signals sent by

the peer device. The peer device is a regenerator and receives LOS,

LOF, or OOF alarms.

Minor


Table 7-23 lists specifications of the OPCOM3500E-BSSH.

Table 7-23 Specifications of the OPCOM3500E-BSSH

Parameter Value


Raisecom




Parameter Value

Weight < 0.45 kg

Maximum power

consumption

3 W

Raisecom

iTN2100 (P100R002) Hardware Description 8 Ethernet aggregation cards



8 Ethernet aggregation cards

This chapter describes the Ethernet aggregation card of the iTN2100, including the following

section:

iTN2100-NTU-4GF

iTN2100-NTU-4XG

Raisecom




8.1 iTN2100-NTU-4GF


Appearance Function

The iTN2100-NTU-4GF is a 1000 Mbit/s Ethernet aggregation card

used by the iTN2100. It has complete Multi-Protocol Label Switching-Transport Profile (MPLS-TP) networking capability.

The iTN2100-NTU-4GF is mainly used for the Packet Transport

Network (PTN). As the uplink card of the iTN2100-2IGC, iTN2100-

TSU, iTN2100-16GF, iTN2100-8FX, and iTN2100-CES-16E1T1-BL

service cards, the iTN2100-NTU-4GF forms a system-level MPLS-TP

networking scheme. It provides seamless communication with the

MPLS/PTN, meeting entrance test requirements of the Ministry of

Industry and Information Technology of the People's Republic of

China. Cooperating with the iTN remote devices, the iTN2100-NTU-4GF

provides a complete intelligent access solution. Support card-level protection and GE interface link aggregation

between two cards. Support master and secondary protection switching between two cards. Support hot swapping, High Availability (HA), and hot backup. Support 4 MPLS services: static Label Switching Path (LSP), Tunnel,

Pseudo-Wire Emulation Edge to Edge (PWE3), and Virtual Private

LAN Service (VPLS). Support 802.3ah, 802.1ag, Y.1731, MPLS-TP OAM, APS protocols,

Ethernet link-level, Ethernet service-level, and LSP-level connectivity

and performance detection, and LSP protection. Support Ethernet services, including Virtual Local Area Network

(VLAN), Medium Access Control (MAC) address table, QinQ, and

Ethernet protocols such as STP, G.8031, LLDP, and LACP. Support configuring the static IP address on the virtual interface to

manage the IP address of the managed device. Support simple static IP routing and DHCP. Support simple traffic classification, ACL, CAR, and queue

scheduling. TDM services support TDM accessing PWE3. Support Ethernet clock, CES clock, and 1588 V2 time

synchronization.

Functions realized by the iTN2100-NTU-4GF and other service cards

are shown as below:

The iTN2100-NTU-4GF and the iTN2100-8FX, iTN2100-16GF, or

iTN2100-2IGC work together to make the iTN2100 system realize

MPLS-based Ethernet leased services, providing end-to-end protection

and OAM. The iTN2100-NTU-4GF and the iTN2100-CES-16E1T1-BL work

together to make the iTN2100 system realize MPLS-based TDM

emulation services, providing end-to-end protection and OAM. The iTN2100-NTU-4GF and the iTN2100-TSU work together to carry

services of 2G and 3G base stations , supporting synchronous Ethernet

and CES service clock recovery.

Raisecom




8.1.2 Slots

The iTN2100-NTU-4GF can be inserted into slots 9 and 10 on the iTN2100.

8.1.3 Interfaces

Interface types

There are 7 interfaces on the iTN2100-NTU-4GF panel, as listed in Table 8-1.

Table 8-1 Interfaces on the iTN2100-NTU-4GF panel



1–4 SFP optical interface Service uplink interface

SYNC-RX CC3 male connector BITS clock input

SYNC-TX CC3 male connector BITS clock output


Table 8-2 lists parameters of interfaces 1–4 on the iTN2100-NTU-4GF.

Table 8-2 Parameters of interfaces 1–4 on the iTN2100-NTU-4GF


Connector type SFP (LC/PC)

Coding scheme 8B/10B

Transmission rate 1.25 Gbit/s

Working mode Full duplex

MTU 13 Kbytes

Supported frame format Ethernet-II Ethernet-SAP Ethernet-SNAP

Supported network protocol IP

Compliance standard IEEE 802.3

Supported optical modules 100BASE-FX SFP 1000BASE-X SFP 1000BASE-T SFP 10/100/1000BASE-T SFP

Raisecom




8.1.4 LEDs

There are 11 LEDs on the iTN2100-NTU-4GF, as listed in Table 8-3.

Table 8-3 LEDs on the iTN2100-NTU-4GF







Green: the card is primary. Off: the card is slave.

1000M

(1–4)

Green SFP optical interface 1000 Mbit/s LED

Green: the Ethernet rate is 1000 Mbit/s. Off: the Ethernet rate is 100 Mbit/s or the connection fails.

LNK/ACT

(1–4)

Green SFP optical interface working LED

Green: the SFP optical interface is properly connected. Off: the SFP optical interface is improperly connected or

disconnected. Blinking green: the SFP optical interface is receiving or

sending data.


Table 8-4 lists specifications of the iTN2100-NTU-4GF.

Table 8-4 Specifications of the iTN2100-NTU-4GF

Parameter Value


Weight 0.52 kg

Maximum power

consumption

26 W

Raisecom




8.2 iTN2100-NTU-4XG


Appearance Function

The iTN2100-NTU-4XG is a 10GE aggregation card used by the

iTN2100. It has complete 10GE networking capability, supports

complete Telecom-grade Ethernet features and MPLS-TP networking scheme.

The iTN2100-NTU-4XG is mainly used for the PTN. As the uplink card

of the iTN2100-2IGC, iTN2100-TSU, iTN2100-16GF, and iTN2100-

CES-16E1T1-BL service cards, the iTN2100-NTU-4XG forms a system-

level MPLS-TP networking scheme. It provides seamless

communication with the MPLS/PTN and a dual-network and dual-core

solution for users, meeting requirements of big customer leased services.

Provide four 10GE interfaces. Support master and secondary protection switching between two cards.

In protection status, each interface on the master and secondary cards

can transmit services independently. Support 4 MPLS services: static LSP, Tunnel, PWE3, and VPLS. Support 802.3ah, 802.1ag, Y.1731, MPLS-TP OAM, APS protocols. Support SLA, Ethernet link-level, Ethernet service-level, and LSP-

level connectivity and performance detection, and LSP protection. Support Ethernet services, including Virtual Local Area Network

(VLAN), Medium Access Control (MAC) address table, QinQ, and

Ethernet protocols such as STP, RSTP, MSTP, G.8031, LLDP, and

LACP. Support configuring the static IP address on the virtual interface to

manage the IP address of the managed device. Support simple static IP routing and DHCP. Support simple traffic classification, ACL, CAR, and queue

scheduling. Support Ethernet clock synchronization. Support 10GE ring network. Support hot swapping.

8.2.2 Slots

The iTN2100-NTU-4XG can be inserted into slots 9 and 10 on the iTN2100.

When the iTN2100-NTU-4XG is working, the FANS360 fan of the iTN2100 must be working too. Chassis matched for the iTN2100-NTU-4XG (C) is the iTN2100-12 (C.10) or later. Power cards matched for (or compatible with) are shown as below: Only the SUB-PWRII-AC (E.01 or later) and the SUB-PWRM-AC (A.01 or later)

AC power cards are available. No limitation is on the DC power card.

Raisecom




8.2.3 Interfaces

Interface types

There are 7 interfaces on the iTN2100-NTU-4XG panel, as listed in Table 8-5.

Table 8-5 Interfaces on the iTN2100-NTU-4XG panel



1–2 XFP optical interface Service uplink interface

3–4 XFP optical interface Service uplink interface

SYNC-RX CC3 male connector BITS clock input

SYNC-TX CC3 male connector BITS clock output


Table 8-6 lists parameters of XFP interfaces on the iTN2100-NTU-4XG.

Table 8-6 Parameters of XFP interfaces on the iTN2100-NTU-4XG


Connector type XFP (LC/PC)




MTU 13 Kbytes



Compliance standard IEEE 802.3ae

Supported optical modules 10GBASE-SR XFP 10GBASE-LR XFP 10GBASE-ER XFP 10GBASE-ZR XFP

8.2.4 LEDs

There are 9 LEDs on the iTN2100-NTU-4XG, as listed in Table 8-7.

Raisecom




Table 8-7 LEDs on the iTN2100-NTU-4XG








1000M

(3–4)



LNK/ACT

(1–4)

Green Optical interface working LED

Green: the optical interface is properly connected. Off: the optical interface is improperly connected or

disconnected. Blinking green: the optical interface is receiving or sending

data.


Table 8-8 lists specifications of the iTN2100-NTU-4XG.

Table 8-8 Specifications of the iTN2100-NTU-4XG

Parameter Value


Weight 0.54 kg

Maximum power

consumption

44 W

Raisecom

iTN2100 (P100R002) Hardware Description 9 Ethernet switching card



9 Ethernet switching card

This chapter describes the Ethernet switching card on the iTN2100, including the following

section:

iTN2100-PTU-4GE

9.1 iTN2100-PTU-4GE


Appearance Function

The iTN2100-PTU-4GE is an Ethernet switching card to implement uplink

GE service switching on the iTN2100.

Support card-level protection and GE interface link aggregation between

two cards. Support master and secondary protection switching between two cards. Support 24 GE switching capacity. Support 802.1Q VLAN, Double TAG, ACL, QoS, storm control, rate

limiting, mirroring, link aggregation, Layer 2 protocol transparent

transmission, loop detection, etc. Support IEEE 802.1ag and ITU-Y.1731. Support GE ring network. Support IEEE 802.3ah OAM. Support Layer 2 SLA. Support Ethernet line protection according to ITU-T G.8031. Support Ethernet ring network protection according to ITU-T G.8032. Support statistics, historical configuration statistics, and historical statistics

through RMON. Support DDM for the SFP module. Support hot swapping.

9.1.2 Slots

The iTN2100-PTU-4GE can be inserted into slots 9 and 10 on the iTN2100. If you use only one iTN2100-PTU-4GE, you must plug it into slot 9.

Raisecom




9.1.3 Interfaces

Interface types

There are seven interfaces on the iTN2100-PTU-4GE panel, as listed in Table 9-1.

Table 9-1 Interfaces on the iTN2100-PTU-4GE panel



1–4 SFP optical

interface

Service uplink interface Tx indicates the sending interface and Rx


SYNC-RX CC3 male connector Reserved

SYNC-TX CC3 male connector Reserved


Table 9-2 lists parameters of interfaces 1–4 on the iTN2100-PTU-4GE.

Table 9-2 Parameters of interfaces 1–4 on the iTN2100-PTU-4GE






MTU 1522–13312 Bytes, configurable



Compliance standard IEEE 802.3

Supported optical modules Interfaces 1 and 2: 1000BASE-X SFP and

1000BASE-T SFP Interface 3 and 4: 1000BASE-X SFP, 1000BASE-T

SFP, and 10/100/1000BASE-T SFP

9.1.4 LEDs

There are 11 LEDs on the iTN2100-PTU-4GE, as listed in Table 9-3.

Raisecom




Table 9-3 LEDs on the iTN2100-PTU-4GE panel








1000M

(1–4)



LNK/ACT

(1–4)


Green: the SFP optical interface is properly connected. Off: the SFP optical interface is improperly connected or

disconnected. Blinking green: the SFP optical interface is receiving or

sending data.


Table 9-4 lists specifications of the iTN2100-PTU-4GE.

Table 9-4 Specifications of the iTN2100-PTU-4GE

Parameter Value


Weight ≤ 0.49 kg

Maximum power

consumption

20 W

Raisecom

iTN2100 (P100R002) Hardware Description 10 Ethernet access cards



10 Ethernet access cards

This chapter describes Ethernet access cards of the iTN2100, including the following

sections:

iTN2100-16GF

iTN2100-8GE

iTN2100-8GF

iTN2100-16FX

iTN2100-8FX

iTN2100-2IGC

OPCOM3500E-4FX

OPCOM3500E-8FX

Raisecom




10.1 iTN2100-16GF


Appearance Function

The iTN2100-16GF is an Ethernet access card used by the iTN2100. It

aggregates 16-way 1000 Mbit/s Ethernet services of the iTN2100.

Support up to 16 ways of GE services. Support 802.1Q VLAN, QinQ, ACL, QoS, storm control, rate limiting,

port mirroring, link aggregation, Layer 2 protocol transparent

transmission, and loop detection. Support IEEE 802.3ah OAM, IEEE 802.1ag, ITU-Y.1731, and

extended OAM. Support the GE ring. Support ITU-T G.8031 ELPS. Support ITU-T G.8032 ERPS. Support basic functions of MPLS-TP, static LSP configurations, and

128 bidirectional LSPs. Support L2VPN. Support ALS. Support ST, RSTP, and MSTP. Support synchronous Ethernet. Support RMON functions, such as the statistics table, historical

statistics configuration table, and historical statistics table. Support Two-channel compact Small Form-factor Pluggable

transceiver (TSFP) module DDM. Support hot swapping.

Raisecom




10.1.2 Slots

The iTN2100-16GF can be inserted into slots 1–5, slot 8, and slots 11–12 on the iTN2100.

When one of slots 9–10 is inserted with a switching card, the other slot can be inserted with

the iTN2100-16GF card.

10.1.3 Interfaces

Interface types

Table 10-1 lists interfaces on the iTN2100-16GF panel.

Table 10-1 Interfaces on the iTN2100-16GF panel



– SFP optical

interface

1000 Mbit/s optical interface. Each SFP optical

interface can transmit 2-way of Ethernet optical

signals. The device supports up to 16 ways of GE

services


Table 10-2 lists parameters of interfaces 1–16 of the iTN2100-16GF.

Table 10-2 Parameters of interfaces 1–16 of the iTN2100-16GF





Supported optical

modules

100BASE-FX SFP 1000BASE-X SFP TSFP-03/DS15-3 TSFP-Gb/DS14-3

Supported electrical

interface modules

1000 Mbit/s electrical module USFP-GE-xxR 10/100/1000 Mbit/s electrical module USFP-GE/AN-xxR

Table 10-3 lists properties of the TSFP module of the iTN2100-16GF.

Raisecom




Table 10-3 Properties of the TSFP module of the iTN2100-16GF

Model Wavelength (nm)

Laser type

Receiver type

Tx power (dBm)

Min. overload

point (dBm)

Extinction ratio

(dB)

Rx sensitivity

(dBm)

Transmission

distance (Km)

TSFP-

03/DS15-3

1550 (FP) PIN -10 to -3 -8 8.2 -28 15

TSFP-

Gb/DS14-3

1490 (DFB) PIN -10 to -3 -3 9 -21 15

Raisecom TSFP is called as Compact SFP (CSFP) in the industry. To differ from Raisecom CWDM SFP (CSFP) and highlight the feature of 2 channels, Raisecom names all Compact SFP as TSFP.

10.1.4 LEDs

There are 19 LEDs on the iTN2100-16GF panel, as listed in Table 10-4.

Table 10-4 LEDs on the iTN2100-16GF panel






LNK/ACT

(1–16)


Green: SFP optical interfaces 1–16 are properly connected. Off: SFP optical interfaces 1–16 are connected or

disconnected. Blinking green: SFP optical interfaces 1–16 are receiving or

sending data.

1000M Green SFP optical interface 1000 Mbit/s LED



Table 10-5 lists specifications of the iTN2100-16GF.

Raisecom




Table 10-5 Specifications of the iTN2100-16GF

Parameter Value


Weight 0.5 kg

Maximum power

consumption

30 W

Raisecom




10.2 iTN2100-8GE


Appearance Function

The iTN2100-8GE is an Ethernet access card used by the iTN2100. It

aggregates 8 ways of 1000 Mbit/s Ethernet services of the iTN2100.

Support up to 8 ways of GE services. Support 802.1Q VLAN, QinQ, ACL, QoS, storm control, rate

limiting, port mirroring, link aggregation, Layer 2 protocol

transparent transmission, and loop detection. Support IEEE 802.3ah, IEEE 802.1ag, ITU-Y.1731, and extended

OAM. Support the GE ring. Support SLA. Support ITU-T G.8031 ELPS. Support ITU-T G.8032 ERPS. Support basic functions of MPLS-TP, static LSP, and 128

bidirectional LSPs. Support L2VPN. Support STP, RSTP, and MSTP. Support synchronous Ethernet. Support RMON functions, such as the statistics table, historical

statistics configuration table, and historical statistics table. Support hot swapping.

Raisecom




10.2.2 Slots

The iTN2100-8GE can be inserted into slots 1–5, slot 8, and slots 11–12 on the iTN2100.

When slot 9 or slot 10 is inserted with an iTN2100-PTU-4GE or iTN2100-NTU-4GF card,

the other slot can be inserted with the iTN2100-8GF card.

10.2.3 Interfaces

Interface types

Table 10-6 lists interfaces on the iTN2100-8GE panel.

Table 10-6 Interfaces on the iTN2100-8GE panel



1–8 RJ45 10/10/1000 Mbit/s auto-negotiation electrical interface


Table 10-7 lists parameters of interfaces 1–8 of the iTN2100-8GE.

Table 10-7 Parameters of interfaces 1–8 of the iTN2100-8GE


Connector type RJ45

Interface rate 10/100/1000 Mbit/s auto-negotiation

Duplex mode Full duplex/Half duplex auto-negotiation

Support choosing full duplex or half duplex in non-auto-negotiation mode.

MTU 9600 bytes

Wiring Auto MDI/MDIX

Flow control Full duplex: IEEE 802.3x flow control Half duplex: back pressure flow control

Compliance standard IEEE802.3 IEEE802.3u IEEE802.3ab

10.2.4 LEDs

Table 10-8 lists LEDs on the iTN2100-8GE panel.

Raisecom




Table 10-8 LEDs on the iTN2100-8GE panel






LNK/ACT

(1–8)




sending data.


Green: the Ethernet rate is 1000 Mbit/s. Off: the Ethernet rate is 10/100 Mbit/s or the connection

fails.


Table 10-9 lists specifications of the iTN2100-8GE.

Table 10-9 Specifications of the iTN2100-8GE

Parameter Value


Weight 0.5 kg

Maximum power

consumption

28.7 W

Raisecom




10.3 iTN2100-8GF


Appearance Function

The iTN2100-8GF is an Ethernet access card used by the iTN2100. It




transmission, and loop detection. Support IEEE 802.3ah, IEEE 802.1ag, ITU-Y.1731, and extended

OAM. Support the GE ring. Support ALS. Support ITU-T G.8031 ELPS. Support ITU-T G.8032 ERPS. Support basic functions of MPLS-TP, static LSP configurations, and

128 bidirectional LSPs. Support L2VPN. Support STP, RSTP, and MSTP. Support synchronous Ethernet. Support RMON functions, such as the statistics table, historical

statistics configuration table, and historical statistics table. Support DDM for the TSFP module. Support hot swapping.

Raisecom




10.3.2 Slots

The iTN2100-8GF can be inserted into slots 1–5, slot 8, and slots 11–12 on the iTN2100.

When one of slots 9–10 is inserted with an iTN2100-PTU-4GE or iTN2100-NTU-4GF card,

the other slot can be inserted with the iTN2100-8GF card.

10.3.3 Interfaces

Interface types

Table 10-10 lists interfaces on the iTN2100-8GF panel.

Table 10-10 Interfaces on the iTN2100-8GF panel



– SFP optical

interface

1000 Mbit/s optical interface. Each SFP optical

interface can transmit 1way of Ethernet service. The device supports up to 8 ways of GE services.


Table 10-11 lists parameters of interfaces 1–8 of the iTN2100-8GF.

Table 10-11 Parameters of interfaces 1–8 of the iTN2100-8GF





Supported optical

modules

100BASE-FX SFP 1000BASE-X SFP TSFP-03/DS15-3 TSFP-Gb/DS14-3


interface modules


10.3.4 LEDs

Table 10-12 lists LEDs on the iTN2100-8GF panel.

Raisecom




Table 10-12 LEDs on the iTN2100-8GF panel






LNK/ACT

(1–8)




sending data.




Table 10-13 lists specifications of the iTN2100-8GF.

Table 10-13 Specifications of the iTN2100-8GF

Parameter Value


Weight 0.5 kg

Maximum power

consumption

26 W

Raisecom




10.4 iTN2100-16FX


Appearance Function

The iTN2100-16FX is an Ethernet access card used by the iTN2100. It




transmission, and loop detection. Support IEEE 802.3ah, IEEE 802.1ag, ITU-Y.1731, and extended

OAM. Support the FE ring. Support ALS. Support ITU-T G.8031 ELPS. Support ITU-T G.8032 ERPS. Support basic functions of MPLS-TP, static LSP configurations, and

128 bidirectional LSPs. Support L2VPN. Support STP, RSTP, and MSTP. Support synchronous Ethernet. Support RMON functions, such as the statistics table, historical

statistics configuration table, and historical statistics table. Support DDM for the TSFP module. Support hot swapping.

Raisecom




10.4.2 Slots

The iTN2100-16FX can be inserted into slots 1–5, slot 8, and slots 11–12 on the iTN2100.

When one of slots 9–10 is inserted with an iTN2100-PTU-4GE or iTN2100-NTU-4GF card,

the other slot can be inserted with the iTN2100-16FX card.

10.4.3 Interfaces

Interface types

Table 10-14 lists interfaces on the iTN2100-16FX panel.

Table 10-14 Interfaces on the iTN2100-16FX panel



– SFP optical

interface

100 Mbit/s optical interface. Each SFP optical interface

can transmit 2 ways of Ethernet services. The device supports up to 16 ways of FE services.


Table 10-15 lists parameters of interfaces 1–8 of the iTN2100-16FX.

Table 10-15 Parameters of interfaces 1–8 of the iTN2100-16FX




Transmission rate 100 Mbit/s

Supported optical

modules

100BASE-FX SFP TSFP-03/DS15-3

10.4.4 LEDs

Table 10-16 lists LEDs on the iTN2100-16FX panel.

Table 10-16 LEDs on the iTN2100-16FX panel




Raisecom







LNK/ACT

(1–16)




sending data.


Table 10-17 lists specifications of the iTN2100-16FX.

Table 10-17 Specifications of the iTN2100-16FX

Parameter Value


Weight 0.5 kg

Maximum power

consumption

28 W

Raisecom




10.5 iTN2100-8FX


Appearance Function

The iTN2100-8FX is an 8-way 100 Mbit/s Ethernet optical signal access card on the

iTN2100.

Aggregate 8 ways of Ethernet optical signals into one way of GE signals and then send

them to the switching card through the backplane. Meanwhile, it sends clock signals

sent from the switching card to the peer device (such as transceiver). Provide eight SFP optical interfaces and each of them can transmit one way of Ethernet

optical signals. Support cooperation with dual-switching card on the iTN2100. Provide the debugging interface. Support querying and viewing manufacturing information Support management and maintenance of the SFP optical modules. Support configuration and management of Ethernet optical interfaces. Support RCLINK (a remote device management protocol specially developed by

Raisecom) management of remote devices connected to the downlink of the Ethernet

optical interfaces. – Support remote management for Raisecom transceivers (which support remote

management). – Support remote management through 802.3ah Ethernet OAM.

Support Layer 2 switching functions, including: – Support MAC address automatical learning; support management of the MAC address

table, including adding, deleting, and querying MAC address table entries; support

configuring MAC address aging time; support configuring the number of MAC

addresses learnt by the interface. – Support jumbo frame. – Support storm control over broadcast packets, unknown multicast packets, and DLE

packets. – Support port mirroring. You can configure the ingress and egress directions

independently. – Support rate limiting on ports. You can limit the rate on ingress and egress directions

independently. – Support 802.1Q VLAN and 4094 concurrent VLANs. – Support QinQ. – Support Ethernet loop detection. – Support Ethernet link aggregation. – Support Layer 2 transparent transmission. – Support QoS. – Support Access Control List (ACL). – Support Layer 2 SLA.

Support RMON. Support CFM and Y.1731. Support saving and recovering configurations of a card, and preconfigurations of a card. Support online software upgrade for the card. Support hot swapping.

Raisecom




10.5.2 Slots

The iTN2100-8FX can be inserted into slots 1–5 and 8–12 on the iTN2100.

10.5.3 Interface

Interface type

Table 10-18 lists interfaces on the iTN2100-8FX panel.

Table 10-18 Interfaces on the iTN2100-8FX panel



1–8 SFP optical interface Each optical interface can transmit one way of

Ethernet optical signals.


Table 10-19 lists parameters of interfaces 1–8 of the iTN2100-8FX.

Table 10-19 Parameters of interfaces 1–8 of the iTN2100-8FX



Interface rate 100 Mbit/s


Compliance standard IEEE 802.3 IEEE 802.3u

Table 10-20 lists transmission parameters of optical interfaces 1–8 of the iTN2100-8FX.

Table 10-20 Transmission parameters of optical interfaces 1–8 of the iTN2100-8FX

Optical interface

Connector Working wavelength

(nm)

Transmit power (dB)

Receiver sensitivity

(dBm)

Light saturation

(dB)

Transmission distance (km)

Optical loss

(dB/km)

S1 DSC/PC 1310 -15 to -8 -34 -8 0–25 0.5

S2 DSC/PC 1310 -5 to 0 -34 -8 10–60 0.5

S3 DSC/PC 1550/DFB -5 to 0 -36 -10 15–120 0.25

SS13 SC/PC Tx: 1310 Rx: 1550

-12 to -3 -30 -8 0–25 0.5

Raisecom




Optical interface

Connector Working wavelength

(nm)

Transmit power (dB)

Receiver sensitivity

(dBm)

Light saturation

(dB)


Optical loss

(dB/km)

SS15 SC/PC Tx: 1550 Rx: 1310

-12 to -3 -30 -8 0–25 0.25

SS23 SC/PC Tx: 1310 Rx: 1550

-5 to 0 -32 -8 10–50 0.5

SS25 SC/PC Tx:1550 Rx:1310

-5 to 0 -32 -8 10–50 0.25

The transmission distance in Table 10-20 is the maximum transmission distance in typical fiber conditions. The actual transmission distance depends on the network.

10.5.4 LEDs

Table 10-21 lists LEDs on the iTN2100-8FX panel.

Table 10-21 LEDs on the iTN2100-8FX panel






LNK/ACT

(1–8)


Green: SFP optical interfaces 1–8 are properly

connected. Off: SFP optical interfaces 1–8 are connected or

disconnected. Blinking green: SFP optical interfaces 1–8 are receiving

or sending data.


Table 10-22 lists specifications of the iTN2100-8FX.

Table 10-22 Specifications of the iTN2100-8FX

Parameter Value


Weight 0.4 kg

Raisecom




Parameter Value

Maximum power

consumption

15 W

Raisecom




10.6 iTN2100-2IGC


Appearance Function

The iTN2100-2IGC is a 2-way 1000 Mbit/s Ethernet service access

card, which must be used together with the iTN2100-PTU-4GE to implement switching.

Provide two groups of GE interfaces (Combo interface, an optical

interface and an electrical interface in each group) for service access. Support detection of dual-switching cards when working on the

iTN2100 and support cooperation with dual-switching cards. Support selection of service channels on the backplane when working

on the iTN2100. Support saving, querying, and displaying manufacturing information. Support management and maintenance of the SFP optical modules. Support configuration and management of Ethernet optical interfaces. Support online software upgrade for the card. Support saving and recovering configurations of a card, and

preconfiguring the card. Support hot swapping.

10.6.2 Slots

The iTN2100-2IGC can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




10.6.3 Interface

Interface types

Table 10-23 lists interfaces on the iTN2100-2IGC panel.

Table 10-23 Interfaces on the iTN2100-2IGC panel



–

(GE1–GE2 electrical interface)

RJ45 Each interface can transmit a way of 1000

Mbit/s Ethernet service.

–

(GE1–GE2 optical interface)

SFP optical

interface

Each interface can transmit a way of 1000

Mbit/s Ethernet service.


Table 10-24 lists parameters of GE1 and GE2 electrical interfaces.

Table 10-24 Parameters of GE1 and GE2 electrical interfaces on the iTN2100-2IGC


Connector type RJ45



Support choosing full duplex or half duplex in non-auto-

negotiation mode.

MTU 10 Kbytes



Compliance standard IEEE802.3 IEEE802.3u IEEE802.3ab

Table 10-25 lists parameters of GE1 and GE2 optical interfaces.

Raisecom




Table 10-25 Parameters of GE1 and GE2 optical interfaces on the iTN2100-2IGC



Interface rate 100/1000 Mbit/s


MTU 10 Kbytes

Compliance standard IEEE802.3u IEEE802.3z

10.6.4 LEDs

Table 10-26 lists LEDs on the iTN2100-2IGC panel.

Table 10-26 LEDs on the iTN2100-2IGC panel






1000M

(GE1/GE2 electrical interface)

Green GE1/GE2 electrical interface 1000 Mbit/s LED

Green: the GE1/GE2 electrical interface is working

at 1000 Mbit/s. Off: the GE1/GE2 electrical interface is working at

100 Mbit/s or 10 Mbit/s.

LNK/ACT

GE1/GE2 electrical

interface

Green GE1/GE2 electrical interface working LED

Green: the GE1/GE2 electrical interface is properly

connected. Blinking green: the GE1/GE2 electrical interface is

receiving or sending data. Off: the GE1/GE2 electrical interface is improperly

connected or disconnected.

1000M

(GE1/GE2 optical interface)

Green GE1/GE2 optical interface 1000 Mbit/s LED

Green: the GE1/GE2 optical interface is working at

1000 Mbit/s. Off: the GE1/GE2 optical interface is working at

100 Mbit/s or 10 Mbit/s.

Raisecom





LNK/ACT

GE1/GE2 optical

interface

Green GE1/GE2 optical interface working LED

Green: the GE1/GE2 optical interface is properly

connected. Blinking green: the GE1/GE2 optical interface is

receiving or sending data. Off: the GE1/GE2 optical interface improperly

connected or disconnected.


Table 10-27 lists specifications of the iTN2100-2IGC.

Table 10-27 Specifications of the iTN2100-2IGC

Parameter Value


Weight 0.36 kg

Maximum power

consumption

10 W

Raisecom




10.7 OPCOM3500E-4FX


Appearance Function

The OPCOM3500E-4FX is a 4-way optical interface Ethernet access

card on the iTN2100.

Provide four 100 Mbit/s Ethernet optical interfaces. Aggregate Ethernet services received from the front panel to the

switching card through the backplane, and transmit services uplink

through the switching card. Support storm control over broadcast messages, unknown multicast

messages, and DLF messages. Support interface isolation protection. Support interface aggregation. Support QoS and determine four output queues by priority. Support 802.1Q VLAN and 4K concurrent VLANs. Support QinQ. Support 8K MAC addresses and 30 static MAC addresses. Support enabling or disabling MAC address learning based on

interface. Support configurable aging time ranging from 0s to 3825s. Support interface-based non-linear rate limiting ranging from 62 kbit/s

to 100 Mbit/s. Support transparently transmitting BPDU, LACP, and 802.1x

management frames. Support remote management for remote transceivers, Gazelle RM531-

FE (B), and RC521H-FE. Support hot swapping.

10.7.2 Slots

The OPCOM3500E-4FX can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




10.7.3 Interfaces

Interface types

Table 10-28 lists interfaces on the OPCOM3500E-4FX panel.

Table 10-28 Interfaces on the OPCOM3500E-4FX panel


1–4 1×9 optical interface Each interface transmits one way of Ethernet

optical signals. Tx indicates the sending interface and Rx indicates



Table 10-29 lists parameters of interfaces 1–4 on the OPCOM3500E-4FX.

Table 10-29 Parameters of interfaces 1–4 on the OPCOM3500E-4FX


Connector type 1×9 optical interface


MTU 1632 bytes


10.7.4 LEDs

Table 10-30 lists LEDs on the OPCOM3500E-4FX panel.

Table 10-30 LEDs on the OPCOM3500E-4FX panel






SD

(1–4)

Green Optical signal detection LED

Green: optical signals are detected. Off: no optical signals are detected.

Raisecom





LNK/ACT

(1–4)

Green Link working LED

Green: the link interface is properly connected. Off: the link interface improperly connected or disconnected. Blinking green: the link interface is receiving or sending data.

10.7.5 DIP swtiches

Table 10-31 lists configurations of DIP switch SW1 on the OPCOM3500E-4FX.

Table 10-31 Configurations of DIP switch SW1 on the OPCOM3500E-4FX

DIP switch


Bit1 Bit2 Bit3 Bit4 Optical-interface component type

SW1 Configure

the type of

the optical-

interface component.

ON ON ON ON M

ON ON ON OFF S1

ON ON OFF ON S2

ON ON OFF OFF S3

ON OFF ON ON SS13

ON OFF ON OFF SS15

ON OFF OFF ON SS23

ON OFF OFF OFF SS25

The card is properly configured before delivery. Do not reconfigure it if not needed.


Table 10-32 lists specifications of the OPCOM3500E-4FX.

Table 10-32 Specifications of the OPCOM3500E-4FX

Parameter Value


Weight 0.4 kg

Maximum power

consumption

12 W

Raisecom




10.8 OPCOM3500E-8FX


Appearance Function

The OPCOM3500E-8FX is an 8-way optical interface Ethernet access


Provide eight 100 Mbit/s SFP Ethernet optical interfaces. Aggregate Ethernet services received from the front panel to the

switching card through the backplane, and transmit services uplink

through the switching card. Support cooperating with dual-switching card protection. Support storm control over broadcast messages, unknown multicast

messages, and DLF messages. Support interface isolation protection. Support interface aggregation. Support QoS and determine four output queues by priority. Support 802.1Q VLAN and 4K concurrent VLANs. Support QinQ. Support 8K MAC addresses and 64 static MAC addresses. Support enabling or disabling MAC address learning based on slots. Support a maximum frame length of 1632 bytes. Support configurable aging time ranging from 0s to 3825s. Support interface-based non-linear rate limiting ranging from 62 kbit/s


management frames. Support remote management for remote transceivers, Gazelle RM531-

FE (B), and RC521H-FE. Support hot swapping.

10.8.2 Slots

The OPCOM3500E-8FX can be inserted into slots 1–5 and 10–12 on the iTN2100.

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10.8.3 Interfaces

Interface types

Table 10-33 lists interfaces on the OPCOM3500E-8FX panel.

Table 10-33 Interfaces on the OPCOM3500E-8FX panel.

Interface Parameter Description

1–8 SFP optical interface Each interface transmits one way of Ethernet

optical signals.



Table 10-34 lists parameters of interfaces 1–8 on the OPCOM3500E-8FX.

Table 10-34 Parameters of interfaces 1–8 on the OPCOM3500E-8FX




MTU 1632 bytes

Flow control IEEE 802.3x flow control in full duplex mode

10.8.4 LEDs

Table 10-35 lists LEDs on the OPCOM3500E-8FX panel.

Table 10-35 LEDs on the OPCOM3500E-8FX panel






LNK/ACT

(1–8)



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Table 10-36 lists specifications of the OPCOM3500E-8FX.

Table 10-36 Specifications of the OPCOM3500E-8FX

Parameter Value


Weight 0.4 kg

Maximum power

consumption

12.5 W

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iTN2100 (P100R002) Hardware Description 11 Dual-network transmission cards



11 Dual-network transmission cards

This chapter describes dual-network transmission cards of the iTN2100, including the

following sections:

iTN2100-8EOS-8GF

iTN2100-4STM1-GC

iTN2100-HSELD

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11.1 iTN2100-8EOS-8GF


Appearance Function

The iTN2100-8EOS-8GF is an 8-way 1000 Mbit/s Ethernet access card

used by the iTN2100. It supports 2 working modes: EOS and ESW. At present, there are two versions: A and B.

Support eight 100/1000 Mbit/s Ethernet interfaces. Support configuring the EOS and ESW working modes through

software and support both two modes at the same time. – In EOS mode, Ethernet services received by the front panel are

mapped to SDH signals after being cascaded virtually based on

63×VC12 bandwidth. These SDH signals are transmitted to the

aggregation card for aggregation through the backplane and then are

transmitted to the SDH network. Support two Ethernet

encapsulation modes: GFP and LAPS. Support VCAT and LCAS

functions. – In ESW mode, the iTN2100-8EOS-8GF aggregates Ethernet

services received by the front panel and then transmits them to the

switching card through the backplane. Therefore, Ethernet services

are transmitted to the upstream devices through the switching card. Support basic functions, such as 802.1Q VLAN, QinQ, ACL, QoS,

storm control, rate limiting, port mirroring, link aggregation, Layer 2

protocol transparent transmission, loop detection, STP, RSTP, MSTP,

Layer 2 SLA, and LLDP. Support traffic statistics based on interface

and VLAN. Support IEEE 802.3ah OAM, IEEE 802.1ag, ITU-Y.1731, and

extended OAM. Support ITU-T G.8031 ELPS. Support ITU-T G.8032 ERPS. Support basic functions of MPLS-TP, static LSP configurations, and

L2VPN. Support connectivity and performance detection on the LSP layer and

PW service layer. Support LSP and PW protection. Support ALS. Support synchronous Ethernet. Support RMON functions, such as the statistics table, historical

statistics configuration table, and historical statistics table. Support DDM for the SFP module. Support hot swapping.

11.1.2 Slots

The iTN2100-8EOS-8GF can be inserted into slots 1–5 and 8–12 on the iTN2100.

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11.1.3 Interfaces

Interface types

Table 11-1 lists interfaces on the iTN2100-8EOS-8GF panel.

Table 11-1 Interfaces on the iTN2100-8EOS-8GF panel



1, 2, 3, 4, 5, 6, 7, 8 SFP optical interface Service downlink interface


Table 11-2 lists parameters of interfaces 1–8 of the iTN2100-8EOS-8GF.

Table 11-2 Parameters of interfaces 1–8 of the iTN2100-8EOS-8GF


Connector type LC/PC



Supported optical modules 100BASE-FX SFP 1000BASE-X SFP


interface modules


11.1.4 LEDs

Table 11-3 lists LEDs on the iTN2100-8EOS-8GF panel.

Table 11-3 LEDs on the iTN2100-8EOS-8GF



Green: the power supply is normal. Off: the power supply is abnormal or disconnected.


Green: the system is being powered on. Off: the system is working improperly. Blinking green: the system is working properly.

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1000M Green Ethernet interface 1000 Mbit/s LED


LNK/ACT

(1–16)

Green Interface working LED

Green: electrical interfaces are properly connected. Blinking green: electrical interfaces are receiving or

sending data. Off: SFP electrical interfaces are connected or disconnected

11.1.5 Logic diagram

Figure 11-1 shows the logic diagram of the iTN2100-8EOS-8GF.

Figure 11-1 Logic diagram of the iTN2100-8EOS-8GF

The iTN2100-8EOS-8GF consists of the management control module, Ethernet switching

module, and EOS module.

Management control module: exchange network management information with the NMS

card, save control commands and configuration status of cards, and control other

modules to coordinate with each other.

Ethernet switching module: transfer customer Ethernet services to internal Ethernet switching interface, aggregate Ethernet services, and provide QoS and QinQ functions.

EOS module: encapsulate internal Ethernet services to SDH services and support VCG and LCAS. Moreover, it is the core part to transmit Ethernet services to SDH channel.

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11.1.6 Alarms

Table 11-4 lists alarms of the iTN2100-8EOS-8GF.

Table 11-4 Alarms of the iTN2100-8EOS-8GF

Alarm Cause Level

E1 LOS Signals are lost. Critical

E1 AIS E1 signals are all 1 because the transmitted data

are incorrect or the remote device outputs AIS

signals.

Minor

E1 LOF Data sent by the upstream node are incorrect

because services are configured improperly or the hardware fails.

Critical

E1 CRC An error on data occurs during transmission. Critical

E1 GID ERROR Inverse multiplexing configurations are incorrect. Critical

E1 remote alarms (AIS,

LOF, CRC, and LOS)

The remote device managed by the card generates

(AIS, LOF, CRC, and LOS) alarms.

Critical

E1 remote loopback

alarm


a loopback.

Critical

Ethernet interface Link

Down

Links of Ethernet interfaces are disconnected. Critical


Table 11-5 lists specifications of the iTN2100-8EOS-8GF.

Table 11-5 Specifications of the iTN2100-8EOS-8GF

Parameter Value


Weight 0.5 kg

Maximum power

consumption

30 W

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11.2 iTN2100-4STM1-GC


Appearance Function

The iTN2100-4STM1-GC has 4 STM1 interfaces and provides 8

Ethernet channels. Channels 1–4 and channels 5–8 share 63 VC12

respectively. The iTN2100-4STM1-GC aggregates services and then

transmits them to the switching card through the GE interface on the

backplane. In addition, the aggregated services can be directly

forwarded through the Combo GE interface on the front panel. In

addition, the iTN2100-4STM1-GC supports transmitting 1-way VC4 services to the aggregation card.

Support up to 4-way STM1 access services and 1-way GE access

services. Support using the NView NNM system or CLI to output aggregated

Ethernet services through the Ethernet interface on the front panel or

transmit them to the switching card through the backplane. Support storm control of broadcast, multicast, and DLF packets Support 802.1Q VLAN, QinQ, ACL, QoS, storm control, rate

limiting, port mirroring, link aggregation, Layer 2 protocol transparent

transmission, and loop detection. Support IEEE 802.3ah OAM, IEEE 802.1ag, ITU-Y.1731, and

extended OAM. Support the GE ring, Ethernet interface loop detection, ALS, and auto-

recovery. Support Layer 2 SLA. Support ITU-T G.8031 ELPS. Support ITU-T G.8032 ERPS. Support basic functions of MPLS-TP, static LSP configurations, and

128 bidirectional LSPs. Support L2VPN. Support ALS. Support ST, RSTP, and MSTP. Support synchronous Ethernet. Support RMON functions, such as the statistics table, historical

statistics configuration table, and historical statistics table. Support DDM of the SFP module. Support hot swapping. Support VC12 cross connection between STM1 optical interfaces or

between STM1 interfaces and aggregation cards. Support 8 VCGs. Each VCG is bound with up to 63 VC12. Support

flexible timeslot assignment from timeslots of STM1 optical

interfaces/aggregation cards to EOS interfaces. The timeslot type is

configured to VC12. Support GFP Ethernet encapsulation mode, VCAT, and LCAS. Support STM1 optical interface supports 1+1 MSP, channel

protection, and inter-card protection from dual service cards and

aggregation cards. The service capacity is configured to 1-way VC4

and the protection switching time is smaller than 50ms. Support 4 network management channels, which can be configured to

DCC or VCC independently. Support SDH overhead, alarm, and performance statistics.

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11.2.2 Slots

The iTN2100-4STM1-GC can be inserted into slots 1–5 and 8–12 on the iTN2100.

11.2.3 Interfaces

Interface types

Table 11-6 lists interfaces on the iTN2100-4STM1-GC panel.

Table 11-6 Interfaces on the iTN2100-4STM1-GC panel



1, 2, 3, 4 SFP interface Service downlink interface Tx indicates the sending interface and Rx indicates


Combo SFP interface

RJ45 interface

Service uplink interface Transmitting 1 way of 1000 Mbit/s Ethernet services


Table 11-7 lists parameters of interfaces 1–4 of the iTN2100-4STM1-GC.

Table 11-7 Parameters of interfaces 1–4 of the iTN2100-4STM1-GC




Coding scheme NRZ





Table 11-8 lists parameters of Combo SFP interfaces of the iTN2100-4STM1-GC.

Table 11-8 Parameters of Combo SFP interfaces of the iTN2100-4STM1-GC



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MTU 10 KB

Compliance standard IEEE 802.3u IEEE 802.3z

Table 11-9 lists parameters of Combo RJ45 interfaces of the iTN2100-4STM1-GC.

Table 11-9 Parameters of Combo RJ45 interfaces of the iTN2100-4STM1-GC


Connector type RJ45


MTU 1916 bytes

Wiring scheme Auto MDI/MDI-X



11.2.4 LEDs

Table 11-10 lists LEDs on the iTN2100-4STM1-GC panel.

Table 11-10 LEDs on the iTN2100-4STM1-GC







Red: input LOF alarms are generated on optical interfaces. Off: no input LOF alarms are generated on optical interfaces.


Red: input LOS alarms are generated on optical interfaces. Off: no input LOS alarms are generated on optical interfaces.

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1000M Green Ethernet interface 1000 Mbit/s LED


LNK/ACT

(1–16)

Green Interface working LED

Green: electrical interfaces are properly connected. Blinking green: electrical interfaces are receiving or sending

data. Off: SFP electrical interfaces are connected or disconnected.

11.2.5 Alarms

Table 11-11 lists alarms of the iTN2100-4STM1-GC.

Table 11-11 Alarms of the iTN2100-4STM1-GC

Alarm Cause Level




signals.

Minor



Critical




LOF, CRC, and LOS)



Critical

E1 remote loopback

alarm


a loopback.

Critical

Ethernet interface Link Down



Table 11-12 lists specifications of the iTN2100-4STM1-GC.

Table 11-12 Specifications of the iTN2100-4STM1-GC

Parameter Value


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Parameter Value

Weight 0.5 kg

Maximum power

consumption

20 W

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11.3 iTN2100-HSELD


Appearance Function

The iTN2100-HSELD is an 8-way 1000 Mbit/s Ethernet access card used by the iTN2100.

It supports 2 working modes: EOS and ESW.

Provide eight 100/1000 Mbit/s Ethernet interfaces. Support configuring the EOS and ESW working modes through software and support the

two modes at the same time. In EOS mode, the iTN2100-HSELD maps Ethernet services received by the front panel

to SDH signals. These SDH signals are transmitted to the aggregation card for

aggregation through the backplane and then are transmitted to the SDH network. Support

cross connection with VC12/VC3 timeslot of aggregation card. Bandwidth used for

uplink connection with the SDH network supports 155 Mbit/s and 622 Mbit/s. – When the iTN2100-HSELD is inserted into slot 1 or slots 8–12, it supports 155 Mbit/s

uplink. – When the aggregation card is iTN2100-4STM1-M, it supports 155 Mbit/s uplink. – When the iTN2100-HSELD is inserted into slots 2–5 and the aggregation card is

iTN2100-2STM16-M, it supports 622 Mbit/s uplink. Other slots support 155 Mbit/s

uplink. – When the iTN2100-HSELD is inserted into slot 2 or 4 and the aggregation card is

OPCOM3500E-2STM1/4-M, it supports 622 Mbit/s uplink. Other slots support 155

Mbit/s uplink. In ESW mode, the iTN2100-8EOS-8GF aggregates Ethernet services received by the

front panel and then transmits them to the switching card through the backplane.

Therefore, Ethernet services are transmitted to the upstream devices through the

switching card. Support 2 Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support 802.1Q VLAN, QinQ, ACL, QoS, storm control, rate limiting, port mirroring,

link aggregation, Layer 2 protocol transparent transmission, loop detection, Layer 2 SLA,

STP, RSTP, MSTP, and LLDP. Support traffic statistics based on interface and VLAN. Support basic functions of MPLS-TP, static LSP configurations, and L2VPN. Support IEEE 802.3ah OAM, IEEE 802.1ag, ITU-Y.1731, and extended OAM. Support ITU-T G.8031 ELPS. Support ITU-T G.8032 ERPS. Support connectivity and performance detection between the LSP layer and PW service

layer, as well as LSP and PW protection. Support configuring static IP address on the virtual interface for network management.

Support simple static IP route and DHCP. Support synchronous Ethernet. Support ALS. Support RMON functions, such as the statistics table, historical statistics configuration

table, and historical statistics table. Support DDM of the SFP module. Support hot swapping

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11.3.2 Slots

The iTN2100-HSELD can be inserted into slots 1–5 and 8–12 on the iTN2100.

11.3.3 Interfaces

Interface types

Table 11-13 lists interfaces on the iTN2100-HSELD panel

Table 11-13 Interfaces on the iTN2100-HSELD panel



1, 2, 3, 4, 5, 6, 7, 8 SFP optical interface Service downlink interface


Table 11-14 lists parameters of interfaces 1–8 of the iTN2100-HSELD.

Table 11-14 Parameters of interfaces 1–8 of the iTN2100-HSELD


Connector type LC/PC



Supported optical modules 100BASE-FX SFP 1000BASE-X SFP


interface modules


11.3.4 LEDs

Table 11-15 lists LEDs on the iTN2100-HSELD panel.

Table 11-15 LEDs on the iTN2100-HSELD



Green: the power supply is normal. Off: the power supply is abnormal or is disconnected.

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Green: the system is being powered on. Off: the system is working improperly. Blinking green: the system is working properly.

1000M Green Ethernet interface working rate LED

Green: the interface is working at the rate of 1000 Mbit/s. Off: the interface is working at the rate of 100 Mbit/s or

disconnected.

LNK/ACT Green Line working LED

Green: the electrical interface is connected properly. Blinking green: the electrical interface is transmitted data. Off: the electrical interface is disconnected or connected

improperly.


Figure 11-2 shows the logic diagram of the iTN2100-HSELD.

Figure 11-2 Logic diagram of the iTN2100-HSELD

The iTN2100-HSELD consists of the management control module, Ethernet switching



card, save control commands and configuration status of cards, and control other modules to coordinate with each other.

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Ethernet switching module: transfer customer Ethernet services to internal Ethernet

switching interface, aggregate Ethernet services, and provide QoS and QinQ functions.

EOS module: encapsulate internal Ethernet services to SDH services and support VCG and LCAS. Moreover, it is the core part to transmit Ethernet services to SDH channel.

11.3.6 Alarms

Table 11-16 lists alarms of the iTN2100-HSELD.

Table 11-16 Alarms of the iTN2100-HSELD

Alarm Cause Level



are incorrect or the remote device outputs AIS signals.

Minor


because services are configured improperly or the

hardware fails.

Critical




LOF, CRC, and LOS)



Critical

E1 remote loopback

alarm


a loopback.

Critical


Down



Table 11-17 lists specifications of the iTN2100-HSELD.

Table 11-17 Specifications of the iTN2100-HSELD

Parameter Value


Weight 0.5 kg

Maximum power

consumption

30 W

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iTN2100 (P100R002) Hardware Description 12 Clock card



12 Clock card

This chapter describes the clock card of the iTN2100, including the following section:

iTN2100-TSU

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12.1 iTN2100-TSU


Appearance Function

The iTN2100-TSU is a clock card used by the iTN2100. It can work with the iTN2100-

NTU-4GF to provide clock synchronization.

The iTN2100-TSU supports synchronous Ethernet and 1588 V2 time synchronization protocol, and provides the external clock synchronization interface.

The synchronous Ethernet supports the following features:

Support manual switch, force switch, and manual lockout of clock source. Support clock source auto-recovery.

The 1588 V2 protocol supports the following features:

Support OC and BC modes. Support unicast, multicast, L2, or L3 PTP packet encapsulation modes. Support Onestep and Twostep. Support E2E and P2P path delay measure modes. Support modifying the interval for sending Sync packets, Delay-Req packets, and

Announce packets. Support delay compensation, providing PTP interface path asymmetric delay

compensation and 1PPS+TOD interface input cable delay compensation. Support BMC algorithm. Support protection switching, providing 1PPS+TOD reference source protection switching

and trace path protection switching. Support Slave-Only in OC mode. Support configuring the frequency reference of time synchronization to EEC clock source

(1588+Sync) or obtaining the clock by controlling local PLL through 1588 V2 protocol. Support translating PTP interface states: Master, Slave, and Passive. Support 2-way 2 MHz or 2 Mbit/s clock signal input and output, and 3-way 1PPS clock

input, 2 RJ45 balanced interfaces, and 1 BNC interface. Support TDM clock operating modes of the Layer 3 clock: free-run, holdover, and locked. Support TDM clock metrics that meet G.813 requirements. Support detecting and reporting faults on all clock input sources.

The external clock synchronization interface supports the following features:

Support two 2 MHz or 2 Mbit/s external synchronization interfaces (120 Ω balanced

interfaces). Support two 1PPS+TOD interfaces (120 Ω balanced interfaces) for configuring time

signal input and output. Support one 1PPS interface (75 Ω unbalanced BNC interface) for configuring signal input

and output. Support protection, electrical level change, and impedance matching of external clock

signals. Support SSM signal processing and clock recovery of 2 Mbit/s signals. Support 2 MHz and 2 Mbit/s signal templates that meet the G.703 requirements.

12.1.2 Slots

The iTN2100-TSU can be inserted into slot 1, 5, or 8 on the iTN2100. Only one iTN2100-

TSU card is available for the iTN2100.

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12.1.3 Interfaces

Interface types

Table 12-1 lists interfaces on the iTN2100-TSU panel.

Table 12-1 Interfaces on the iTN2100-TSU panel


2048 kHz or

2048 kbit/s

(1–2)

RJ45 Supports two 2048 kbit/s or 2048 kHz external

synchronization interfaces (120Ω balanced interfaces). Support protection, electrical level change, and

impedance matching of external clock signals. Support SSM signal processing and clock recovery of

2 Mbit/s signals. Support 2 MHz and 2 Mbit/s signal templates that meet

the G.703 requirements.

1PPS+TOD(I/O)

(1–2)

RJ45 Support two 1PPS+TOD interfaces for configuring

time signal input and output. One 1PPS+TOD electrical level support RS422 only

and the other 1PPS+TOD electrical level supports

RS422 and RS232. When 1PPS+TOD electrical level is configured to

RS232, it needs to cooperate with the APPS interface.

It means that the 1PPS+TOD interface transmits TOD

information only and supports translating different

forms of TOD.

1PPS(I/O) BNC Support one 1PPS interface for configuring time signal

input and output. Support translating different forms of TOD. Support TTL electrical level.

– Mini USB Debugging interface used for card software upgrade

debugging

Wiring of interfaces

Table 12-2 Wiring of 2-way RJ45 interfaces transmitting 2 MHz or 2 Mbit/s clock signals

PIN Signal definition

1 TX_P

2 TX_N

3 NC

4 RX_P

5 RX_N

6 NC

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PIN Signal definition

7 NC

8 NC

Table 12-3 Wiring of RJ45 interface 1 transmitting 1PPS+TOD clock signals

PIN Signal definition Description

1 NC NC

2 NC NC

3 422_1_N 1PPS

4 GND GND

5 GND GND

6 422_1_P 1PPS

7 422_2_N TOD time information

8 422_2_P TOD time information

Table 12-4 Wiring of RJ45 interface 2 transmitting 1PPS+TOD clock signals

PIN Signal definition Description

1 RS-232-TXD

TOD time information, cooperating with the 1PPS

of the BNC interface

2 RS-232-RXD

TOD time information, cooperating with the 1PPS

of the BNC interface

3 422_1_N 1PPS

4 GND GND

5 GND GND

6 422_1_P 1PPS

7 422_2_N TOD time information

8 422_2_P TOD time information

12.1.4 LEDs

Table 12-5 lists LEDs on the iTN2100-TSU panel.

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Table 12-5 LEDs on the iTN2100-TSU panel






LOCK Red Lockout state LED

Red: the current 1588 V2 time is in unlock state. Off: the current 1588 V2 time is in lockout state.

ALM Red Fault alarm LED

Red: LOS alarms are generated on current 2-way external clock

signals. The ALM LED is off when at least one-way signal is

displayed as normal/lof. Off: currently, at least one-way external clock signal is input

properly.


Table 12-6 lists specifications of the iTN2100-TSU.

Table 12-6 Specifications of the iTN2100-TSU

Parameter Value


Weight 0.4 kg

Maximum power

consumption

20 W

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iTN2100 (P100R002) Hardware Description 13 TDMoP card



13 TDMoP card

This chapter describes the TDMoP card of the iTN2100, including the following section:

iTN2100-CES-16E1T1-BL

iTN2100-CES-16E1T1

iTN2100-CES-STM1/4

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13.1 iTN2100-CES-16E1T1-BL


Appearance Function

The iTN2100-CES-16E1T1-BL is a TDMoP card used by the iTN2100.

Provide 8 RJ45 interfaces and transmit up to 16 ways of E1 services. Support E1 framed, unframed, and multiframed modes. Support E1 external loopback, E1 internal loopback, E1 bidirectional

loopback, and no-loopback. Provide up to 64 bundles. Support SAToP and CESoPSN encapsulation protocols. Support enabling/disabling PW RTP. Support configuring Jitter Buffer depth to 375–16000us. Support configuring packet encapsulation time to 125–5000us. Support clock recovery mechanism, including the PSN line recovery

self-adaptive clock, TDM interface loopback recovery clock, system

clock, and external clock. Support MPLS/MEF encapsulation format for the PSN. Support network-side protection for emulation services (together with

PTN or Layer 2 Ethernet, support the protection feature). Support configuring AC alarm transparent transmission or termination. Support hot swapping.

No DIP switch is on the iTN2100-CES-16E1T1-BL.

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13.1.2 Slots

The iTN2100-CES-16E1T1-BL can be inserted into slots 1–5, slots 8, 11, and 12 on the

iTN2100.

13.1.3 Interfaces

Interface types

Table 13-1 lists interfaces on the iTN2100-CES-16E1T1-BL panel

Table 13-1 Interfaces on the iTN2100-CES-16E1T1-BL panel



1–16 RJ45 E1 balanced interface. Each RJ45 interface provides 2-way E1

services.


Table 13-2 lists parameters of interfaces 1–16 on the iTN2100-CES-16E1T1-BL.

Table 13-2 Parameters of interfaces 1–16 on the iTN2100-CES-16E1T1-BL


Connector type RJ45

Interface impedance 120 Ω balanced interface

Interface rate 2.048 Mbit/s

Coding scheme HDB3

Supported frame format Unframed PCM31 PCM31C PCM30 PCM30C

Frame structure Comply with ITU-T G.703/ITU-T G.704 recommendations.


Jitter features Comply with ITU-T G.823 recommendations.

Electrical features Comply with ITU-T G.703 recommendations and support

short distance.

Wander features Comply with ITU-T G.823 recommendations.

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13.1.4 LEDs

Table 13-3 lists LEDs on the iTN2100-CES-16E1T1-BL panel.

Table 13-3 LEDs on the iTN2100-CES-16E1T1-BL panel






LOS

(1–16)

Red LOS alarm LED

Red: LOS alarms are generated on E1 services. Off: no LOS alarm is generated on E1 services.


Figure 13-1 shows the logic diagram of the iTN2100-CES-16E1T1-BL.

Figure 13-1 Logic diagram of the iTN2100-CES-16E1T1-BL

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The iTN2100-CES-16E1T1-BL consists of the management control module, TDM service

module, CES service module, logic control module, and clock module. These modules work

as below:


card; store control commands and configuration status of the card; control cooperation of other modules.

TDM service module: input E1 signals and process interface clock signals.

CES service module: encapsulate and decapsulate CES services.

Logic control module: process clock signals.

– Process internal TDM-side recovery clock (loopback clock) signals, PSN-side

recovery clock (ACR) signals, or external clock signals. External clocks are Building

Integrated Timing System (BITS) clocks or synchronous Ethernet clocks from the NTU series switching cards. Send the selected clock signals to the clock module.

– After configuring synchronous Ethernet of the card, process internal synchronous

Ethernet sources and select the clock source. Then send the clock source to the NTU

series switching cards for follow-up processing.

Clock module: receive the logic module and local crystal oscillator clocks. Send the

clock signal to the TDM service module and CES service module based on the configured clock source.

The iTN2100-CES-16E1T1-BL processes services as below:

TDM network to the PSN: E1 signals enter to the TDM service module and then enter

the CES service module after being processed. After being encapsulated, E1 signals are

changed to Ethernet signals and then are transmitted to the switching card through the backplane.

PSN to the TDM network: CES services from the backplane, enter the CES service

module and recovered to E1 signals after being decapsulated. E1 signals are processed by the TDM service module and then are transmitted through the TDM interface.


Table 13-4 lists specifications of the iTN2100-CES-16E1T1-BL.

Table 13-4 Specifications of the iTN2100-CES-16E1T1-BL

Parameter Value


Weight 0.45 kg

Maximum power

consumption

15 W

13.1.7 Cables

E1 interfaces of the iTN2100-CES-16E1T1-BL are eight 120 Ω balanced interfaces (RJ45

interfaces). Each interface accesses 2-way E1 services. Table 13-5 lists cables available for

the iTN2100-CES-16E1T1-BL.

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Table 13-5 Cables available for the iTN2100-CES-16E1T1-BL

Card Recommended cable

iTN2100-CES-16E1T1-BL CBL-E1-RJ45/RJ45 CBL-E1-RJ45/2RJ45

For details about these cables, see section 24.9 E1-RJ45 cable.

13.1.8 Ordering information

Table 13-6 lists ordering information about the iTN2100-CES-16E1T1-BL.

Table 13-6 Ordering information about the iTN2100-CES-16E1T1-BL

Model Hardware version

Description Remark

iTN2100-CES-16E1T1-BL A.00

Be available for the iTN2100

for E1 access in the CES

emulation format. Provide 8 RJ45 interfaces,

supporting up to 16-way E1

services (balanced mode).

–

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13.2 iTN2100-CES-16E1T1


Appearance Function

The iTN2100-CES-16E1T1 is a TDMoP card used by the iTN2100.

Provide 2 DB37 interfaces and transmit up to 16-way E1 services. Support E1 framed, unframed, and multiframed modes. Support E1 external loopback, E1 internal loopback, E1 bidirectional

loopback, and no-loopback. Provide up to 64 bundles. Support SAToP and CESoPSN encapsulation protocols. Support enabling/disabling PW RTP. Support configuring Jitter Buffer depth to 375–16000us. Support configuring packet encapsulation time to 125–5000us. Support clock recovery mechanism, including the PSN line recovery

self-adaptive clock, TDM interface loopback recovery clock, system

clock, and external clock. Support MPLS/MEF encapsulation format for the PSN. Support network-side protection for emulation services (together with

PTN or Layer 2 Ethernet, support the protection feature). Support configuring AC alarm transparent transmission or termination. Support hot swapping.

No DIP switch is on the iTN2100-CES-16E1T1.

Raisecom




13.2.2 Slots

The iTN2100-CES-16E1T1 can be inserted into slots 1–5, slots 8, 11, and 12 on the iTN2100.

13.2.3 Interfaces

Interface types

Table 13-7 lists interfaces on the iTN2100-CES-16E1T1 panel.

Table 13-7 Interfaces on the iTN2100-CES-16E1T1-BL panel



1–16 DB37 male

interface

E1 unbalanced interface. Each DB37 interface provides 8-way

E1 services. The card transmits up to 16-way E1 services.


Table 13-8 lists parameters of the DB37 interface on the iTN2100-CES-16E1T1.

Table 13-8 Parameters of the DB37 interface on the iTN2100-CES-16E1T1


Connector type DB37 male connector

Interface rate 2048 kbit/s ± 50 ppm

Coding scheme HDB3

Interface impedance 75 Ω (unbalanced)


Frame structure Comply with ITU-T G.704 recommendations.


13.2.4 LEDs

Table 13-9 lists LEDs on the iTN2100-CES-16E1T1 panel.

Table 13-9 LEDs on the iTN2100-CES-16E1T1 panel




Raisecom







LOS

(1–16)

Red LOS alarm LED

Red: LOS alarms are generated on E1 services. Off: no LOS alarm is generated on E1 services.


Figure 13-2 shows the logic diagram of the iTN2100-CES-16E1T1.

Figure 13-2 Logic diagram of the iTN2100-CES-16E1T1

The iTN2100-CES-16E1T1 consists of the management control module, TDM service


as below:


card; store control commands and configuration status of the card; control cooperation of

other modules.

TDM service module: input E1 signals and process interface clock signals.


Logic control module: process clock signals.

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– Process internal TDM-side recovery clock (loopback clock) signals, PSN-side

recovery clock (ACR) signals, or external clock signals. External clocks are BITS

clocks or synchronous Ethernet clocks from the NTU series switching cards. Send the selected clock signals to the clock module.

– After configuring synchronous Ethernet of the card, process internal synchronous

Ethernet sources and select the clock source. Then send the clock source to the NTU series switching cards for follow-up processing.

Clock module: receive the logic module and local crystal oscillator clocks. Send the

clock to the TDM service module and CES service module based on the configured clock source.

The iTN2100-CES-16E1T1 processes services as below:

TDM network to the PSN: E1 signals enter to the TDM service module and then enter

the CES service module after being processed. After being encapsulated, E1 signals are

changed to Ethernet signals and then are transmitted to the switching card through the

backplane.

PSN to the TDM network: CES services, from the backplane, enter the CES service

module and recovered to E1 signals after being decapsulated. E1 signals are processed by the TDM service module and then are transmitted through the TDM interface.


Table 13-10 lists specifications of the iTN2100-CES-16E1T1.

Table 13-10 Specifications of the iTN2100-CES-16E1T1

Parameter Value


Weight 0.45 kg

Maximum power

consumption

15 W

13.2.7 Cables

One DB37/CC3 adaptor and 32 CC3 connectors are included with the iTN2100-CES-

16E1T1. After using this adaptor, you can make the CC3/CC3 or CC3/BNC cable as required.

In addition, you can purchase cables provided by Raisecom, as show in Table 13-11. These

cables are not included with the iTN2100-CES-16E1T1.

Table 13-11 Adaptor and cables available for the iTN2100-CES-16E1T1

Adaptor (included) Cable (excluded)

CC4B-16E1 CBL-E1-CC3/CC3-2.5m CBL-E1-CC3/BNCF-1m CBL-E1-CC3/BNCM-2.5m

Raisecom




In addition, the iTN2100-CES-16E1T1 can use the cable without the adaptor. Table 13-12

lists these cables, which are not included with the iTN2100-CES-16E1T1.

Table 13-12 Cables available for the iTN2100-CES-16E1T1


iTN2100-CES-16E1T1 CBL-E1-DB37F (40)/16NC CBL-E1-DB37F/16BNCF CBL-E1-DB37F/16BNCM CBL-E1-DB37F(40)/16CC3F

For details about these cables, see section 24.10 E1-DB37 cable.


Table 13-13 lists ordering information about the iTN2100-CES-16E1T1.

Table 13-13 Ordering information about the iTN2100-CES-16E1T1

Model Hardware version

Description Remark

iTN2100-CES-16E1T1 A.00 Be available for the iTN2100 for

E1 access in the CES emulation

format. Provide 2 DB37 interfaces,

supporting up to 16-way E1

services (unbalanced mode). One DB37/CC3 adaptor and 32

CC3 connectors are included with

the iTN2100-CES-16E1T1.

–

Raisecom




13.3 iTN2100-CES-STM1/4


Appearance Function

The iTN2100-CES-STM1/4 is a local access TDMoP card available for the iTN2100. It

supports accessing SDH services from the front panel or backplane and mapping them to

E1 services, thus encapsulating them into CES services and then transmitting them to the

switching card through the backplane. It also supports receiving CES services from the

backplane and decapsulating them into TDM services.

Support 4 STM1 interfaces. These interfaces can be configured to work in independent

mode or 1+1 MS protected mode. When inserting the iTN2100-CES-STM1/4 into slot 2, 3, 4, and 5, you can configure

speed of the first interface to STM4. In this case, the other 3 STM1 interfaces are

unavailable. When the iTN2100-CES-STM1/4 is inserted into other slots, only STM1

interface is available. Support accessing CES services from the backplane which has a maximum capacity of 2

ways of STM1 services or 1 way of STM4 services. Support the mixed use of the backplane services and front panel services. Support configuring E1 framed and unframed modes; support E1 structured and non-

structured emulation; support SAToP and CESoPSN encapsulation protocols. Support MPLS, MEF, and UDP/IP encapsulation modes. Support mapping from 252 ways of E1 services to SDH. E1 services adopt VC12

mapping modes with each VC12 carrying 1 way of E1 services; support mapping from

VC12 to STM1/4. Support the protection feature.

− Support inter-card protection for 4-way STM1 interfaces when the iTN2100-CES-

STM1/4 is inserted into slots 2, 3, 4, and 5, among which slot 2 and 4 form one

protection group and slot 3 and 5 form one protection group. − Support interface 1+1 MS protection. Interface 2 is fixed to protecting interface 1 and

interface 4 is fixed to protecting interface 3. In this case, up to 252 ways of E1 services

are available. − Support configuring automatic and non-automatic recovery modes. − Support configuring the protection switching WTR time. − The protection switching time is smaller than 50ms.

Support monitoring SDH RS, MS, HP, and LP overhead bytes. Support internal loopback and external loopback on the SDH interface. Support DDM on the SDH interface. Support configuring the clock source of the SDH interface, including the local crystal

oscillator, line recovery clock, and external clock. Support reporting SDH alarms. Support configuring the encapsulation time of packets. Support configuring the Jitter buffer. Support configuring RTP. Support reporting E1 alarms. Support clock recovery mechanism, including the local crystal oscillator, DCR, ACR,

external clock, and loopback clock.

13.3.2 Version

Table 13-14 lists the hardware version of the iTN2100-CES-STM1/4.

Raisecom




Table 13-14 Hardware version of the iTN2100-CES-STM1/4

Card Hardware version

iTN2100-CES-STM1/4 B.00

13.3.3 Slots

Table 13-15 lists slots available for the iTN2100-CES-STM1/4.

Table 13-15 Slots available for the iTN2100-CES-STM1/4

Chassis Slot

iTN2100 1–5, 8, and 11–12

13.3.4 Interfaces

Interface types

Table 13-16 lists the type of interfaces on the iTN2100-CES-STM1/4.

Table 13-16 Interfaces on the iTN2100-CES-STM1/4



1–4 SFP optical interface SDH service interface


Table 13-17 lists parameters of SFP optical interfaces on the iTN2100-CES-STM1/4.

Table 13-17 Parameters of SFP optical interfaces on the iTN2100-CES-STM1/4


Optical module type USFP

Interface speed STM1 or STM4 (available for the first interface)

Line code NRZ


Clock parameters Meet jitter performance requirements defined by ITU-T

G.823, ITU-T G.825, and ITU-T G.8261 recommendations. Meet jitter and wander performance requirements defined by

ITU-T G.823 and ITU-T G.8261 recommendations.

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Jitter Comply with ITU-T G.783 and ITU-T G.825

recommendations.

Optical interface

parameters

Comply with ITU-T G.957 recommendations. Specific metrics

depend on the inserted SFP optical module.

13.3.5 LEDs

Table 6-20 lists the meaning of the LEDs on the TN2100-CES-STM1/4 panel.

Table 13-18 LEDs on the iTN2100-CES-STM1/4 panel


PWR Green Power LED

Green: the power supply is normal. Off: the power supply is abnormal or no power is input.



ACT Green Card working status LED

Green: the card is the working card in the inter-card

protection mode; it is working properly in the

independent mode. Off: the card is the protection card in the inter-card

protection mode; it is working improperly in the

independent mode.


Red: LOS alarms are generated on optical interfaces. Off: no LOS alarms are generated on optical interfaces.

If the STM interface is configured with internal loopback and is not inserted with the optical module, ignore the status of the LOS LED.

13.3.6 DIP switch

N/A


Figure 13-3 shows the logic diagram of the iTN2100-CES-STM1/4.

Raisecom




Figure 13-3 Logic diagram of the iTN2100-CES-STM1/4

The iTN2100-CES-STM1/4 consists of the management control module, SDH service


as below:


card; store control commands and configuration status of the card; control cooperation with other modules.

SDH service module: convert STM1/STM4 optical signals to E1 signals and vice versa;

process SDH clocks and SDH overheads.


Logic control module: receive SDH clocks, including the STM line clock, external clock

(2 Mbit/s or 2 MHz clock signals from the switching card and aggregation card), and E1

recovery clock; receive E1 clocks, including the external clock (BITS clock signals or

SyncE clock signals from the switching card and 2 Mbit/s or 2 MHz clock signals from

the aggregation card), DCR (BITS clock signals or SyncE clock signals from the

switching card and 2 Mbit/s or 2 MHz clock signals from the aggregation card), ACR,

and loopback clock; send the clock to the clock module after selecting the clock source

from SDH clocks and E1 clocks; reset the card; process the card logic.

Clock module: receive the logic module and local crystal oscillator clocks; send the

clock to the SDH service module and CES service module after selecting the clock source.

The iTN2100-CES-STM1/4 processes services as below:

TDM network to the PSN: STM1/STM4 optical signals enter the SDH service module and are converted to E1 signals. Then, E1 signals enter the CES service module. After

Raisecom




being encapsulated, E1 signals are converted to Ethernet signals and then are transmitted

to the switching card through the backplane.

PSN to the TDM network: CES services, from the backplane, enter the CES service

module and are recovered to E1 signals after being decapsulated. After entering the SDH

service module, E1 signals are converted to STM1/STM4 optical signals and then are

transmitted out the SFP interface or transmitted uplink to the aggregation card.


Table 13-19 lists specifications of the iTN2100-CES-STM1/4.

Table 13-19 Specifications of the iTN2100-CES-STM1/4

Parameter Value

Dimensions 25 mm (width) × 232 mm (depth) × 240 mm (height)

Weight < 1 kg

Maximum power

consumption

35 W

Raisecom

iTN2100 (P100R002) Hardware Description 14 EOP cards



14 EOP cards

This chapter describes EOP cards of the iTN2100, including the following sections:

OPCOM3500E-EOPFE

OPCOM3500E-EOP3FE

OPCOM3500E-EOP8FX

OPCOM3500E-EOP-FE16E1

OPCOM3500E-EOP-FEE1×8

OPCOM3500E-EOP-FXE1×8

OPCOM3500E-EOPS-8E1

OPCOM3500E-HT-6FE24E1

iTN2100-EOT-GESTM4

Raisecom




14.1 OPCOM3500E-EOPFE


Appearance Function

The OPCOM3500E-EOPFE can abstract multiple EOP services from

SDH signals and then aggregate them to one way of Ethernet service.

Finally, the one way of Ethernet service can be output from the Ethernet

electrical interface on the front panel or transmitted to the switching card

through the backplane.

Support 1–31 ways of E1 signals for accessing the bandwidth. Support configuring aggregated one-way Ethernet service to be output

from the Ethernet electrical interface on the front panel or transmitted to

the switching card through the backplane. Support storm control over broadcast, multicast, and DLF packets. Support interface isolation protection. Support interface aggregation Trunk and protection, Support port mirroring. Support interface loop detection. Support traffic management based on the CoS priority, DSCP priority,

or interface ID and 4-way QoS queue scheduling. The scheduling rule

can be configured to SP or WRR. Support 802.1Q VLAN, 4K concurrent VLANs, and Double Tag

(QinQ). Support standard OAM (IEEE 802.3ah) protocol by 2 SFP interfaces on

the front panel. Support a maximum Rx/forwarding frame length of 1916 bytes. Support 802.3x flow control and back pressure flow control. Support 8K MAC addresses and 30 static MAC addresses. Support

configuring the aging time to 0–3825s. Support enabling or disabling

MAC address learning based on interface. Support interface-based rate limiting and non-linear rate limiting

ranging from 62 kbit/s to 100 Mbit/s. Support transparently transmitting BPDU, LACP, and 802.1x

management frames. Support the following operations in E1 inverse multiplexing mode:

– Support transmitting Ethernet frames to multiple E1 signals in a byte-

interleaving way. – Support Auto MDI/MDI-X. – Support the maximum relative delay ±200ms for E1 links. – Support automatic construction or destruction of E1 links.

Support the framed mode. It supports FAS+CRC4 PCM31 mode and

CRC self-adaption. You can configure them. Support E1 loop detection and BERT. Support remote management for the RC521H-FE and the Gazelle

RM531-FE (B). Support hot swapping.

14.1.2 Slots

The OPCOM3500E-EOPFE can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




14.1.3 Interfaces

Interface types

Table 14-1 lists interfaces on the OPCOM3500E-EOPFE panel.

Table 14-1 Interfaces on the OPCOM3500E-EOPFE panel



FE RJ45 Used for transmitting 1 way of 100 Mbit/s Ethernet services.


Table 14-2 lists parameters of interfaces 1–2 on the OPCOM3500E-EOPFE.

Table 14-2 Parameters of interfaces 1–2 on the OPCOM3500E-EOPFE


Connector type RJ45


MTU 1916 bytes




14.1.4 LEDs

Table 14-3 lists LEDs on the OPCOM3500E-EOPFE panel.

Table 14-3 LEDs on the OPCOM3500E-EOPFE panel






Raisecom





100M Green Ethernet electrical interface 100 Mbit/s LED


LNK/ACT Green Ethernet electrical interface working LED

Green: the Ethernet electrical interface is properly connected. Blinking green: the Ethernet electrical interface is receiving or

sending data. Off: the Ethernet electrical interface is improperly connected or

disconnected.

14.1.5 Alarms

Table 14-4 lists alarms of the OPCOM3500E-EOPFE.

Table 14-4 Alarms of the OPCOM3500E-EOPFE

Alarm Cause Level




Minor



Critical




LOF, CRC, and LOS)



Critical

E1 remote loopback

alarm


a loopback.

Critical


Down



Table 14-5 lists specifications of the OPCOM3500E-EOPFE.

Table 14-5 Specifications of the OPCOM3500E-EOPFE

Parameter Value


Raisecom




Parameter Value

Weight < 0.5 kg

Maximum power

consumption

18 W

Raisecom




14.2 OPCOM3500E-EOP3FE


Appearance Function

The OPCOM3500E-EOP3FE can abstract multiple EOP services from

SDH signals and then aggregate them to one-way Ethernet services.

Finally, the one way of Ethernet service can be output from the

Ethernet electrical/optical interface on the front panel or transmitted to

the switching card through the backplane.

Support 1–31 ways of E1 signals for accessing the bandwidth. Support configuring aggregated one way of Ethernet service to be

output from the Ethernet electrical/optical interface on the front panel

or transmitted to the switching card through the backplane. Support storm control over broadcast, multicast, and DLF packets. Support interface isolation protection. Support interface aggregation Trunk and protection, Support port mirroring. Support interface loop detection. Support traffic management based on the CoS priority, DSCP

priority, or interface ID and 4-way QoS queue scheduling. The

scheduling rule can be configured to SP or WRR. Support 802.1Q VLAN, 4K concurrent VLANs, and Double Tag

(QinQ). Support standard OAM (IEEE 802.3ah) protocol by 2 SFP interfaces

on the front panel. Support a maximum Rx/forwarding frame length of 1916 bytes. Support 802.3x flow control and back pressure flow control. Support 8K MAC addresses and 30 static MAC addresses. Support

configuring the aging time to 0–3825s. Support enabling or disabling

MAC address learning based on interface. Support interface-based rate limiting and non-linear rate limiting

ranging from 62 kbit/s to 100 Mbit/s. Support transparently transmitting BPDU, LACP, and 802.1x


– Support transmitting Ethernet frames to multiple E1 signals in a

byte-interleaving way. – Support Auto MDI/MDI-X. – Support the maximum relative delay ±200ms for E1 links. – Support automatic construction or destruction of E1 links.


CRC self-adaption. You can configure them. Support E1 loop detection and BERT. Support remote management for the RC521H-FE, Gazelle RM531-

FE (B), RC95X, and RC90X. Support hot swapping.

14.2.2 Slots

The OPCOM3500E-EOP3FE can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




14.2.3 Interfaces

Interface types

Table 14-6 lists interfaces on the OPCOM3500E-EOP3FE panel.

Table 14-6 Interfaces on the OPCOM3500E-EOP3FE panel



1, 2 SFP optical interface Service uplink interface Tx indicates the sending interface and Rx


FE RJ45 Used for transmitting 1 way of 100 Mbit/s Ethernet

service.


Table 14-7 lists parameters of the RJ45 interface on the OPCOM3500E-EOP3FE.

Table 14-7 Parameters of the RJ45 interface on the OPCOM3500E-EOP3FE


Connector type RJ45


MTU 1916 bytes




Table 14-8 lists parameters of interfaces 1–2 on the OPCOM3500E-EOP3FE.

Table 14-8 Parameters of interfaces 1–2 on the OPCOM3500E-EOP3FE





MTU 1916 bytes


Raisecom




14.2.4 LEDs

Table 14-9 lists LEDs on the OPCOM3500E-EOP3FE panel.

Table 14-9 LEDs on the OPCOM3500E-EOP3FE panel








LNK/ACT

(electrical interface)

Green Ethernet electrical interface working LED

Green: the Ethernet electrical interface is properly

connected. Blinking green: the Ethernet electrical interface is receiving

or sending data. Off: the Ethernet electrical interface is improperly connected

or disconnected.

SD Green Optical interface input signal LED

Green: input signals are detected on the optical interface. Off: no input signal is detected on the optical interface.

LNK/ACT

(1/2 optical interface)

Green 1/2 optical interface working LED

Green: the 1/2 optical interface is properly connected. Blinking green: the 1/2 optical interface is receiving or

sending data. Off: the 1/2 optical interface is improperly connected or

disconnected.

14.2.5 Alarms

Table 14-10 lists alarms of the OPCOM3500E-EOP3FE.

Table 14-10 Alarms of the OPCOM3500E-EOP3FE

Alarm Cause Level




Minor

Raisecom




Alarm Cause Level



Critical




LOF, CRC, and LOS)



Critical

E1 remote loopback

alarm


a loopback.

Critical


Down



Table 14-11 lists specifications of the OPCOM3500E-EOP3FE.

Table 14-11 Specifications of the OPCOM3500E-EOP3FE

Parameter Value


Weight < 0.5 kg

Maximum power

consumption

20 W

Raisecom




14.3 OPCOM3500E-EOP8FX


Appearance Function

The OPCOM3500E-EOP8FX is an optical interface EoP card used by the

iTN2100.

Perform long-distance transmission of Ethernet data by using E1 lines. Encapsulate Ethernet data from the FE optical interface on the front

panel into EoP signals and mapping them to E1 lines. In the opposite

direction, de-encapsulate EoP signals of E1 lines to Ethernet data and

transmit them to the FE optical interface on the front panel. Provide eight 100 Mbit/s SFP optical interfaces on the front panel. Support E1 framed mode. Support local internal loopback, local external loopback, and remote

external loopback on the E1 interface. Support E1 BERT. Support E1 interface alarm. Support complete Ethernet interface functions, such as Ethernet

interface statistics. Support the Generic Framing Procedure (GFP) Ethernet encapsulation

mode. Support 8 VCGs performing inverse multiplexing. Each VCG supports

up to 16-way E1 signals. 8 VCGs support up to 32-way E1 signals. Support the RC-Link protocol, which can be used to manage RC series

transceivers remotely. Support DDM of the SFP optical module. Support ALS. Support abundant network management functions, such as managing

the remote protocol convertor or the transceiver connected to the

protocol convertor through E1 in-band network management mode. Support complete alarm and performance monitoring functions. Support upgrading the card software online. Support querying default information about the device. Support hot swapping.

14.3.2 Slots

The OPCOM3500E-EOP8FX can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




14.3.3 Interfaces

Interface types

Table 14-12 lists interfaces on the OPCOM3500E-EOP8FX panel.

Table 14-12 Interfaces on the OPCOM3500E-EOP8FX panel



1–8 SFP optical interface Service downlink interface


Table 14-13 lists parameters of interfaces 1–8 on the OPCOM3500E-EOP8FX.

Table 14-13 Parameters of interfaces 1–8 on the OPCOM3500E-EOP8FX



Coding scheme 4B/5B block coding and NRZI line coding


Interface specification 100Base-FX



Compliance standard IEEE 802.3u

14.3.4 LEDs

Table 14-14 lists LEDs on the OPCOM3500E-EOP8FX panel.

Table 14-14 LEDs on the OPCOM3500E-EOP8FX panel






Raisecom





LNK/ACT

(1–8)

Green Ethernet interface working LED

Green: the Ethernet interface is properly connected. Off: the Ethernet interface is improperly connected or

disconnected. Blinking green: the Ethernet interface is receiving or sending

data.


Table 14-15 lists specifications of the OPCOM3500E-EOP8FX.

Table 14-15 Specifications of the OPCOM3500E-EOP8FX

Parameter Value


Weight 0.41 kg

Maximum power

consumption

13 W

Raisecom




14.4 OPCOM3500E-EOP-FE16E1


Appearance Function

The OPCOM3500E-EOP-FE16E1 can abstract multiple EOP services

from SDH signals and then aggregate them to one-way Ethernet

services. Finally, the one-way Ethernet service can be output from the

Ethernet electrical interface on the front panel or transmitted to the

switching card through the backplane.

Support 1–16 ways of E1 signals for accessing the bandwidth. Support configuring aggregated one-way Ethernet service to be output

from the Ethernet electrical interface on the front panel or transmitted

to the switching card through the backplane. Support storm control over broadcast, unknown multicast, and DLF

packets. Support link aggregation. Support 802.1Q VLAN, 4K concurrent VLANs, and Double Tag

(QinQ). Support a maximum frame length of 1632 bytes. Support 802.3x flow control and back pressure flow control. Support 8K MAC addresses and 64 static MAC addresses. Support enabling or disabling MAC address learning based on

interface. Support configuring the aging time to 0–3825s. Support interface-based rate limiting ranging from 62 kbit/s to 100

Mbit/s. Support transparently transmitting BPDU, LACP, and 802.1x


– Support transmitting Ethernet frames to multiple E1 signals in a

frame-interleaving way. – Support Auto MDI/MDI-X. – Support the maximum relative delay ±16ms for E1 links. – Support automatic construction or destruction of E1 links.


CRC self-adaption. You can configure them. Support E1 loop detection and BERT. Support remote management for the Gazelle RM531-FE (B) and

RC521H-FE. Support hot swapping.

14.4.2 Slots

The OPCOM3500E-EOP-FE16E1 can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




14.4.3 Interfaces

Interface types

Table 14-16 lists an interface on the OPCOM3500E-EOP-FE16E1 panel.

Table 14-16 The interface on the OPCOM3500E-EOP-FE16E1 panel


– RJ45 electrical interface Service downlink interface


Table 14-17 lists parameters of the RJ45 interface on the OPCOM3500E-EOP-FE16E1.

Table 14-17 Parameters of the RJ45 interface on the OPCOM3500E-EOP-FE16E1


Connector type RJ45


MTU 1632 bytes




14.4.4 LEDs

There are 5 LEDs on the OPCOM3500E-EOP-FE16E1 panel, as listed in Table 14-18.

Table 14-18 LEDs on the OPCOM3500E-EOP-FE16E1 panel








Raisecom





LNK/ACT Green Ethernet electrical interface working LED

Green: the Ethernet electrical interface is properly connected. Off: the Ethernet electrical interface is improperly connected

or disconnected. Blinking green: the Ethernet electrical interface is receiving

or sending data.

FDX Green Duplex mode LED

Green: the Ethernet electrical interface works in full duplex

mode. Off: the Ethernet electrical interface works in half duplex

mode.

14.4.5 Alarms

Table 14-19 lists alarms of the OPCOM3500E-EOP-FE16E1.

Table 14-19 Alarms of the OPCOM3500E-EOP-FE16E1

Alarm Cause Level




signals.

Minor



Critical




LOF, CRC, and LOS)



Critical

E1 remote loopback

alarm


a loopback.

Critical


Down



Table 14-20 lists specifications of the OPCOM3500E-EOP-FE16E1.

Raisecom




Table 14-20 Specifications of the OPCOM3500E-EOP-FE16E1

Parameter Value


Weight 0.7 kg

Maximum power

consumption

22 W

Raisecom




14.5 OPCOM3500E-EOP-FEE1×8


Appearance Function

The OPCOM3500E-EOP-FEE1×8 is an electrical interface EoPDH

protocol converter card on the iTN2100.

Convert 8 ways of 100BASE-TX (electrical interface) Ethernet signals

input from the front panel through EoPDH, encapsulate them into E1

signals, send them to the aggregation card through the backplane, and

then transmit them to the SDH network through cross connection. In

reverse direction, it demaps 8 ways of E1 signals from the backplane,

abstracts Ethernet signals, and transmits them to the 100BASE-TX

interface on the front panel. The eight 100BASE-TX interfaces correspond to eight E1 channels

respectively and independently. Support hot swapping.

14.5.2 Versions

Table 14-21 lists hardware versions of the OPCOM3500E-EOP-FEE1×8.

Raisecom




Table 14-21 Hardware versions of the OPCOM3500E-EOP-FEE1×8


OPCOM3500E-EOP-FEE1×8 A.00

OPCOM3500E-EOP-FEE1×8 B.00

14.5.3 Slots

Table 14-22 lists slots available for the OPCOM3500E-EOP-FEE1×8.

Table 14-22 Slots available for the OPCOM3500E-EOP-FEE1×8

Chassis Slot

iTN2100 1–5 and 8–12

14.5.4 Interfaces

Interface types

Table 14-23 lists interfaces on the OPCOM3500E-EOP-FEE1×8 panel.

Table 14-23 Interface on the OPCOM3500E-EOP-FEE1×8


– RJ45 electrical interface 100BASE-TX interface


Table 14-24 lists parameters of eight RJ45 interfaces on the OPCOM3500E-EOP-FEE1×8.

Table 14-24 Parameters of eight RJ45 interfaces on the OPCOM3500E-EOP-FEE1×8


Connector type RJ45

Interface rate 100Base-TX, supporting auto-negotiation (supporting 100

Mbit/s full duplex only).

Coding scheme 4B/5B block coding MLT-3 line coding




Raisecom






14.5.5 LEDs

Table 14-25 lists LEDs on the OPCOM3500E-EOP-FEE1×8 panel.

Table 14-25 LEDs on the OPCOM3500E-EOP-FEE1×8 panel






LNK/ACT

(1–8)


Green: the link interface is properly connected. Off: the link interface improperly connected or

disconnected. Blinking green: the link interface is receiving or sending

data.

14.5.6 Alarms

Table 14-26 lists alarms of the OPCOM3500E-EOP-FEE1×8.

Table 14-26 Alarms of the OPCOM3500E-EOP-FEE1×8

Alarm Cause Level

E1 AIS alarm E1 signals are composed of "1" only, because

transmission fails or the peer device outputs AIS signals.

Minor

E1 LOF alarm The output data of uplink devices is incorrect, because

services are improperly configured or hardware fails.

Critical

E1 CRC alarm Data error occurs in transmission. Critical


Figure 14-1 shows the logic diagram of the OPCOM3500E-EOP-FEE1×8.

Raisecom




Figure 14-1 Logic diagram of the OPCOM3500E-EOP-FEE1×8

The OPCOM3500E-EOP-FEE1×8 consists of the management control module, EOP module,

and logic control module.

Management control module: configure and manage interfaces and other modules; provide the debugging interface; communicate with the NMS card.

EOP module: convert Ethernet services to E1 services.

Logic control module: realize logic and control services.

Service direction: interfaces on the front panel ↔ EOP module ↔ aggregation cards through

the backplane


Table 14-27 lists specifications of the OPCOM3500E-EOP-FEE1×8.

Table 14-27 Specifications of the OPCOM3500E-EOP-FEE1×8

Parameter Value


Weight 0.35 kg

Maximum power

consumption

8 W

Raisecom




14.6 OPCOM3500E-EOP-FXE1×8


Appearance Function

The OPCOM3500E-EOP-FXE1×8 is an optical interface EoPDH

protocol converter of the iTN2100.

Convert 8 ways of 100BASE-FX Ethernet signals input from the

front panel through EoPDH, encapsulate them into E1 signals, send

them to the aggregation card through the backplane, and then

transmit them to the SDH network through cross connection. The eight 100BASE-TX interfaces correspond to 8 E1 channels

respectively and independently. E1 interfaces support framed and unframed modes. You can

configure them through command lines or NMS. Support local or remote loopback of E1 links. Support configurable clock modes: local clock or line clock. Support E1 link BERT which is optional. Support statistics of sent frames, received frames, package traffic,

number of error packages on each E1 interface. Support Automatical Laser Shutdown (ALS). Support LPR detection. Provide complete alarm and performance monitoring. Support remote management for the Gazelle RM531-FE (B) and

RC521H-FE. Support hot swapping.

14.6.2 Versions

Table 14-28 lists hardware versions of the OPCOM3500E-EOP-FXE1×8.

Raisecom




Table 14-28 Hardware versions of the OPCOM3500E-EOP-FXE1×8


OPCOM3500E-EOP-FXE1×8 A.00

OPCOM3500E-EOP-FXE1×8 B.00

14.6.3 Slots

Table 14-29 lists slots available for the OPCOM3500E-EOP-FXE1×8.

Table 14-29 Slots available for the OPCOM3500E-EOP-FXE1×8

Chassis Slot

iTN2100 1–5 and 8–12

14.6.4 Interfaces

Interface types

Table 14-30 lists interfaces on the OPCOM3500E-EOP-FXE1×8 panel.

Table 14-30 Interfaces on the OPCOM3500E-EOP-FXE1×8 panel


1–8 SFP optical interface 100Base-FX interface


Table 14-31 lists parameters of the OPCOM3500E-EOP-FXE1×8.

Table 14-31 Parameters of the OPCOM3500E-EOP-FXE1×8


Connector type SFP/LC


Coding scheme 4B/5B block coding NRZI coding




Raisecom




14.6.5 LEDs

Table 14-32 lists LEDs on the OPCOM3500E-EOP-FXE1×8 panel

Table 14-32 LEDs on the OPCOM3500E-EOP-FXE1×8 panel






LNK/ACT

(1–8)



14.6.6 Alarms

Table 14-33 lists alarms of the OPCOM3500E-EOP-FXE1×8.

Table 14-33 Alarms of the OPCOM3500E-EOP-FXE1×8

Alarm Cause Level

SFP absence alarm The SFP optical module is removed. The SFP optical module is improperly

installed. The SFP optical module fails.

Critical

SFP sending failure alarm The SFP optical module fails. Critical

SFP receiving LOS alarm Attenuation of received signals is over great. The peer sender fails. The fiber head is unclean or the connector is

improperly connected. The local receiver fails.

Critical



Minor

E1 LOF alarm The output data of uplink devices is incorrect,

because services are improperly configured or hardware fails.

Critical


Ethernet interface link down

alarm

Fiber is disconnected. The Rx and Tx of the peer device fail.

Critical

Raisecom




Alarm Cause Level

LPR alarm on the peer

device

The remote transceiver is powered off. Critical


Figure 14-2 shows the logic diagram of the OPCOM3500E-EOP-FXE1×8.

Figure 14-2 Logic diagram of the OPCOM3500E-EOP-FXE1×8

The OPCOM3500E-EOP-FXE1×8 consists of the management control module, EOP module,


Management control module: configure and manage interfaces and other modules; provide the debugging interface; communicate with the NMS card.

EOP module: convert Ethernet services into E1 services.



the backplane


Table 14-34 lists specifications of the OPCOM3500E-EOP-FXE1×8.

Raisecom




Table 14-34 Specifications of the OPCOM3500E-EOP-FXE1×8

Parameter Value


Weight 0.35 kg

Maximum power

consumption

15 W

Raisecom




14.7 OPCOM3500E-EOPS-8E1


Appearance Function

The OPCOM3500E-EOPS-8E1 is an EOP-to-EOS card with

unbalanced interfaces used by the iTN2100.

The OPCOM3500E-EOPS-8E1 has the following functions:

Provide one DB37 interface by the front panel, supporting 8 E1

channels which are independent from each other or reversely

multiplex. Reversely-multiplexed Ethernet services can be assigned based on

N×VC12 to be transmitted to the SDH network. Support framed and unframed modes by the E1 interface. They can

be configured through software. Support local and remote loopbacks on E1 links. Support making statistics on the number of received packets,

transmitted packets, error packets, and traffic. Support selecting a clock mode: local clock or line clock. Support optional E1 link BERT. Support GFP and LAPS Ethernet encapsulation modes. Support VCAT and Link Capacity Adjust Scheme (LCAS). Provide complete alarm and performance monitoring. Support managing any Raisecom RC95X series remote protocol

convertor regardless whether the device is directly connected or

connected through a device from other vendors. Support hot swapping.

14.7.2 Slots

The OPCOM3500E-EOPS-8E1 can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




14.7.3 Interfaces

Interface types

Table 14-35 lists interface on the OPCOM3500E-EOPS-8E1 panel.

Table 14-35 The interface on the OPCOM3500E-EOPS-8E1 panel


– DB37 male connector Unbalanced interface


Table 14-36 lists parameters of the DB37 interface on the OPCOM3500E-EOPS-8E1.

Table 14-36 Parameters of the DB37 interface on the OPCOM3500E-EOPS-8E1



Interface rate 2048 kbit/s ± 50 ppm


Coding scheme HDB3

Frame structure Framed or unframed. The framed mode complies with ITU-T

G.704 recommendations.

E1 standard Comply with ITU-T G.703 recommendations.


Wander features Comply with ITU-T G.823 recommendations.

14.7.4 LEDs

Table 14-37 lists LEDs on the OPCOM3500E-EOPS-8E1 panel.

Table 14-37 LEDs on the OPCOM3500E-EOPS-8E1 panel




Raisecom







ALM

(1–8)

Red Overall alarm LED

Red: the LOS, LOF, AIS, or CRC_ERR alarm is

generated on the local device. Blinking red: the LOS, LOF, AIS, or CRC_ERR alarm is

generated on the remote device. Off: no LOS, LOF, AIS, or CRC_ERR alarm is generated

on the local and remote devices.

LOS

(1–8)

Red LOS alarm LED

Red: local E1 LOS alarms are generated. Off: no local E1 LOS alarms are generated.

14.7.5 Alarms

Table 14-38 lists alarms of the OPCOM3500E-EOPS-8E1.

Table 14-38 Alarms of the OPCOM3500E-EOPS-8E1

Alarm Cause Level



Minor



Critical


TU-AIS Signals from the aggregation card fails. Minor

14.7.6 Cables

Table 14-39 lists cables available for the OPCOM3500E-EOPS-8E1.

Table 14-39 Cables available for the OPCOM3500E-EOPS-8E1


OPCOM3500E-EOPS-8E1 CBL-E1-DB37F(40)/16NC CBL-E1-DB37F/16BNCF CBL-E1-DB37F/16BNCM

Raisecom





Table 14-40 lists specifications of the OPCOM3500E-EOPS-8E1.

Table 14-40 Specifications of the OPCOM3500E-EOPS-8E1

Parameter Value


Weight 0.4 kg

Maximum power

consumption

10.45 W

Raisecom




14.8 OPCOM3500E-HT-6FE24E1


Appearance Function

The OPCOM3500E-HT-6FE24E1 is an electrical interface EoPDH

protocol converter card on the iTN2100.

You can configure the first 6 FE interfaces to 100 Mbit/s full duplex

mode fixedly or auto-negotiation mode (in this mode it supports 100

Mbit/s full duplex only). You can configure the wiring scheme to

MDIX or auto-negotiation. Support flow control on the FE interface. Support statistics of Tx and Rx of packets on the Ethernet interfaces. Each E1 interface supports framed and unframed modes in single-E1

mode. Support the following in E1 inverse multiplexing mode:

– Support inverse multiplexing of up to eight E1 links. – Support transmitting Ethernet frames to multiple E1 signals in a

frame-interleaving way. – Support Auto MDI/MDI-X. – Support the maximum relative delay ±16ms for E1 links. – Support automatic construction or destruction of E1 links.


automatical CRC. You can configure them. Support E1 loop detection and BERT. Support statistics of sent frames, received frames, package traffic,

number of error packages on each E1 interface. Support remote management for remote protocol converters, attached

Ethernet transceivers, and the RC521H-FE and the Gazelle RM531-FE

(B). Support hot swapping.

14.8.2 Versions

Table 14-41 lists hardware versions of the OPCOM3500E-HT-6FE24E1.

Raisecom




Table 14-41 Hardware versions of the OPCOM3500E-HT-6FE24E1


OPCOM3500E-HT-6FE24E1 A.00

OPCOM3500E-HT-6FE24E1 B.00

14.8.3 Slots

Table 14-42 lists slots available for the OPCOM3500E-HT-6FE24E1.

Table 14-42 Slots available for the OPCOM3500E-HT-6FE24E1

Chassis Slot

iTN2100 1–5 and 8–12

14.8.4 Interfaces

Interface types

Table 14-43 lists interfaces on the OPCOM3500E-HT-6FE24E1 panel.

Table 14-43 Interfaces on the OPCOM3500E-HT-6FE24E1 panel


1–6 RJ45 Six ways of EF electrical interfaces

DebugE and DebugC RJ45 Debugging interfaces


Table 14-44 lists parameters of interfaces 1–6 on the OPCOM3500E-HT-6FE24E1.

Table 14-44 Parameters of interfaces 1–6 on the OPCOM3500E-HT-6FE24E1


Connector type RJ45

Interface rate Support auto-negotiation (but in this mode it supports 100 Mbit/s full

duplex only).




Raisecom




14.8.5 LEDs

Table 14-45 lists LEDs on the OPCOM3500E-HT-6FE24E1 panel.

Table 14-45 LEDs on the OPCOM3500E-HT-6FE24E1 panel






LNK/ACT

(1–6)



14.8.6 Alarms

Table 14-46 lists alarms of the OPCOM3500E-HT-6FE24E1.

Table 14-46 Alarms of the OPCOM3500E-HT-6FE24E1

Alarm Cause Level

E1 AIS alarm E1 signals are composed of "1" only,

because transmission fails or the peer device outputs AIS signals.

Critical

E1 LOF alarm The output data of uplink devices is

incorrect, because services are improperly

configured or hardware fails.

Critical


E1 GID ERROR alarm Reverse duplexing is improperly

configured.

Critical

E1 remote loopback alarm The remote device managed by the card generates loopback alarms.

Critical


alarms

Alarms are generated due to Ethernet

interface link failure.

Critical


Figure 14-3 shows the logic diagram of the OPCOM3500E-HT-6FE24E1.

Raisecom




Figure 14-3 Logic diagram of the OPCOM3500E-HT-6FE24E1

The OPCOM3500E-HT-6FE24E1 consists of the management control module, EOP module,


Management control module: configure and manage interfaces and other modules;

control cooperation of all modules; provide the debugging interface; communicate with

the NMS card.

EOP module: convert Ethernet services to E1 services; realize inverse multiplexing of E1 channels.



the backplane


Table 14-47 lists specifications of the OPCOM3500E-HT-6FE24E1.

Table 14-47 Specifications of the OPCOM3500E-HT-6FE24E1

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

12 W

Raisecom




14.9 iTN2100-EOT-GESTM4


Appearance Function

The iTN2100-EOT-GESTM4 is EOPOS and EOS protocol converter


Support EOPOS and EOS. You can configure parameters for each

channel independently. You can configure 4 STM interfaces on the front panel to STM1 or the

first STM interface to STM4 (in this case, other interfaces become

invalid). EOPOS encapsulation supports GFP. EOS channels support N×VC12. Support up to 252 VCGs, with members as below:

– EOP supports 16×E1. – EOS supports 64×VC12.

Support flow classification based on VLAN tags. The maximum

number of flows is 4k. Support Ethernet flow control. Support QinQ. Support DDM of SFP modules. Support SDH overhead processing, statistics of alarms and

performance. Support configurable SDH clock source: local clock, line clock,

system TDM clock, or system Ethernet clock. Support SDH clock drifting, with jitter complying with ITU-T

standards. Support VC12 1+1 channel protection of SDH on the card. Support Automatical Switchover Protection (ASP) of the two

switching cards on the iTN2100. Support in-band remote management for EOP and EOS devices. Support hot swapping. Support SDH interface protection between 2 cards. However, the 2

cards must be inserted into specified slots: slots 2 and 4 or slots 3 and

5. Support accessing the SDH network through the aggregation card.

However, the card must be inserted into slot 2 or slot 4 of the

iTN2100.

14.9.2 Slots

The iTN2100-EOT-GESTM4 can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




14.9.3 Interfaces

Interface types

Table 14-48 lists interfaces on the iTN2100-EOT-GESTM4 panel.

Table 14-48 Interfaces on the iTN2100-EOT-GESTM4 panel


1–4 SFP optical interface Service uplink interfaces



Table 14-49 lists parameters of interfaces 1–4 on the iTN2100-EOT-GESTM4.

Table 14-49 Parameters of interfaces 1–4 on the iTN2100-EOT-GESTM4


Connector type SFP optical interface (LC)

Interface rate You can configure four STM interfaces on the front panel to STM1

or the first STM interface to STM4 (other interfaces becomes invalid).

Coding scheme NRZ




14.9.4 LEDs

Table 14-50 lists LEDs on the iTN2100-EOT-GESTM4 panel.

Table 14-50 LEDs on the iTN2100-EOT-GESTM4 panel






Raisecom





ACT Green Primary/Slave LED for the aggregation card

In dual-card protection mode: – Green: the card is primary. – Off: the card is slave.

In non-protection mode: it is Green.



interfaces 1, 2, 3, and 4. Off: no input LOF alarms are generated on optical

interfaces 1, 2, 3, and 4.



interfaces 1, 2, 3, and 4. Off: no input LOS alarms are generated on optical

interfaces 1, 2, 3, and 4.

14.9.5 DIP switches

Table 14-51 lists configurations of the DIP switch on the iTN2100-EOT-GESTM4.

Table 14-51 Configurations of the DIP switch on the iTN2100-EOT-GESTM4

SW1 Function Status Description

No.

Bit1 Configure the

optical

interface rate.

ON Configure the rate of the first optical interface to

STM-4; others become invalid.

OFF Configure the rate of the four optical interfaces to

STM-1.

Bit2 Configure the

valid SDH

interface.

ON The SDN interface on the backplane takes effect.

Meanwhile, the SDH interface on the front panel is

invalid.

OFF The SDN interface on the front panel takes effect.

Meanwhile, the SDH interface on the backplane is invalid.

By default, Bit1 is OFF. When configuring the SDH interface on the backplane to take effect through Bit2, you need to configure Bit1 to ON.

Raisecom




14.9.6 Alarms

Table 14-52 lists alarms of the iTN2100-EOT-GESTM4.

Table 14-52 Alarms of the iTN2100-EOT-GESTM4

Alarm Cause Level

SFP absence alarm The SFP optical module is removed. The SFP optical module is improperly installed. The SFP optical module fails.

Critical

SFP sending failure

alarm

The SFP optical module fails. Critical

RS-LOS alarm Attenuation of received signals is over great. The peer sender fails. The fiber head is unclean or the connector is


Critical


Critical

RS-TIM The received trace byte of the local device and the

sent trace byte of the peer device are inconsistent. Services are improperly configured.

Critical

AU-AIS The AU-AIS alarm of the VC4 channel is triggered

by MS-AIS, R-LOS, R-LOF alarms. Services are improperly configured. The peer device sends AU-AIS alarms. The Tx part of the peer device or the Rx part of the

local device fails.

Minor

AU-LOP The Rx part of the peer device fails. Services are improperly configured on the peer

device. BER of the local device is over great.

Critical


Critical

MS-AIS Multiplex section alarm LED Alarm signals are inserted in the optical signals sent

by the peer device. The peer device is a regenerator and receives LOS,

LOF, or OOF alarms.

Minor

HP-LOM HP LOM alarm


Critical

HP-TIM The received channel trace byte of the local device

and the sent channel trace byte of the peer device are

inconsistent. Services are improperly configured.

Critical

HP-PLM The received signal marking byte of the local device

and the sent signal marking byte of the peer device

are inconsistent. Services are improperly configured.

Critical

Raisecom




Alarm Cause Level


Minor

TU-LOP The interface between the tributary card and the

cross-connection card fails. Services are improperly configured.

Critical

LP-TIM The low order path trace identifiers of the local

device and the peer device are inconsistent. Services are improperly configured.

Critical



Critical

E1 LOF alarm The output data of uplink devices is incorrect, because

services are improperly configured or hardware fails.

Critical


E1 remote loopback

alarm


loopback alarms.

Critical


Table 14-53 lists specifications of the iTN2100-EOT-GESTM4.

Table 14-53 Specifications of the iTN2100-EOT-GESTM4

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

30 W

Raisecom

iTN2100 (P100R002) Hardware Description 15 EOS cards



15 EOS cards

This chapter describes EOS cards of the iTN2100, including the following sections:

OPCOM3500E-EOS-8FE

OPCOM3500E-EOSE-4FX

OPCOM3500E-EOSE-8FX

OPCOM3500E-4EOS-4FE

OPCOM3500E-4EOS-4FX

OPCOM3500E-8EOS-GC

OPCOM3500E-DSEE

OPCOM3500E-HSEE

OPCOM3500E-HSEEC

OPCOM3500E-HEESC

OPCOM3500E-ACEWA

Raisecom




15.1 OPCOM3500E-EOS-8FE


Appearance Function

The OPCOM3500E-EOS-8FE is an EOS tributary card with 8 electrical

interfaces on the iTN2100. At present, there are two versions: B and C.

Support up to 8 ways of 10/100 Mbit/s Ethernet electrical interfaces

services. Support assigning eight ways of Ethernet services with bandwidth of

N×VC12, transmitting them to the SDH network, and sharing bandwidth of

63×VC12. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support configuring lower-order overhead bytes J2, K4, and V5. The byte

V5 is fixed as 0x05 in version C and thus it cannot be configured. Support decoding/scrambling core frame head and payload (supported by

version B only). Support online software upgrade for local devices. Support complete alarms and performance monitoring. Support complete Ethernet interface features. Support querying default information about the device. Support hot swapping.

The left is version B and the right is version C.

15.1.2 Slots

The OPCOM3500E-EOS-8FE can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.1.3 Interfaces

Interface types

Table 15-1 lists interfaces on the OPCOM3500E-EOS-8FE panel.

Table 15-1 Interfaces on the OPCOM3500E-EOS-8FE panel


– RJ45 Service downlink interfaces 8 FE electrical interfaces


Table 15-2 lists parameters of interfaces on the OPCOM3500E-EOS-8FE.

Table 15-2 Parameters of interfaces on the OPCOM3500E-EOS-8FE


Connector type RJ45


15.1.4 LEDs

Table 15-3 lists LEDs on the OPCOM3500E-EOS-8FE panel

Table 15-3 LEDs on the OPCOM3500E-EOS-8FE panel






ALM Red Alarm LED

Red: TU-AIS or TU-LOP alarms are generated in the LP of

service allocation. Off: no TU-AIS or TU-LOP alarms are generated in the LP of

service allocation.

100M

(1–8)

Green Interface rate LED

Green: the interface is working at 100 Mbit/s. Off: the interface is working at 10 Mbit/s.

Raisecom





LNK/ACT

(1–8)

Green Interface connection status LED

Green: the interface is connected properly. Off: the interface is disconnected or is connected improperly. Blinking green: the interface is receiving or sending data.

15.1.5 DIP switches

There are no DIP switches available for users on the OPCOM3500E-EOS-8FE.


Figure 15-1 shows the logic diagram of the OPCOM3500E-EOS-8FE.

Figure 15-1 Logic diagram of the OPCOM3500E-EOS-8FE

The OPCOM3500E-EOS-8FE consists of the management control module, Ethernet

encapsulation module, EOS module, and timing adjustment module.

Management control module: exchange network management information, and control other modules to coordinate with each other.

Ethernet encapsulation module: adjust received Ethernet signals.

EOS module: encapsulate Ethernet signals into EOS signals, or decapsulate EOS signals.

Timing adjustment module: adjust the timing sequence of the timeslot.

Service direction:

Raisecom




Ingress direction: Ethernet signals input from the interface are mapped into SDH signals

through the EOS module, and then are transmitted to the aggregation card through the timing adjustment module.

Egress direction: SDH signals are transmitted from the aggregation card to the timing

adjustment module, and then are decapsulated into Ethernet signals though the EOS

module, and then are output from the interface on the front panel.


Table 15-4 lists specifications of the OPCOM3500E-EOS-8FE (B).

Table 15-4 Specifications of the OPCOM3500E-EOS-8FE (B)

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

10.45 W

Table 15-5 lists specifications of the OPCOM3500E-EOS-8FE (C).

Table 15-5 Specifications of the OPCOM3500E-EOS-8FE (C)

Parameter Value


Weight < 0.44 kg

Maximum power

consumption

13 W

Raisecom




15.2 OPCOM3500E-EOSE-4FX


Appearance Function

The OPCOM3500E-EOSE-4FX is an EOS tributary card with 4

electrical interfaces on the iTN2100.

Provide 8 ways of 100 Mbit/s Ethernet electrical interfaces. Support adding standard 802.1q Tag for the Ethernet services

received inside the card. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support assigning 4 ways of Ethernet services with bandwidth of

N×VC12 and N×VC3, transmitting them to the SDH network. Support the maximum frame size of the Ethernet data: 2000B. Support online software upgrade for local devices. Support managing remote 100 Mbit/s Ethernet optical transceivers,

such as, RC500 series, RC600 series, Gazelle RM531-FE (B), and

RC521H-FE. Support complete alarms and performance monitoring. Provide statistics of sending, receiving, and error packets for each

ACG frame. Support hot swapping.

15.2.2 Slots

The OPCOM3500E-EOSE-4FX can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.2.3 Interfaces

Interface types

Table 15-6 lists interfaces on the OPCOM3500E-EOSE-4FX panel.

Table 15-6 Interfaces on the OPCOM3500E-EOSE-4FX panel


1–4 1×9 optical interface Each interface transmits a way of Ethernet optical

signals. Tx indicates the sending interface and Rx indicates



Table 15-7 lists parameters of interfaces 1–4 on the OPCOM3500E-EOSE-4FX.

Table 15-7 Parameters of interfaces 1–4 on the OPCOM3500E-EOSE-4FX





Flow control IEEE 802.3x flow control

Standard IEEE 802.3x, IEEE 802.3u, and IEEE 802.1q

15.2.4 LEDs

Table 15-8 lists LEDs on the OPCOM3500E-EOSE-4FX panel.

Table 15-8 LEDs on the OPCOM3500E-EOSE-4FX panel






Raisecom





ALM Red Alarm LED

Red: TU-AIS, TU-LOP, or LP-EXLOM alarm is generated in

VC-12. Off: no TU-AIS, TU-LOP, or LP-EXLOM alarm is generated

in VC-12.

LNK/ACT

(1–4)

Green Line working LED

Green: the interface is working properly. Off: the interface is disconnected or is working improperly. Blinking green: the interface is receiving or sending data.

15.2.5 Alarms

Table 15-9 lists alarms of the OPCOM3500E-EOSE-4FX.

Table 15-9 Alarms of the OPCOM3500E-EOSE-4FX

Alarm Cause

TU pointer loss/All-1 alarm,

TU-LOP, and TU-AIS

The SDH signal sent from the aggregation

card fails. The hardware of the card is faulty and SDH

data received on the backplane is incorrect. The clock timing signal of the card is lost.

LP-EXLOM Invalid K4 overhead is received in the

continuous three frames. The b1 of K4 byte

loses multiframe, and K4 byte sent from the peer EOS device fails.

LP-UNEQ The low-order path is loaded, and the V5

byte sent from the peer EOS device fails.


Table 15-10 lists specifications of the OPCOM3500E-EOSE-4FX.

Table 15-10 Specifications of the OPCOM3500E-EOSE-4FX

Parameter Value


Weight 0.355 kg

Maximum power

consumption

10.1 W

Raisecom




15.3 OPCOM3500E-EOSE-8FX


Appearance Function

A/B version C version The OPCOM3500E-EOSE-8FX is an EOS tributary

card with labeling function and 4 electrical interfaces on the iTN2100.

Provide 8 ways of 100 Mbit/s Ethernet electrical

interfaces. Support SFP module hot swapping. Support DDM for the SFP module. Support assigning 8 ways of Ethernet services with

bandwidth of N×VC12, transmitting them to the

SDH network, and sharing bandwidth of63×VC12. The backplane of the card supports 155 M

bandwidth. Support adding standard 802.1q Tag for the Ethernet

data packets received inside the card. Support two Ethernet encapsulation modes: GFP and

LAPS. Support VCAT and LCAS. Support RC-Link protocol. Support managing remote 100 Mbit/s Ethernet

optical transceivers, such as, RC500 series, RC600

series, and Gazelle RM531-FE (B). Support complete alarms and performance

monitoring. Support complete Ethernet interface features. Support querying default information about the

device. Support hot swapping.

Raisecom




15.3.2 Slots

The OPCOM3500E-EOSE-8FX can be inserted into slots 1–5 and 8–12 on the iTN2100.

15.3.3 Interfaces

Interface types

Table 15-11 and Table 15-12 list interfaces on the OPCOM3500E-EOSE-8FX panel.

Table 15-11 Interfaces on the OPCOM3500E-EOSE-8FX (A/B version) panel


1–8 SFP optical

interface

Each interface transmits a way of Ethernet optical

signals.

Table 15-12 Interfaces on the OPCOM3500E-EOSE-8FX (C version) panel


1–8 SFP optical

interface


signals.



Table 15-13 lists parameters of interfaces 1–8 on the OPCOM3500E-EOSE-8FX.

Table 15-13 Parameters of interfaces 1–8 on the OPCOM3500E-EOSE-8FX




Interface specification 100BASE-FX

Standard IEEE 802.3u

15.3.4 LEDs


Raisecom










ALM Red Alarm LED (no alarm LED on the version C card)

Red: TU-AIS or TU-LOP alarm is generated in the service-

distributed lower order path. Off: no TU-AIS or TU-LOP alarm is generated in the

service-distributed lower order path.

LNK/ACT

(1–8)



15.3.5 Alarms

Table 15-15 lists alarms of the OPCOM3500E-EOSE-8FX.

Table 15-15 Alarms of the OPCOM3500E-EOSE-8FX

Alarm Cause Level



Critical




Critical


alarm


Critical


device



Figure 15-2 shows logic diagram of the OPCOM3500E-EOSE-8FX. The debugging interface is available to the OPCOM3500E-EOSE-8FX (C) only.

Raisecom




Figure 15-2 Logic diagram of the OPCOM3500E-EOSE-8FX

The OPCOM3500E-EOSE-8FX consists of the management control module, restoration

module, logic control module, EOS module, and power module.

Management control module: exchange network management information, save the

control command and configuration status of the card, and control other modules to coordinate with each other.

Restoration module: restore the management control module, EOS module, and logic control module.

Logic control module: complete functions of management control module, EOS module

communication, and clock processing.

EOS module: encapsulate Ethernet signals, and map them into SDH signals according to N×VC12 and communicate with aggregation card.

Service direction:

Raisecom




Direction from Ethernet signals to SDH signals: Ethernet signals enter the EOS module

through the front panel, and are encapsulated by the GFP/LAPS to adjust time sequence, then are sent to the aggregation card according to N×VC12 mapped into SDH signals.

Direction from SDH signals to Ethernet signals: SDH signals received on the backplane

enter the EOS module. They are decapsulated to Ethernet signals, and are transmitted

through the front plane.


Table 15-16 and Table 15-17 list specifications of the OPCOM3500E-EOSE-8FX.

Table 15-16 Specifications of the OPCOM3500E-EOSE-8FX (A/B version)

Parameter Value


Weight 0.35 kg

Maximum power

consumption

8.55 W

Table 15-17 Specifications of the OPCOM3500E-EOSE-8FX (C version)

Parameter Value


Weight 0.42 kg

Maximum power

consumption

17 W

Raisecom




15.4 OPCOM3500E-4EOS-4FE


Appearance Function

The OPCOM3500E-4EOS-4FE is an EOS tributary card with 4 electrical

interfaces on the iTN2100,

Provide four 100 Mbit/s Ethernet electrical interfaces.

Support mapping the Ethernet signals into SDH signals, aggregating

SDH signals through the aggregation card, and entering the SDH

network. Support Ethernet services to be transmitted uplink through the GE

interface on the switching card. Support up to 4 VCGs. Support two Ethernet encapsulation modes: GFP and LAPS. Support LCAS. Support storm control over broadcast packets, unknown multicast

packets, and DLF packets. Support interface isolation protection. Support interface aggregation. Support QoS and determine four output queues by priority. Support 802.1Q VLAN and support 4K concurrent VLANs. Support QinQ. Support 8K MAC addresses and 30 static MAC addresses. Support enabling or disabling MAC address learning based on

interface. Support configuring the aging to 0–3825s. Support interface-based non-linear rate limiting ranging from 62 kbit/s


management frames. Support hot swapping.

15.4.2 Slots

The OPCOM3500E-4EOS-4FE can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.4.3 Interfaces

Interface types

Table 15-18 lists interfaces on the OPCOM3500E-4EOS-4FE panel.

Table 15-18 Interfaces on the OPCOM3500E-4EOS-4FE panel


– RJ45 Each interface transmits a way of Ethernet electrical

signals.


Table 15-19 lists parameters of interfaces on the OPCOM3500E-4EOS-4FE.

Table 15-19 Parameters of interfaces on the OPCOM3500E-4EOS-4FE


Connector type RJ45


MTU 1632 bytes

Duplex mode Full/Half duplex auto-negotiation


Wiring Auto MDI/MDIX

15.4.4 LEDs

Table 15-20 lists LEDs on the OPCOM3500E-4EOS-4FE panel.

Table 15-20 LEDs on the OPCOM3500E-4EOS-4FE panel






Raisecom





ALM Red Alarm LED

Red: TU-AIS or TU-LOP alarm are generated in VC-12. Off: no TU-AIS or TU-LOP alarm are generated in VC-12.

100 M

(1–4)

Green Working rate of Ethernet electrical interface LED

Green: the working rate is under 100Mbit/s. Off: the working rate is under 100Mbit/s or the Ethernet

electrical interface is disconnected.

LNK/ACT

(1–4)



15.4.5 DIP switches

Table 15-21 lists configurations of DIP switches on the OPCOM3500E-4EOS-4FE.

Table 15-21 Configurations of DIP switch SW1 on the OPCOM3500E-4EOS-4FE

DIP switch


Bit1 Bit2

SW1 Configure

working mode of the card

ON ON Configure the card in EOS and ESW

working mode.

EOS services can be transmitted to

the switching card through the

backplane, and also can be

transmitted through the front panel interface to access other devices.

OFF OFF Configure the card in EOS working

mode.

EOS services are transmitted from

the front panel only.

By default, SW1 is all OFF. Namely, the card is working in EOS mode by

default. After you configure working mode of SW1, configurations take effect after

power-on. Configuring SW1 in power-on status is not supported.

15.4.6 Alarms

Table 15-22 lists alarms of the OPCOM3500E-4EOS-4FE.

Raisecom




Table 15-22 Alarms of the OPCOM3500E-4EOS-4FE

Alarm Cause Level

Alarm overall alarm TU-AIS, TU-LOP Critical

Ethernet optical interface

link failure alarm

Fiber is disconnected. Critical

EOS AIS alarm Services are improperly configured. The channel to the peer device fails. The cross connection module fails.

Minor

EOS LOP alarm The interface between a tributary card and

the cross-connection card fails. Services are improperly configured. Hardware fails.

Critical


Table 15-23 lists specifications of the OPCOM3500E-4EOS-4FE.

Table 15-23 Specifications of the OPCOM3500E-4EOS-4FE

Parameter Value


Weight 0.35 kg

Maximum power

consumption

12 W

Raisecom




15.5 OPCOM3500E-4EOS-4FX


Appearance Function

The OPCOM3500E-4EOS-4FX is an EOS tributary card with 4 optical

interfaces on the iTN2100, and it supports two working modes: EOS and ESW.

Provide four 100 Mbit/s Ethernet optical interfaces. Support two working modes: EOS and ESW.

– In EOS mode, Ethernet services received from the front panel are

mapped into SDH signals, and are transmitted to the aggregation

cards for aggregation, and then are transmitted to the SDH network. – In ESW mode, Ethernet services received from the front panel are

transmitted to the switching card through the backplane after

aggregation, and then are transmitted uplink through the switching

card. Support assigning four ways of Ethernet services with bandwidth of

N×VC12 for virtual cascading, and then transmitting them to the SDH

network. Support up to four VCGs. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support storm control over broadcast messages, unknown multicast

messages, and DLF messages. Support interface isolation protection. Support interface aggregation. Support QoS and determine four output queues by priority. Support 802.1Q VLAN and support 4K concurrent VLANs. Support QinQ. Support 8k MAC addresses and 30 static MAC addresses. Support enabling or disabling MAC address learning based on

interface. Support configurable aging time ranging from 0s to 3825s. By default,

it is 300s. Support interface-based non-linear rate limiting ranging from 62 kbit/s


management frames. Support managing remote transceivers, the Gazelle RM531-FE (B),

and RC521H-FE. Support hot swapping.

15.5.2 Slots

The OPCOM3500E-4EOS-4FX can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.5.3 Interfaces

Interface types

Table 15-24 lists interfaces on the OPCOM3500E-4EOS-4FX panel.

Table 15-24 Interfaces on the OPCOM3500E-4EOS-4FX panel






Table 15-25 lists parameters of interfaces 1–4 on the OPCOM3500E-4EOS-4FX.

Table 15-25 Parameters of interfaces 1–4 on the OPCOM3500E-4EOS-4FX




MTU 1632 bytes


15.5.4 LEDs

Table 15-26 LEDs on the OPCOM3500E-4EOS-4FX panel.

Table 15-26 LEDs on the OPCOM3500E-4EOS-4FX panel






ALM Red Alarm LED

Red: TU-AIS or TU-LOP alarm are generated in VC-12. Off: no TU-AIS or TU-LOP alarm are generated in VC-12.

Raisecom





SD

(1–4)

Green Optical signal detection LED

Green: optical signals are detected. Off: no optical signals are detected.

LNK/ACT

(1–4)



15.5.5 DIP switches

Table 15-27 and Table 15-28 list configurations of DIP switches on the OPCOM3500E-

4EOS-4FX.

Table 15-27 Configurations of DIP switch SW1 on the OPCOM3500E-4EOS-4FX

DIP switch Function Status Description

Bit1 Bit2

SW1 Configure working mode

of the card

ON ON Configure the card in

ESW working mode.

OFF OFF Configure the card in

EOS working mode.

By default, SW1 is all OFF. Namely, the card is working in EOS mode by

default. After you configure working mode of SW1, configurations take effect after

power-on. Configuring SW1 during power-on is not supported.

Table 15-28 Configurations of DIP switch SW2 on the OPCOM3500E-4EOS-4FX

DIP switch



SW2 Configure

the type of

optical-


ON ON ON ON M

ON ON ON OFF S1

ON ON OFF ON S2

ON ON OFF OFF S3

ON OFF ON ON SS13

ON OFF ON OFF SS15

Raisecom




DIP switch



ON OFF OFF ON SS23

ON OFF OFF OFF SS25

SW2 is properly configured before the card leaves the factory. Do not configure it if not needed.

15.5.6 Alarms

Table 15-29 lists alarms of the OPCOM3500E-4EOS-4FX.

Table 15-29 Alarms of the OPCOM3500E-4EOS-4FX

Alarm Cause Level

Alarm overall alarm TU-AIS, TU-LOP Critical

Optical signal LOS No optical signals are input. Critical

Ethernet optical interface

link failure alarm

Fiber is disconnected. The Rx and Tx of the remote device fail.

Critical

EOS AIS alarm Services are improperly configured. The channel to the peer device fails. The cross connection module fails.

Minor

EOS LOP alarm The interface between a tributary card and

the cross-connection card fails. Services are improperly configured. Hardware fails.

Critical

Remote device LPR alarm The remote transceiver is powered off. Critical


Table 15-30 lists specifications of the OPCOM3500E-4EOS-4FX.

Table 15-30 Specifications of the OPCOM3500E-4EOS-4FX

Parameter Value


Weight 0.4 kg

Maximum power

consumption

12 W

Raisecom




15.6 OPCOM3500E-8EOS-GC


Appearance Function

The OPCOM3500E-8EOS-GC is an 8-way EOS service aggregation card on the iTN2100.

At present, there are two versions: B and C.

The OPCOM3500E-8EOS-GC (GC mode) can be translated into the OPCOM3500E-

8EOS-FE (FE mode) or the OPCOM3500E-8EOS-FX (FX mode) through the DIP switch. Support smoothly translating the original OPCOM3500E-8EOS-FE/FX to the

OPCOM3500E-8EOS-GC (FE/FX mode) by replacing the card without reconfiguring it. Provide one 1000 Mbit/s Ethernet electrical interface and one 1000 Mbit/s Ethernet optical

interface. Support 1000 Mbit/s COMBO (optical-electrical multiplexing) for the optical

interface and 10/100/1000 Mbit/s COMBO (optical-electrical multiplexing) for the

electrical interface. In FE/FX mode, the rate of the COMBO interface on the front panel is

100 Mbit/s. The backplane decapsulates 8 ways of EOS services from SDH signals and aggregates

them into one-way Ethernet signals. These Ethernet signals can be output from the

Ethernet interface on the front panel or be transmitted to the switching card through the

backplane. The 1-way Ethernet signals, transmitted by the switching card, can be output from the

Ethernet interface on the front panel or be mapped to the SDH frame structure at the rate

of N×VC12. After timeslot cross connection, these Ethernet signals are transmitted to the

aggregation card through the backplane. Support 8 VCGs. For each VCG, the maximum bandwidth is 100 Mbit/s. Support configuring lower-order overhead bytes J2, K4, and V5. The byte V5 is fixed as

0x05 in version C and thus it cannot be configured. Support decoding/scrambling core frame head and payload (only version B supports). Ethernet services can be virtually cascaded at the rate of N×VC12 or N×VC3. Support GFP and LAPS encapsulation formats. Support VCAT and LCAS. Support storm control over broadcast messages, unknown multicast messages, and DLF

messages. Support rate limiting. Support interface isolation protection. Support link aggregation. Support 802.1q VLAN, 4K concurrent VLANs, and QinQ. Support QoS and determine four output queues by priority Support 8K dynamic MAC addresses and 64 static MAC addresses. Support enabling or disabling MAC address learning based on interface. Support configuring the aging time of MAC addresses from 0s to 3825s. Support transparently transmitting BPDU, LACP, and 802.1x management frames. Support loop detection on the Ethernet interface. When loop detection is enabled, the loop

detection packet uses the broadcast address by default. Support ALS on the SFP interface. Support hot swapping.

Raisecom




15.6.2 Slots

The OPCOM3500E-8EOS-GC can be inserted into slots 1–5 and 8–12 on the iTN2100.

15.6.3 Interfaces

Interface types

Table 15-31 lists interfaces on the OPCOM3500E-8EOS-GC panel.

Table 15-31 Interfaces on the OPCOM3500E-8EOS-GC panel



– RJ45 Service uplink interface and 1000 Mbit/s electrical interface

– SFP optical

interface

Service uplink interface and 1000 Mbit/s optical interface


Table 15-32 lists parameters of the RJ45 interface on the OPCOM3500E-8EOS-GC.

Table 15-32 parameters of the RJ45 interface on the OPCOM3500E-8EOS-GC


Connector type RJ45



MTU 1632 bytes



Compliance standard IEEE 802.3 IEEE 802.3u

Table 15-33 lists parameters of the SFP optical interface on the OPCOM3500E-8EOS-GC.

Table 15-33 Parameters of the SFP optical interface on the OPCOM3500E-8EOS-GC




Raisecom





Interface specification 100BASE-FX, 1000BASE-X, and SGMII


15.6.4 LEDs

Table 15-34 lists LEDs on the OPCOM3500E-8EOS-GC panel.

Table 15-34 LEDs on the OPCOM3500E-8EOS-GC panel






ALM Red Alarm LED

Red: communication or the clock fails. Off: neither communication nor the clock fails.

1000M Green Interface rate LED

Green: the interface is working at 1000 Mbit/s. Off: the interface is working at 100/10 Mbit/s.

LNK/ACT Green Interface connection status LED

Green: the interface is working properly. Off: the interface is disconnected or is working

improperly. Blinking green: the interface is receiving or sending data.

15.6.5 DIP switches

Position of DIP switches

Figure 15-3 shows the position of DIP switches on the OPCOM3500E-8EOS-GC.

Raisecom




Figure 15-3 Position of DIP switches on the OPCOM3500E-8EOS-GC

Descriptions of DIP switches

Table 15-35 lists configurations on DIP switches of the OPCOM3500E-8EOS-GC. After

changing DIP switches, you need to reboot the OPCOM3500E-8EOS-GC to make

configurations effective. By default, the OPCOM3500E-8EOS-GC is available.

Table 15-35 Configurations on DIP switched of the OPCOM3500E-8EOS-GC

Status Description

Bit1 Bit2 Bit3 Bit4

OFF OFF ON OFF For the OPCOM3500E-8EOS-FX,

signals are aggregated to the front panel.

ON ON OFF OFF For the OPCOM3500E-8EOS-FE,

signals are aggregated to the front panel.

OFF ON OFF OFF For the OPCOM3500E-8EOS-FX,

signals are aggregated to the

backplane.

ON OFF OFF OFF For the OPCOM3500E-8EOS-FE,

signals are aggregated to the backplane.

ON OFF ON OFF Reserved and unavailable for users

Others For the OPCOM3500E-8EOS-GC,

signals are aggregated to the front panel and backplane.


Figure 15-4 shows the logic diagram of the OPCOM3500E-8EOS-GC.

Raisecom




Figure 15-4 Logic diagram of the OPCOM3500E-8EOS-GC

The OPCOM3500E-8EOS-GC consists of the management control module, Ethernet

switching module, EOS module, and timing adjustment module.


Ethernet switching module: aggregate 8 ways of Ethernet signals into 1 way, and transmit Ethernet signals among EOS module, front panel interfaces, and switching card.

EOS module: encapsulate Ethernet signals into EOS signals, or decapsulate EOS signals; exchange with the aggregation card.


Service direction:

Encapsulation direction: Ethernet signals transmitted from the switching card are

encapsulated through the EOS module, and are mapped into SDH signals at the granularity of VC12, and then are transmitted to the aggregation card.

Decapsulation direction: SDH signals are decapsulated through the EOS module, and are

transmitted to the Ethernet switching module for aggregation, and then are output from the front panel or transmitted to the switching card.


Table 15-36 lists specifications of the OPCOM3500E-8EOS-GC (B).

Raisecom




Table 15-36 Specifications of the OPCOM3500E-8EOS-GC (B)

Parameter Value


Weight 0.36 kg

Maximum power

consumption

12 W

Table 15-37 lists specifications of the OPCOM3500E-8EOS-GC (C).

Table 15-37 Specifications of the OPCOM3500E-8EOS-GC (C)

Parameter Value


Weight 0.41 kg

Maximum power

consumption

18.2 W

Raisecom




15.7 OPCOM3500E-DSEE


Appearance Function

The OPCOM3500E-DSEE is an EOS tributary card with labeling

function and 4 optical interfaces on the iTN2100.

Provide four 100 Mbit/s Ethernet electrical interfaces. Support adding standard 802.1q Tag for the Ethernet services received

inside the card. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support assigning 4 ways of Ethernet services with bandwidth of

N×VC12 and N×VC3, transmitting them to the SDH network. Support the maximum frame size of the Ethernet data: 2000 bytes. Support online software upgrade for local devices. Support managing remote 100 Mbit/s Ethernet optical transceivers,

such as, RC500 series, RC600 series, Gazelle RM531-FE (B), and

RC521H-FE. Support complete alarms and performance monitoring. Provide statistics of sending, receiving, and error packets for each

ACG frame. Support hot swapping.

15.7.2 Slots

The OPCOM3500E-DSEE can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.7.3 Interfaces

Interface types

Table 15-38 lists interfaces on the OPCOM3500E-DSEE panel.

Table 15-38 Interfaces on the OPCOM3500E-DSEE panel






Table 15-39 lists parameters of interfaces 1–4 on the OPCOM3500E-DSEE.

Table 15-39 Parameters of interfaces 1–4 on the OPCOM3500E-DSEE





Flow control IEEE 802.3x flow control

Standard IEEE 802.3x, IEEE 802.3u, and IEEE 802.1q

15.7.4 LEDs

Table 15-40 lists LEDs on the OPCOM3500E-DSEE panel.

Table 15-40 LEDs on the OPCOM3500E-DSEE panel






Raisecom





ALM Red Alarm LED

Red: TU-AIS, TU-LOP, or LP-EXLOM alarm is generated. Off: no TU-AIS, TU-LOP, or LP-EXLOM alarm is

generated.

LNK/ACT

(1–4)



15.7.5 Alarms

Table 15-41 lists alarms of the OPCOM3500E-DSEE.

Table 15-41 Alarms of the OPCOM3500E-DSEE

Alarm Cause

TU pointer loss/All-1 alarm,

TU-LOP, and TU-AIS

The SDH signal sent from the aggregation

card fails. The hardware of the card is faulty and SDH

data received on the backplane is incorrect. The clock timing signal of the card is lost.

LP-EXLOM Invalid K4 overhead is received in the

continuous three frames, the b1 of K4 byte

loses multiframe, and K4 byte sent from the peer EOS device fails.

LP-UNEQ The lower-order path is loaded, and the V5

byte sent from the peer EOS device fails.


Table 15-42 lists specifications of the OPCOM3500E-DSEE.

Table 15-42 Specifications of the OPCOM3500E-DSEE

Parameter Value


Weight 0.35 kg

Maximum power

consumption

10.1 W

Raisecom




15.8 OPCOM3500E-HSEE


Appearance Function

The OPCOM3500E-HSEE is an EOS tributary card with labeling


Provide 8 ways of 100 Mbit/s Ethernet optical interface services. Support assigning 8 ways of Ethernet services with bandwidth of

N×VC12, transmitting them to the SDH network, and sharing

bandwidth of 63×VC12. Support adding standard 802.1q Tag to the Ethernet packets received

inside the card. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support online software upgrade for local devices. Support managing remote 100 Mbit/s Ethernet optical transceivers,

such as, RC500 series, RC600 series, and Gazelle RM531-FE (B). Support hot swapping.

15.8.2 Slots

The OPCOM3500E-HSEE can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.8.3 Interfaces

Interface types

Table 15-43 lists interfaces on the OPCOM3500E-HSEE panel.

Table 15-43 Interfaces on the OPCOM3500E-HSEE panel


1–8 SFP optical

interface


signals.


Table 15-44 lists parameters of interfaces 1–8 on the OPCOM3500E-HSEE.

Table 15-44 Parameters of interfaces 1–8 on the OPCOM3500E-HSEE




15.8.4 LEDs

Table 15-45 LEDs on the OPCOM3500E-HSEE panel.

Table 15-45 LEDs on the OPCOM3500E-HSEE panel






ALM Red Alarm LED

Red: TU-AIS or TU-LOP alarm is generated in the LP for

allocating services. Off: no TU-AIS or TU-LOP alarm is generated in the

service-distributed lower order.

Raisecom





LNK/ACT

(1–8)



15.8.5 Alarms

Table 15-46 lists alarms of the OPCOM3500E-HSEE.

Table 15-46 Alarms of the OPCOM3500E-HSEE

Alarm Cause Level



Critical




Critical


alarm


Critical


device



Table 15-47 lists specifications of the OPCOM3500E-HSEE.

Table 15-47 Specifications of the OPCOM3500E-HSEE

Parameter Value


Weight 0.35 kg

Maximum power

consumption

8.55 W

Raisecom




15.9 OPCOM3500E-HSEEC


Appearance Function

The OPCOM3500E-HSEEC is an EOS tributary card with labeling


Support up to 8 ways of 100 Mbit/s Ethernet services through the

optical interface. Support SFP module hot swapping. Support SFP module DDM. Support the following backplane bandwidth:

– Accessed 8 ways of Ethernet services can be assigned with N×VC12

or N×VC3 bandwidth and then be transmitted to the SDH network. – Each EOS interface supports being configured with only one type of

VC12 or VC3 timeslot. Each EOS interface supports up to 155

Mbit/s (63×VC12 or 3×VC3). – The aggregation card is the iTN2100-2STM16-M. The backplane

supports 622 Mbit/s when it is inserted into one of slots 2–5; the

backplane supports 155 Mbit/s when it is inserted into other slot. – The aggregation card is the OPCOM3500E-2STM1/4-M. The

backplane supports 622 Mbit/s when it is inserted into slot 2 or 4;

the backplane supports 155 Mbit/s when it is inserted into other slot. The Ethernet interface supports adding or transparently transmitting

802.1Q VLAN Tag for input/output Ethernet data packets. Support two Ethernet encapsulation modes: GFP and LAPS. Support

VCAT and LCAS. Support RC-Link protocol, through which Raisecom 100 Mbit/S

Ethernet transceivers, such as, RC500 series, RC600 series, and

Gazelle-RM531-FE (B), can be managed remotely. Support complete alarm and performance monitoring. Support complete Ethernet interface features. Support software online upgrade for the local device. Support querying default information about the device. Support hot swapping.

Raisecom




The card does not support configuring byte V5, which is fixed as 0x05. Only when byte V5 of other device is configured as 0x05 can it be interconnected with the OPCOM3500E-HSEEC.

15.9.2 Slots

The OPCOM3500E-HSEEC can be inserted into slots 1–5 and 8–12 on the iTN2100.

15.9.3 Interfaces

Interface types

Table 15-48 lists interfaces on the OPCOM3500E-HSEEC panel.

Table 15-48 Interfaces on the OPCOM3500E-HSEEC panel


1–8 SFP optical interface Each interface transmits one way of Ethernet optical signals



Table 15-49 lists parameters of interfaces 1–8 on the OPCOM3500E-HSEEC.

Table 15-49 Parameters of interfaces 1–8 on the OPCOM3500E-HSEEC


Connector type SFP


Interface specification 100BASE-FX

Compliant standard IEEE 802.3u

15.9.4 LEDs

Table 15-50 lists LEDS on the OPCOM3500E-HSEEC panel.

Raisecom




Table 15-50 LEDs on the OPCOM3500E-HSEEC panel






LNK/ACT

(1–8)




Figure 15-5 shows logic diagram of the OPCOM3500E-HSEEC.

Raisecom




Figure 15-5 Logic diagram of the OPCOM3500E-HSEEC

The OPCOM3500E-EOSE-8FX consists of the management control module, restoration

module, logic control module, EOS module, and power module.

Management control module: exchange network management information, save the

control command and configuration status of the card, and control other modules to coordinate with each other.

Restoration module: restore the management control module, EOS module, and logic control module.

Logic control module: complete functions of management control module, EOS module

communication, and clock processing.

EOS module: encapsulate Ethernet signals, and map them into SDH signals according to N×VC12 and communicate with aggregation card.

Service direction:

Direction from Ethernet signals to SDH signals: Ethernet signals enter EOS module

through the front panel, and are encapsulated by the GFP/LAPS to adjust time sequence,

Raisecom




then are reported to the aggregation card according to N×VC12 mapped into SDH

signals.

Direction from SDH signals to Ethernet signals: SDH signals received on the backplane

enter EOS module. They are decapsulated to Ethernet signals, and are transmitted through the front plane.


Table 15-51 lists specifications of the OPCOM3500E-HSEEC.

Table 15-51 Specifications of the OPCOM3500E-HSEEC

Parameter Value


Weight 0.42 kg

Maximum power

consumption

17 W

Raisecom




15.10 OPCOM3500E-HEESC


Appearance Function

The OPCOM3500E-HEESC is an EOS tributary card with 8 electrical

interfaces on the iTN2100.

Support up to 8 ways of 10/100 Mbit/s Ethernet services through the

electrical interface. Accessed 8 ways of Ethernet services can be assigned with N×VC12

bandwidth and then be transmitted to the SDH network. Support 622 Mbit/s at the backplane and share 4×63 VC12 (slot 2 or 4

when the aggregation card is the OPCOM3500E-2STM1/4-M; slots 2–

5 when the aggregation card is the iTN2100-2STM16-M). Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support VC3 cross connection. Support configuring bytes C2 and J1

for VC3. Support configuring lower-order overhead bytes J2 and K4. The byte

V5 is fixed as 0x05 and thus it cannot be configured. Support software online upgrade for the local device. Support complete alarm and performance monitoring. Support complete Ethernet interface features. Support querying default information about the device. Support hot swapping.

15.10.2 Slots

The OPCOM3500E-HEESC can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.10.3 Interfaces

Interface types

Table 15-52 lists interfaces on the OPCOM3500E-HEESC panel.

Table 15-52 Interfaces on the OPCOM3500E-HEESC panel


– RJ45 Service downlink interface 8 FE electrical interfaces


Table 15-53 lists parameters of the RJ45 interfaces on the OPCOM3500E-HEESC.

Table 15-53 Parameters of the RJ45 interfaces on the OPCOM3500E-HEESC


Connector type RJ45


15.10.4 LEDs

Table 15-54 lists LEDs on the OPCOM3500E-HEESC panel.

Table 15-54 LEDs on the OPCOM3500E-HEESC panel






ALM Red Alarm LED

Red: TU-AIS or TU-LOP alarms are generated in the LP of

service allocation. Off: no TU-AIS or TU-LOP alarms are generated in the LP

of service allocation.

100M

(1–8)

Green Interface rate LED

Green: the interface is working at 100 Mbit/s. Off: the interface is working at 10 Mbit/s or is disconnected.

Raisecom





LNK/ACT

(1–8)

Green Interface connection status LED


15.10.5 DIP switches

There are no DIP switches available for users on the OPCOM3500E-HEESC.


Figure 15-6 shows the logic diagram of the OPCOM3500E-HEESC.

Figure 15-6 Logic diagram of the OPCOM3500E-HEESC

The OPCOM3500E-HEESC consists of the management control module, Ethernet

encapsulation module, EOS module, and timing adjustment module.


Ethernet encapsulation module: adjust received Ethernet signals.

EOS module: encapsulate Ethernet signals into EOS signals, or decapsulate EOS signals.


Service direction:

Raisecom




Ingress direction: Ethernet signals input from the interface are mapped into SDH signals

through the EOS module, and then are transmitted to the aggregation card through the timing adjustment module.

Egress direction: SDH signals are transmitted from the aggregation card to the timing

adjustment module, and then are decapsulated into Ethernet signals though the EOS

module, and then are output from the interface on the front panel.


Table 15-55 lists specifications of the OPCOM3500E-HEESC.

Table 15-55 Specifications of the OPCOM3500E-HEESC

Parameter Value


Weight < 0.44 kg

Maximum power

consumption

13 W

Raisecom




15.11 OPCOM3500E-ACEWA


Appearance Function

The OPCOM3500E-ACEWA is an 8-way EOS service aggregation card on the iTN2100.

Provide one 1000 Mbit/s Ethernet electrical interface and one 1000 Mbit/s Ethernet

optical interface. Support COMBO (optical and electrical multiplexing) of 1000 Mbit/s

optical interface and 10/100/1000 Mbit/s electrical interface. Decapsualte remote 8 ways of EOS services transmitted from the backplane from SDH

signals and aggregate them into 1 way of Ethernet signals. The 1 way of Ethernet signals

can be output form the Ethernet interface on the front panel and be transmitted to the

switching card through the backplane. The 1 way of Ethernet signals transmitted from the switching card can be output from the

Ethernet interface on the front panel, or be mapped into the SDH frame according to

N×VC12 and then be transmitted to the aggregation card through the backplane after

timeslot cross connection. Support 8 VCGs. For each VCG, the maximum bandwidth is 100 Mbit/s. Support dual-switching card protection. Support 622 Mbit/s at the backplane and share 4×63 VC12 (slot 2 or 4 when the

aggregation card is the OPCOM3500E-2STM1/4-M; slots 2–5 when the aggregation card

is the iTN2100-2STM16-M). Support VC3 cross connection. Support configuring bytes C2 and J1 for VC3. Support configuring lower-order overhead bytes J2 and K4. The byte V5 is fixed as 0x05

and thus it cannot be configured. Ethernet services can be virtually cascaded at the rate of N×VC12 or N×VC3. Support two encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support storm control on broadcast, unknown multicast and DLF packets. Support rate

limiting. Support interface-based flow control and frame statistics. Support interface isolation and link aggregation. Support 802.1q VLAN, 4K concurrent VLANS, and QinQ. Support QoS. Determine 4 output queues according to priorities. Support 8K dynamic MAC addresses and 64 static MAC addresses. Support enabling/disabling MAC address learning based on interface. Support configuring the aging time of MAC addresses from 0s to 3825s. Support transparently transmitting BPDU, LACP, and 802.1x management frames. Support loop detection of the Ethernet interface. After loop detection is enabled, loop

detection packets use broadcast addresses by default. Support ALS of the SFP interface. Support hot swapping.

15.11.2 Slots

The OPCOM3500E-ACEWA can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




15.11.3 Interfaces

Interface types

Table 15-56 lists interfaces on the OPCOM3500E-ACEWA panel.

Table 15-56 Interfaces on the OPCOM3500E-ACEWA panel



– RJ45 Service uplink interface GE electrical interface

– SFP optical interface Service uplink interface GE optical interface


Table 15-57 lists parameters of the RJ45 interface on the OPCOM3500E-ACEWA.

Table 15-57 Parameters of the RJ45 interface on the OPCOM3500E-ACEWA.


Connector type RJ45



MTU 1632 bytes



Compliant standard IEEE 802.3 IEEE 802.3u

Table 15-58 lists parameters of the SFP optical interface on the OPCOM3500E-ACEWA.

Table 15-58 Parameters of the SFP optical interface on the OPCOM3500E-ACEWA



Interface rate 100/1000M

Interface specification 100BASE-FX 1000BASE-X SGMII

Compliant standard IEEE 802.3u IEEE 802.3z

Raisecom




15.11.4 LEDs

Table 15-59 lists LEDs on the OPCOM3500E-ACEWA panel.

Table 15-59 LEDs on the OPCOM3500E-ACEWA panel



Green: the power supply is normal. Off: the power supply is abnormal or is disconnected.


Green: the system is starting or is working improperly. Off: the system is working improperly. Blinking green: the system is working properly.

ALM Red Alarm LED

Red: communication fails or clock fails. Off: no communication fault alarm or clock fault alarm is

reported.

1000M Green Interface rate LED

Green: the interface is working at 1000 Mbit/s. Off: the interface is working at 100 Mbit/s or 10 Mbit/s.

LNK/ACT Green Interface connection status LED



There are no DIP switches available for users on the OPCOM3500E-ACEWA.


Figure 15-7 shows the logic diagram of the OPCOM3500E-ACEWA.

Raisecom




Figure 15-7 Logic diagram of the OPCOM3500E-ACEWA

The OPCOM3500E-ACEWA consists of the management control module, Ethernet switching


Management control module: exchange network management information, and control

other modules to coordinate with each other.

Ethernet switching module: aggregate 8 ways of Ethernet signals into 1 way, and transmit Ethernet signals among EOS module, front panel interfaces, and switching card.

EOS module: encapsulate Ethernet signals into EOS signals, or decapsulate EOS signals; exchange with the aggregation card.

Service direction:

Encapsulation direction: Ethernet signals transmitted from the switching card are

encapsulated through the EOS module, and are mapped into SDH signals at the granularity of VC12, and then are transmitted to the aggregation card.

Decapsulation direction: SDH signals are decapsulated through the EOS module, and are

transmitted to the Ethernet switching module for aggregation, and then are output from the front panel or transmitted to the switching card.


Table 15-60 lists specifications of the OPCOM3500E-ACEWA.

Table 15-60 Specifications of the OPCOM3500E-ACEWA

Parameter Value


Weight 0.41 kg

Raisecom




Parameter Value

Maximum power

consumption

18.2 W

Raisecom

iTN2100 (P100R002) Hardware Description 16 PDH and RCMS cards



16 PDH and RCMS cards

This chapter describes PDH and RCMS cards of the iTN2100, including the following

sections:

OPCOM3500E-16E1/16E1-BL

OPCOM3500E-32E1/32E1-BL

OPCOM3500E-120EOS×4

OPCOM3500E-120EOS×4L

OPCOM3500E-DFPS

OPCOM3500E-120FE×8L-GE

OPCOM3500E-240GE×4L

OPCOM3500E-120H×4

OPCOM3500E-DSPH

OPCOM3500E-HSPH

OPCOM3500E-3DS3/E3

Raisecom




16.1 OPCOM3500E-16E1/16E1-BL


Appearance Function

The OPCOM3500E-16E1 is a 16-way E1

unbalanced electrical interface service card on the iTN2100, with two versions: A and C.

The OPCOM3500E-16E1-BL is a 16-way E1

balanced electrical interface service card on

the iTN2100, with three versions: A, B, and C.

The OPCOM3500E-16E1 and

OPCOM3500E-16E1-BL have the same functions.

Provide two DB37 interfaces. Each DB37

interface supports eight ways of E1 signals. In Rx, it maps E1 signals received from the

E1 interface on the front panel to the VC12

of SDH signals, and then performs cross

connection or aggregation through the

aggregation card. In Tx, it demaps VC12 of

SDH signals from the aggregation card and

then transmits them to the E1 interface on

the front panel. Each way of E1 supports internal loopback

and external loopback on the interface. The OPCOM3500E-16E1 (Version C) and

OPCOM3500E-16E1-BL (Version C)

support E1 retiming. The E1 retiming

sources can be the system clock or 2 Mbit/s

external clock. Provide complete LP alarms and

performance monitoring. Support hot swapping.

The 4 figures are OPCOM3500E-16E1 (version A), OPCOM3500E-16E1 (version C), OPCOM3500E-16E1-BL (versions A and B), and OPCOM3500E-16E1-BL (version C) from left to right.

16.1.2 Versions

Table 16-1 lists hardware versions of the OPCOM3500E-16E1/16E1-BL.

Raisecom




Table 16-1 Hardware versions of the OPCOM3500E-16E1/16E1-BL


OPCOM3500E-16E1 A.0

C.0

OPCOM3500E-16E1-BL A.0

B.0

C.0

16.1.3 Slots

Table 16-2 lists slots available for the OPCOM3500E-16E1/16E1-BL.

Table 16-2 Slots available for the OPCOM3500E-16E1/16E1-BL

Chassis Slot

iTN2100 1–5 and 8–12

16.1.4 Interfaces

Interface types

There are two interfaces on the OPCOM3500E-16E1/16E1-BL, and the interfaces on the two

cards are the same, as listed in Table 16-3.

Table 16-3 Interfaces on the OPCOM3500E-16E1/16E1-BL panel

Interface Connector type Description

– DB37 male

connector

The OPCOM3500E-16E1 has two E1 unbalanced

interfaces. The OPCOM3500E-16E1-BL has two E1 balanced

interfaces. Each interface transmits eight ways of E1 services.


Table 16-4 lists parameters of the DB37 interface on the OPCOM3500E-16E1/16E1-BL.

Table 16-4 Parameters of the DB37 interface on the OPCOM3500E-16E1/16E1-BL



Raisecom





Nominal rate 2048 kbit/s±50 ppm

Coding scheme HDB3

Interface impedance 75 Ω for the unbalanced interface 120 Ω for the balanced interface

Electrical features Comply with ITU-T G.703 recommendations

Frame structure Comply with ITU-T G.704 recommendations

Jitter features Comply with ITU-T G.823 recommendations

16.1.5 LEDs

There are three LEDs on the OPCOM3500E-16E1/16E1-BL panel, as listed in Table 16-5.

Table 16-5 LEDs on the OPCOM3500E-16E1/16E1-BL panel






ALM

OPCOM3500E-16E1

(Version A)

OPCOM3500E-16E1-BL

(Versions A and B)


Red: TU-AIS or TU-LOP alarms are generated on

configured timeslots, or LOS alarms are generated

on the E1 interface. Off: no alarms are generated.

ALM

OPCOM3500E-16E1

(Version C)

OPCOM3500E-16E1-BL

(Version C)


Red: LOS alarms are generated on the E1

interface. Off: no alarms are generated.

16.1.6 Alarms

Table 16-6 lists alarms of the OPCOM3500E-16E1/16E1-BL.

Raisecom




Table 16-6 Alarms of the OPCOM3500E-16E1/16E1-BL

Alarm Cause Level

E1 LOS

alarm

Attenuation of received signals is over great. The peer sender fails. The fiber head is unclean or the connector is improperly

connected. The local receiver fails.

Critical

E1 AIS alarm Timeslot of the backplane of VC12 corresponding to the

local E1 is faulty or improperly configured. The E1 channel of the remote PDH device is faulty or

improperly configured.

Minor

16.1.7 Cables

Table 16-7 lists cables of the OPCOM3500E-16E1/16E1-BL.

Table 16-7 Cables of the OPCOM3500E-16E1/16E1-BL

Card Cable

OPCOM3500E-16E1 CBL-E1-DB37F (40)/16NC CBL-E1-DB37F/16BNCF CBL-E1-DB37F/16BNCM

OPCOM3500E-16E1-BL CBL-E1-DB37F/8RJ45


Figure 16-1 shows the logic diagram of the OPCOM3500E-16E1/16E1-BL.

Raisecom




Figure 16-1 Logic diagram of the OPCOM3500E-16E1/16E1-BL

The OPCOM3500E-16E1/16E1-BL consists of the management control module, data

recovery module, timeslot mapping module, and timing adjustment module.

Management control module: exchange network management information and manage cooperation of other modules.

Data recovery module: adjust the voltage and waveform of the E1 data flow to meet

requirements brought by the timeslot mapping module.

Timeslot mapping module: map E1 signals to VC12 signals.

Timing adjustment module: adjust the VC12 timing sequence before signals enter backplane timeslots.

Service direction is shown as below, taking the uplink direction for an example:

PDH electrical signals enter the E1 electrical interface. The data recovery module adjusts the

voltage and waveform of the E1 data flow to meet requirements brought by the timeslot

mapping module. E1 signals are mapped to VC12 signals through the timeslot mapping

module and then are transmitted to the backplane bus through the timing adjustment module.


Table 16-8 lists specifications of the OPCOM3500E-16E1/16E1-BL.

Table 16-8 Specifications of the OPCOM3500E-16E1/16E1-BL

Parameter Value


Weight < 0.35 kg

Raisecom




Parameter Value

Maximum power

consumption

3 W

Raisecom




16.2 OPCOM3500E-32E1/32E1-BL


Appearance Function

The OPCOM3500E-32E1 is a 32-way E1 service card on the iTN2100. The

interface is unbalanced electrical interface, which cannot be changed.

The OPCOM3500E-32E1-BL is a 32-way E1 service card on the iTN2100,

interfaces of which can be configured to balanced or unbalanced electrical

interfaces through software or the DIP switch. You should configure at least

16-way E1 services at a time (1–16, or 17–32).

The OPCOM3500E-32E1 and OPCOM3500E-32E1-BL have the same functions.

Provide two SCSIs. Each SCSI supports 16 ways of E1 signals. In Rx direction of signals, it maps E1 signals received from the E1

interface on the front panel to the VC12, and then performs cross

connection or aggregation through the aggregation card. In Tx direction of signals, it demaps VC12 from the aggregation card and

then transmits them to the E1 interface on the front panel. Support E1 retiming. The E1 retiming sources can be the system clock, 2

Mbit/s external clock, or one of the first four E1 interfaces. Each way of E1 supports internal loopback and external loopback on the

interface. Provide complete lower-order alarm and performance monitoring. Support hot swapping.

Raisecom




16.2.2 Versions

Table 16-9 lists hardware versions of the OPCOM3500E-32E1/32E1-BL.

Table 16-9 Hardware versions of the OPCOM3500E-32E1/32E1-BL


OPCOM3500E-32E1 A.0

OPCOM3500E-32E1-BL A.0

16.2.3 Slots

Table 16-10 lists slots available for the OPCOM3500E-32E1/32E1-BL.

Table 16-10 Slots available for the OPCOM3500E-32E1/32E1-BL

Chassis Slot

iTN2100 1–5 and 8–12

16.2.4 Interfaces

Interface types

There are two interfaces on the OPCOM3500E-32E1/32E1-BL, and the interfaces on the two

cards are the same, as listed in Table 16-11.

Table 16-11 Interfaces on the OPCOM3500E-32E1/32E1-BL panel


E1 1–16,

E1 17–32

SCSI female connector

(100 PINs)

The OPCOM3500E-32E1 has two unbalanced

interfaces. The OPCOM3500E-32E1-BL has two balanced

interfaces (by default). Each interface transmits 16 ways of E1 services.


Table 16-12 lists parameters of the SCSI on the OPCOM3500E-32E1/32E1-BL.

Table 16-12 Parameters of the SCSI on the OPCOM3500E-32E1/32E1-BL


Connector type SCSI female connector (100 PINs)

Raisecom





Nominal rate 2048 kbit/s±50 ppm

Coding scheme HDB3

Interface impedance 75 Ω for the unbalanced interface 120 Ω for the balanced interface


Frame structure Comply with ITU-T G.704 recommendations.


16.2.5 LEDs

There are three LEDs on the OPCOM3500E-32E1/32E1-BL panel, and the LEDs are the

same on the two cards, as listed in Table 16-13.

Table 16-13 LEDs on the OPCOM3500E-32E1/32E1-BL panel






ALM Red Overall alarm LED

Red: TU-AIS or TU-LOP alarms are generated on configured

timeslots, or LOS alarms are generated on the E1 interface. Off: no alarms are generated.

16.2.6 DIP switches

The OPCOM3500E-32E1 has no DIP switches.

The OPCOM3500E-32E1-BL has a DIP switch, as listed in Table 16-14.

Table 16-14 Configurations of the DIP switch SW1 on the OPCOM3500E-32E1-BL


DIP bit

Bit1 Configure the

type of E1

ON Configure the type of E1 interfaces 1–16 to

unbalanced.

Raisecom





DIP bit

interfaces 1–16. OFF Configure the type of E1 interfaces 1–16 to

balanced.

Bit2 Configure the

type of E1 interfaces 17–32.

ON Configure the type of E1 interfaces 17–32 to

unbalanced.

OFF Configure the type of E1 interfaces 17–32 to

balanced.

By default, SW1 is all OFF. Namely, E1 interfaces 1–32 are configured to balanced.

You can configure the interface to balanced or unbalanced through the software or DIP switch. The latter takes effect.

16.2.7 Alarms

Table 16-15 lists alarms of the OPCOM3500E-32E1/32E1-BL.

Table 16-15 Alarms of the OPCOM3500E-32E1/32E1-BL

Alarm Cause Level

E1 LOS alarm Attenuation of received signals is over great. The peer sender fails. The fiber head is unclean or the connector is


Critical

E1 AIS alarm Timeslot of the backplane of VC12 corresponding to

the local E1 is faulty or improperly configured. The E1 channel of the remote PDH device is faulty or


Minor

16.2.8 Cables

Table 16-16 lists cables of the OPCOM3500E-32E1/32E1-BL.

Table 16-16 Cables of the OPCOM3500E-32E1/32E1-BL

Card Cable

OPCOM3500E-32E1 CBL-E1-SCSI100M(40)/32BNCF CBL-E1-SCSI100M(40)/32BNCM

OPCOM3500E-32E1-BL Unbalanced interface

Balanced interface CBL-E1-SCSI100M(40)/16RJ45

Raisecom





Figure 16-2 shows the logic diagram of the OPCOM3500E-32E1/32E1-BL.

Figure 16-2 Logic diagram of the OPCOM3500E-32E1/32E1-BL

The OPCOM3500E-32E1/32E1-BL consists of the management control module, data

recovery module, timeslot mapping module, and timing adjustment module.

Management control module: exchange network management information and manage

cooperation of other modules.

Data recovery module: adjust the voltage and waveform of the E1 data flow to meet

requirements brought by the timeslot mapping module.

Timeslot mapping module: map E1 signals to VC12 signals.

Timing adjustment module: adjust the VC12 timing before signals enter backplane timeslots.

Service direction is shown as below, taking the uplink direction for an example:

PDH electrical signals enter the E1 electrical interface. The data recovery module adjusts the

voltage and waveform of the E1 data flow to meet requirements brought by the timeslot

mapping module. E1 signals are mapped to VC12 signals through the timeslot mapping

module and then are transmitted to the backplane bus through the timing adjustment module.


Table 16-17 lists specifications of the OPCOM3500E-32E1/32E1-BL.

Raisecom




Table 16-17 Specifications of the OPCOM3500E-32E1/32E1-BL

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

3 W

Raisecom




16.3 OPCOM3500E-120EOS×4


Appearance Function

The OPCOM3500E-120EOS×4 is a tributary service card on the

iTN2100.

Receive services accessed by Raisecom PDH optical transmitter &

receiver at the user end (such as RCMS28XX series). Support accessing 4 ways of PDH optical signal and each way

supports 4 ways of E1 services and 1 way of Ethernet services. It can

abstract up to 16 ways of E1 services and four ways of Ethernet

services within itself according to VC12 level, and then map them to

the SDH transportation network. The iTN2100 can be inserted with multiple OPCOM3500E-120EOS×4

cards. Each OPCOM3500E-120EOS×4 is connected to up to four

PDH optical transceivers. Provide 4 PDH optical interfaces. Support hybrid multiplexing of 16 ways of E1 signals and4 ways of

100 Mbit/s Ethernet data. Support complete alarms. Local and remote alarms can be displayed

concurrently. Support assigning input Ethernet services with N×VC12 bandwidth,

and then transmitting them to the SDH network. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support remote management for Raisecom RCMS28XX and RC83X

series. If it is connected to the RCMS2811, they can implement 1+1

inter-card protection switching. Support local and remote loopback. Support LPR alarms. Support ALS. Support online software upgrade for local and remote devices. Support hot swapping.

16.3.2 Slots

The OPCOM3500E-120EOS×4 can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




16.3.3 Interfaces

Interface types

Table 16-18 lists interfaces on the OPCOM3500E-120EOS×4 panel.

Table 16-18 Interfaces on the OPCOM3500E-120EOS×4


A, B, C, D 1×9 optical interface Service downlink interface Tx indicates the sending interface and Rx


16.3.4 LEDs

Table 16-19 lists 11 LEDs on the OPCOM3500E-120EOS×4 panel.

Table 16-19 LEDs on the OPCOM3500E-120EOS×4 panel






ALM Red Office overall alarm LED

Red: one or more of TU-AIS, TU-LOP, E1-LOS, optical

interface LOF, and 1E-3 alarms are generated on local

optical interfaces A, B, C, or D. Off: no TU-AIS, TU-LOP, E1-LOS, optical interface LOF,

and 1E-3 alarms are generated.

LPR (A–D) Red Optical interface A/B/C/D remote device LPR alarm LED

Red: after the local device and the remote device connected

to interface A, B, C, or D are connected and work properly,

LPR occurs on the remote device. Off: the remote device connected to interface A, B, C, or D

is working properly.

LOS (A–D) Red Optical interface A/B/C/D LOS alarm LED

Red: input LOS alarms are generated on interface A, B, C,

or D. Off: no input LOS alarms are generated on interface A, B,

C, or D. Blinking green: input LOS alarms are generated on the

remote device connected to interface A, B, C, or D.

Raisecom




16.3.5 DIP switches

Table 16-20, Table 16-21, and Table 16-22 list configurations of DIP switches on the

OPCOM3500E-120EOS×4.

Table 16-20 Configurations of DIP switch SW2 on the OPCOM3500E-120EOS×4

DIP switch



SW2 Configure

the type of

the optical-


ON ON ON ON M

ON ON ON OFF S1

ON ON OFF ON S2

ON ON OFF OFF S3

ON OFF ON ON SS13

ON OFF ON OFF SS15

ON OFF OFF ON SS23

ON OFF OFF OFF SS25




DIP bit

Bit1 Enable or

disable ALS.

ON Enable ALS.

OFF Disable ALS.

Bit2 Reserved

Bit3

Bit4

By default, SW3 is all OFF. Namely, ALS is disabled by default.

Raisecom






DIP bit

Bit1 Configure E1 local

or remote loopback

on optical interface A.

ON Configure E1 local loopback on optical

interface A.

OFF Configure E1 remote loopback on optical

interface A.

Bit2 Enable or disable

NO.1–4 E1

loopback on optical interface A.

ON Enable NO.1–4 E1 tributary loopback on

optical interface A.

OFF Disable NO.1–4 E1 tributary loopback on



or remote loopback

on optical interface B.


interface B.


interface B.


NO.1–4 E1

loopback on optical

interface B.


optical interface B.




or remote loopback

on optical interface

C.


interface C.


interface C.


NO.1–4 E1

loopback on optical

interface C.


optical interface C.




or remote loopback


D.


interface D.


interface D.


NO.1–4 E1

loopback on optical interface D.


optical interface D.



By default, SW4 is all OFF. Namely, local or remote E1 loopback is disabled on all optical interfaces by default.

Raisecom




16.3.6 Alarms

Table 16-23 lists alarms of the OPCOM3500E-120EOS×4.

Table 16-23 Alarms of the OPCOM3500E-120EOS×4

Alarm Cause Level

Optical interface LOS

alarm

Attenuation of received signals is over great. The peer sender fails. The fiber head is unclean or the connector is


Critical

Remote optical

interface LOS alarm



Critical

Optical interface LOF

alarm

The sending alarm of the peer device fails. Optical signals do not match. Local receiving reference clock fails.

Critical

Remote interface

LOF alarm


Critical

Local optical

interface E-3 alarm


improperly connected.

Major

Local optical

interface E-6 alarm



Major

Remote optical

interface E-3 alarm



Major

Remote optical

interface E-6 alarm



Major

E1 LOS alarm Signals are lost. Critical

PDH overall alarm Local PDH optical interface overall alarm Critical

Remote LPR alarm The remote device is powered off. Major

Remote PDH overall

alarm

The PDH optical interface on the remote device has

overall alarms.

Critical


Table 16-24 lists specifications of the OPCOM3500E-120EOS×4.

Raisecom




Table 16-24 Specifications of the OPCOM3500E-120EOS×4

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

10 W

Raisecom




16.4 OPCOM3500E-120EOS×4L


Appearance Function

The OPCOM3500E-120EOS×4L is a tributary service card on the

iTN2100.

Receive services accessed by Raisecom PDH optical transmitter &

receiver at the user end (such as RCMS29XX and RC86X series). Support accessing 4 ways of PDH optical signals, and each way

supports 4 ways of E1 services and 1 way of 100 Mbit/s Ethernet

services. It can abstract up to 16 ways of E1 services and 4 ways of

Ethernet services within itself according to VC12 level, and then map

them to the SDH transportation network. The iTN2100 can be inserted with multiple OPCOM3500E-

120EOS×4L cards. Each OPCOM3500E-120EOS×4L is connected to

up to four PDH optical transceivers. Provide 4 PDH optical interfaces. Support hybrid multiplexing of 16 ways of E1 signals and four ways

of 100 Mbit/s Ethernet data. Support complete alarms. Local and remote alarms can be displayed


and then transmitting them to the SDH network. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support remote management for Raisecom RCMS29XX and RC86X

series. If it is connected to the RCMS2911, they can implement 1+1

inter-card protection switching. Support local and remote loopback. Support LPR alarms. Support ALS. Support online software upgrade for local and remote devices. Support hot swapping.

16.4.2 Slots

The OPCOM3500E-120EOS×4L can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




16.4.3 Interfaces

Interface types

Table 16-25 lists interfaces on the OPCOM3500E-120EOS×4L panel.

Table 16-25 Interfaces on the OPCOM3500E-120EOS×4L



1–4 SFP optical

interface

Service downlink interface Tx indicates the sending interface and Rx indicates



Table 16-26 lists parameters of interfaces 1–4 on the OPCOM3500E-120EOS×4L.

Table 16-26 Parameters of interfaces 1–4 on the OPCOM3500E-120EOS×4L


Connector type SFP optical interface (LC)


Coding scheme NRZ and scrambling code

16.4.4 LEDs

Table 16-27 lists LEDs on the OPCOM3500E-120EOS×4L panel.

Table 16-27 LEDs on the OPCOM3500E-120EOS×4L panel






Raisecom





LPR (1–4) Red Interface 1/2/3/4 remote device LPR alarm LED

Red: after the local device and the remote device connected to

interface 1, 2, 3, or 4 are connected and work properly, LPR

occurs on the remote device. Off: the remote device connected to interface 1, 2, 3, or 4 is

working properly.

LOS (1–

4)

Red Interface 1/2/3/4 LOS alarm LED

Red: input LOS alarms are generated on interface 1, 2, 3, or 4. Off: no input LOS alarms are generated on interface 1, 2, 3, or 4. Blinking green: input LOS alarms are generated on the remote

device connected to interface 1, 2, 3, or 4.


Table 16-28 lists specifications of the OPCOM3500E-120EOS×4L.

Table 16-28 Specifications of the OPCOM3500E-120EOS×4L

Parameter Value


Weight < 0.4 kg

Maximum power

consumption

10 W

Raisecom




16.5 OPCOM3500E-DFPS


Appearance Function

The OPCOM3500E-DFPS is a tributary service card on the iTN2100.

Receive services accessed by the Raisecom PDH optical transceiver

(such as RCMS28XX series) at the end. Support accessing 4 ways of PDH optical signal and each way

supports 4 ways of E1 services and 1 way of Ethernet services. It can

abstract up to 16 ways of E1 services and 4 ways of Ethernet services

within itself according to VC12 level, and then map them to the SDH

transportation network. The iTN2100 can be inserted with multiple OPCOM3500E-DFPS

cards. Each OPCOM3500E-DFPS is connected to up to 4 PDH optical

transceivers. Provide 4 PDH optical interfaces. Support hybrid multiplexing of 16 ways of E1 signals and 4 ways of

100 Mbit/s Ethernet data. Support complete alarms. Local and remote alarms can be displayed


and then transmitting them to the SDH network. Support two Ethernet encapsulation modes: GFP and LAPS. Support VCAT and LCAS. Support remote management of Raisecom RCMS28XX and RC83X

series. If it is connected to the RCMS2811, it can implement 1+1 inter-

card protection switching. Support local and remote loopback. Support LPR alarms. Support ALS. Support online software upgrade for local and remote devices. Support hot swapping.

16.5.2 Slots

The OPCOM3500E-DFPS can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




16.5.3 Interfaces

Interface types

Table 16-29 lists interfaces on the OPCOM3500E-DFPS panel.

Table 16-29 Interfaces on the OPCOM3500E-DFPS


A, B, C, D 1×9 optical interface Service downlink interface Tx indicates the sending interface and Rx


16.5.4 LEDs

Table 16-30 lists 11 LEDs on the OPCOM3500E-DFPS panel.

Table 16-30 LEDs on the OPCOM3500E-DFPS panel










and 1E-3 alarms are generated.

LPR (A–D) Red Optical interface A/B/C/D remote device LPR alarm LED


to interface A, B, C, or D are connected and work properly,

LPR occurs on the remote device. Off: the remote device connected to interface A, B, C, or D

is working properly.

LOS (A–D) Red Optical interface A/B/C/D LOS alarm LED

Red: input LOS alarms are generated on interface A, B, C,

or D. Off: no input LOS alarms are generated on interface A, B,

C, or D. Blinking green: input LOS alarms are generated on the

remote device connected to interface A, B, C, or D.

Raisecom




16.5.5 DIP switches

Table 16-31, Table 16-32, and Table 16-33 list configurations of DIP switches on the

OPCOM3500E-DFPS.

Table 16-31 Configurations of DIP switch SW2 on the OPCOM3500E-DFPS

DIP switch



SW2 Configure

the type of

the optical-


ON ON ON ON M

ON ON ON OFF S1

ON ON OFF ON S2

ON ON OFF OFF S3

ON OFF ON ON SS13

ON OFF ON OFF SS15

ON OFF OFF ON SS23

ON OFF OFF OFF SS25




DIP bit

Bit1 Enable or

disable ALS.

ON Enable ALS.

OFF Disable ALS.

Bit2 Reserved

Bit3

Bit4


Raisecom






DIP bit


or remote loopback

on optical interface A.


interface A.


interface A.


NO.1–4 E1

loopback on optical interface A.

ON Enable No.1–4 E1 tributary loopback on





or remote loopback

on optical interface B.


interface B.


interface B.


NO.1–4 E1

loopback on optical

interface B.






or remote loopback


C.


interface C.


interface C.


NO.1–4 E1

loopback on optical

interface C.






or remote loopback


D.


interface D.


interface D.


NO.1–4 E1

loopback on optical interface D.





By default, SW4 is all OFF. Namely, local or remote E1 loopback is disabled on all optical interfaces by default.

Raisecom




16.5.6 Alarms

Table 16-34 lists alarms of the OPCOM3500E-DFPS.

Table 16-34 Alarms of the OPCOM3500E-DFPS

Alarm Cause Level


alarm



Critical

Remote optical

interface LOS alarm



Critical

Optical interface LOF

alarm


Critical

Remote interface

LOF alarm


Critical

Local optical

interface E-3 alarm



Major

Local optical

interface E-6 alarm



Major

Remote optical

interface E-3 alarm



Major

Remote optical

interface E-6 alarm



Major

E1 LOS alarm Signals are lost. Critical

PDH overall alarm Local PDH optical interface overall alarm Critical

Remote LPR alarm The remote device is powered off. Major

Remote PDH overall

alarm

The PDH optical interface on the remote device has

overall alarms.

Critical


Table 16-35 lists specifications of the OPCOM3500E-DFPS.

Raisecom




Table 16-35 Specifications of the OPCOM3500E-DFPS

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

10 W

Raisecom




16.6 OPCOM3500E-120FE×8L-GE


Appearance Function

The OPCOM3500E-120FE×8L-GE is a tributary service card used by

the iTN2100.

Support accessing 8 ways of optical signals. Each way of signals

support up to 4 ways of E1 services and 1 way of 100 Mbit/s Ethernet

services. Map up to 32 ways of E1 services to SDH signals at the card and then

aggregate them through the aggregation card. Aggregate up to 8 ways

of 100 Mbit/s Ethernet services into 1 way of GE services at the card

and then output them through the GE interface on the front panel or

transmitted to the switching card through the backplane. Provide 8 multiplexing optical interfaces and 1 GE interface. Support complete alarm indication feature. Local alarms and remote

alarms are displayed simultaneously. Support cooperating with the dual switching card protection. Support managing Raisecom RCMS29XX and RC86X series

remotely. Support 1+1 inter-card protection of E1 services when the iTN2100 is

connected to RCMS2911 series device. Support E1 local internal loopback, E1 local external loopback, and E1

local bidirectional loopback. Support querying local and remote E1 alarms. Support LPR alarms. Support ALS. Support interface isolation protection. Support link aggregation. Support QoS, identifying 4 output queues based on the priority. Support 802.1Q VLAN, 4K concurrent VLANs, and Double Tag. Support flow control. Support bandwidth monitoring of internal switching interfaces, such as

real-time traffic statistics. Support enabling or disabling MAC address learning based on

interface. Support configuring the aging time to 0–3825s. Support querying the MAC address table. Support DDM of the SFP module. Support software online upgrade. Support storing and querying default information about the device. Support hot swapping.

16.6.2 Slots

The OPCOM3500E-120FE×8L-GE can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




16.6.3 Interfaces

Interface types

Table 16-36 lists interfaces on the OPCOM3500E-120FE×8L-GE panel.

Table 16-36 Interfaces on the OPCOM3500E-120FE×8L-GE panel



GE SFP interface GE service uplink interface

1–8 SFP interface Service downlink interface


Table 16-37 lists parameters of the GE interface on the OPCOM3500E-120FE×8L-GE.

Table 16-37 Parameters of the GE interface on the OPCOM3500E-120FE×8L-GE



Coding scheme NRZ

Interface rate 1.25 Gbit/s


Flow control Support IEEE 802.3x flow control

Supported module 155 Mbit/s electrical module 1.25 Gbit/s electrical module 1000 Mbit/s electrical module 10/100/1000 Mbit/s electrical module

Table 16-38 lists parameters of interfaces 1–8 on the OPCOM3500E-120FE×8L-GE.

Table 16-38 Parameters of interfaces 1–8 on the OPCOM3500E-120FE×8L-GE



Coding scheme NRZ


Supported module 155 Mbit/s optical module

Raisecom




16.6.4 LEDs

Table 16-39 lists LEDs on the OPCOM3500E-120FE×8L-GE panel.

Table 16-39 LEDs on the OPCOM3500E-120FE×8L-GE panel






1000M

(GE)

Green Ethernet interface 1000 Mbit/s LED


LNK/ACT

(GE)

Green Ethernet interface working LED

Green: the Ethernet interface is properly connected. Off: the Ethernet interface is disconnected. Blinking green: the Ethernet interface is receiving or sending

data. The blinking frequency is related to the transmission rate.

LPR

(1–8)

Red Optical interface remote device LPR alarm LED

Red: after the local device and the remote device connected to

the related optical interface work properly, LPR occurs on the

remote device. Off: the remote device connected to the related optical

interface is working properly.

LOS

(1–8)

Red Optical interface LOS alarm LED

Red: input LOS alarms are generated on the related optical

interface. Blinking red: the related optical interface receives signals

properly while input LOS alarms are generated on the

connected device Off: no input LOS alarms are generated on the related optical

interface and connected remote device.

16.6.5 Alarms

Table 16-40 lists alarms of the OPCOM3500E-120FE×8L-GE.

Raisecom




Table 16-40 Alarms of the OPCOM3500E-120FE×8L-GE

Alarm Cause Level


alarm

Attenuation of received signals is over great. The peer sender fails on the optical interface. The connector of fiber is dirty or improperly


Critical

Remote device LPR

alarm

The remote device is powered off. Critical


Table 16-41 lists specifications of the OPCOM3500E-120FE×8L-GE.

Table 16-41 Specifications of the OPCOM3500E-120FE×8L-GE

Parameter Value


Weight 0.41 kg

Maximum power

consumption

19 W

Raisecom




16.7 OPCOM3500E-240GE×4L


Appearance Function

The OPCOM3500E-240GE×4L is a tributary service card on the

iTN2100.

Provide 8 SFP interfaces, where 4 interfaces are PDH optical

interfaces. Each optical interface supports up to 8 ways of E1 and 1

way of GE. This card maps up to 32 ways of E1 to the SDH network.

The other 4 interfaces are GE interfaces which can connect to SFP

optical interface or SFP electrical interface. These four interfaces are

responsible for demultiplexing GE from related PDH optical signals,

making Ethernet services received by the remote be sent to the local

switch one to one. Provide 8 SFP interfaces. Among them, 4 SFP interfaces are

connected to remote device, and the other 4 interfaces (optical

interface or electrical interface) access remote Ethernet service to local

switch one to one. Support 1+1 inter-card E1 service protection. If LOS or LOF occurs

on optical interface or the card is lost, protection switching will be

performed. Support querying and displaying manufacturing information (serial

number) of the card. Support SFP optical module DDM. The local GE interface can be

configured with optical/electrical SFP. For electrical SFP, only

1000BASE-T SFP electrical interface is supported. The GE interface rate is fixed to 1000 Mbit/s. Support enabling the

interface and configuring auto-negotiation. Support timeslot mapping from E1 to SDH network. Support managing downlink remote devices on the Line interface. Support LPR alarms. Support E1 local loopback, remote loopback and dual loopback

functions and support loopback auto-recovery function. Support ALS. Support fault-pass function, including faults passing from optical

interface to electrical interface (if LOS or LOF occurs on local or

remote optical interface, Ethernet electrical interface is shut down

before both ingress and egress optical interfaces become normal ) and

faults passing from electrical interface to electrical interface (if the

remote Ethernet electrical interface is in Link Down mode, the local

Ethernet electrical interface is shut down before remote device

recovers to Link UP mode). Support online upgrade for local and remote devices. Support saving and recovering service card configuration and support

pre-configuring service cards. Work with the remote RCMS2902-2E1GE-BL, RCMS2903-4E1-4GE,

RCMS2912-4E1T1GE, and RCMS2912-8E1T1GE, etc. Support hot swapping.

Raisecom




16.7.2 Slots

The OPCOM3500E-240GE×4L can be inserted into slots 1–5 and 8–12 on the iTN2100.

16.7.3 Interfaces

Interface types

Table 16-42 lists interfaces on the OPCOM3500E-240GE×4L panel.

Table 16-42 OPCOM3500E-240GE×4L interfaces



1–4 (GE) SFP optical interface Egress interface for GE service

1–4 (Line) SFP optical interface Service downlink interface


Table 16-43 lists parameters of GE interfaces 1–4 of the OPCOM3500E-240GE×4L.

Table 16-43 Parameters of the OPCOM3500E-240GE×4L interfaces




16.7.4 LEDs

Table 16-44 lists LEDs on the OPCOM3500E-240GE×4L panel.

Table 16-44 LEDs on the OPCOM3500E-240GE×4L






Raisecom





LNK/ACT

(1–4)

Green Ethernet line LED

Green: Ethernet line interfaces 1/2/3/4 are connected properly. Off: the Ethernet line interfaces are disconnected or are

improperly connected. Blinking green: Ethernet line interfaces 1/2/3/4 are receiving or

sending data.

LPR

(1–4)

Red LPR LED for remote device that is connected to related optical

interfaces

Red: the remote device is powered off, when the remote

device, which is connected to the local device and optical

interfaces (Line), is working properly. Off: the remote device that is connected to related optical

interfaces (Line) is working properly.

LOS

(1–4)

Red LOS alarm LED on related optical interfaces (Line)

Red: input LOS alarm occurs on related optical interfaces

(Line). Blinking red: optical related interfaces (Line) receive signals

properly. However, input LOS alarm occurs on connected

remote devices. Off: related optical interfaces (Line) and connected remote

devices receive signals properly or optical module does not

exist.

16.7.5 Alarms

Table 16-45 lists alarms of the OPCOM3500E-240GEx4L.

Table 16-45 Alarms of the OPCOM3500E-240GEx4L

Alarm Cause Level


alarm

Received signals are attenuated dramatically. The peer sender fails. Fiber connector of the sender is dirty or is not

connected properly. Local receiver fails.

Critical

Remote device LPR

alarm

The remote device is powered off. Critical


Table 16-46 lists specifications of the OPCOM3500E-240GEx4L.

Raisecom




Table 16-46 Specifications of the OPCOM3500E-240GEx4L

Item Value


Weight < 0.4 kg

Maximum power

consumption

19 W

Raisecom




16.8 OPCOM3500E-120H×4


Appearance Function

The OPCOM3500E-120H×4 is a multi-service multiplexing tributary card

on the iTN2100. Now the OPCOM3500E-120H×4 has two versions: versions A and B.

Support accessing 4 ways of PDH optical signals and each way supports 4

ways of E1 services. Map up to 16 ways of E1 services to the SDH signals. Provide 4 PDH optical interfaces. Support multiplexing up to 16 ways of E1 signals. Support complete alarm features. Local alarms and remote alarms can be

displayed concurrently. Support remote management for Raisecom RCMS28XX and RC83X

series. If it is connected to the RCMS2811, they can implement 1+1 inter-

card protection switching. Support E1 local and remote bidirectional loopback. Support LPR alarms for remote devices. Support ALS. Support hot swapping. Support online software upgrade for local and remote devices (Version B

only).

The left is version A and the right is the version B.

16.8.2 Slots

The OPCOM3500E-120H×4 (Versions A and B) can be inserted into slots 1–5 and 8–12 on

the iTN2100.

Raisecom




16.8.3 Interfaces

Interface types

Table 16-47 lists interfaces on the OPCOM3500E-120H×4 (Versions A and B) panel.

Table 16-47 Interfaces on the OPCOM3500E-120H×4 (Versions A and B),


A–D

(Version A)

1×9 optical interface Service downlink interface Tx indicates the sending interface and Rx


1–4

(Version B)

SFP optical

interface

Service downlink interface Tx indicates the sending interface and Rx


16.8.4 LEDs

There are 11 LEDs on the OPCOM3500E-120H×4 (Versions A and B), and the LEDs have

the same functions on the two versions, as listed in Table 16-48.

Table 16-48 LEDs on the OPCOM3500E-120H×4 (Versions A and B) panel










or 1E-3 alarms are generated.

LPR (A–D)

LPR (1–4)

Red Related interface remote device LPR alarm LED


to the related interface are connected and work properly,

LPR occurs on the remote device. Off: the remote device connected to the related interface is

working properly.

Raisecom





LOS (A–D)

LOS (1–4)

Red Related interface LOS alarm LED

Red: input LOS alarms are generated on the related

interface. Blinking green: input LOS alarms are generated on the

remote device connected to the related interface. Off: no input LOS alarms are generated on the related

interface.

16.8.5 DIP switches

Version A

The OPCOM3500E-120H×4 (Version A) has two DIP switches: SW6 and SW7, as listed in

Table 16-49 and Table 16-50.

Table 16-49 Configurations of DIP switch SW6 on the OPCOM3500E-120H×4 (Version A)

DIP switch



SW6 Configure

the type of

the optical-


ON ON ON ON M

ON ON ON OFF S1

ON ON OFF ON S2

ON ON OFF OFF S3

ON OFF ON ON SS13

ON OFF ON OFF SS15

ON OFF OFF ON SS23

ON OFF OFF OFF SS25


Table 16-50 Configurations of DIP switch SW7 on the OPCOM3500E-120H×4 (Version A)


DIP bit

Bit1 Enable or disable ON Enable ALS.

Raisecom





DIP bit

ALS on the optical interface.

OFF Disable ALS.

Bit2–Bit4 Reserved – –


Version B

The OPCOM3500E-120H×4 (Version B) has a DIP switch: SW7, as listed in Table 16-51.

Table 16-51 Configurations of DIP switch SW7 on the OPCOM3500E-120H×4 (Version B)


DIP bit

Bit1 Enable or

disable ALS.

ON Enable ALS.

OFF Disable ALS.

Bit2 Reserved

Bit3

Bit4 Enable or

disable ISP upgrade.

ON Enable ISP upgrade.

OFF Disable ISP upgrade.

By default, SW7 is all OFF.

16.8.6 Alarms

Version A

Table 16-52lists alarms of the OPCOM3500E-120H×4 (Version A).

Raisecom




Table 16-52 Alarms of the OPCOM3500E-120H×4 (Version A)

Alarm Cause Level


alarm



Critical

Remote device LPR alarm The remote device is powered off. Critical

Overall ALM One or more of TU-AIS/TU-LOP, E1-LOS,

optical interface LOF, and 1E-3 alarms

Critical

Version B

Table 16-53 lists alarms of the OPCOM3500E-120H×4 (Version B).

Table 16-53 Alarms of the OPCOM3500E-120H×4 (Version B)

Alarm Cause Level


alarm



Critical




Critical


Version A

Table 16-54 lists specifications of the OPCOM3500E-120H×4 (Version A).

Table 16-54 Specifications of the OPCOM3500E-120H×4 (Version A)

Parameter Value


Weight 0.4 kg

Maximum power

consumption

4.95 W

Raisecom




Version B

Table 16-55 lists specifications of the OPCOM3500E-120H×4 (Version B).

Table 16-55 specifications of the OPCOM3500E-120H×4 (Version B)

Parameter Value


Weight < 0.5 kg

Maximum power

consumption

4.95 W

Raisecom




16.9 OPCOM3500E-DSPH


Appearance Function

The OPCOM3500E-DSPH is a multi-service multiplexing tributary card

on the iTN2100.

Support accessing 4 ways of PDH optical signals and each way

supports 4 ways of E1 services. Map up to 16 ways of E1 services to the SDH signals. Support complete alarm features. Local alarms and remote alarms can

be displayed concurrently. Support remote management of Raisecom RCMS28XX series RCMS

and RC83X series transceivers. If it is connected to the RCMS2811, it

can implement 1+1 inter-card protection switching. Support E1 local and remote bidirectional loopback. Support LPR alarms for remote devices. Support ALS. Support hot swapping. Support online software upgrade for local and remote devices.

16.9.2 Slots

The OPCOM3500E-DSPH can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




16.9.3 Interfaces

Interface types

Table 16-56 lists interfaces on the OPCOM3500E-DSPH panel.

Table 16-56 Interfaces on the OPCOM3500E-DSPH


1–4 SFP optical

interface

Service downlink interface Tx indicates the sending interface and Rx


16.9.4 LEDs

There are 11 LEDs on the OPCOM3500E-DSPH, and the LEDs have the same functions on

the two versions, as listed in Table 16-57.

Table 16-57 LEDs on the OPCOM3500E-DSPH panel










or 1E-3 alarms are generated.

LPR (1–4) Red Related interface remote device LPR alarm LED


to the related interface are connected and work properly,

LPR occurs on the remote device. Off: the remote device connected to the related interface is

working properly.

LOS (1–4) Red Related optical interface LOS alarm LED


interface. Blinking red: input LOS alarms are generated on the remote

device connected to the related interface. Off: no input LOS alarms are generated on the remote

device connected to the related interface.

Raisecom




16.9.5 DIP switches

Table 16-58 lists DIP switch SW7 on the OPCOM3500E-DSPH.

Table 16-58 Configurations of DIP switch SW7 on the OPCOM3500E-DSPH


DIP bit

Bit1 Enable or

disable ALS.

ON Enable ALS.

OFF Disable ALS.

Bit2 Reserved

Bit3

Bit4 Enable or

disable ISP upgrade.

ON Enable ISP upgrade.

OFF Disable ISP upgrade.


16.9.6 Alarms

Table 16-59 lists alarms of the OPCOM3500E-DSPH.

Table 16-59 Alarms of the OPCOM3500E-DSPH

Alarm Cause Level


alarm



Critical




Critical


Table 16-60 lists specifications of the OPCOM3500E-DSPH.

Raisecom




Table 16-60 specifications of the OPCOM3500E-DSPH

Parameter Value


Weight < 0.50 kg

Maximum power

consumption

4.95 W

Raisecom




16.10 OPCOM3500E-HSPH


Appearance Function

The OPCOM3500E-HSPH is a multi-service multiplexing tributary card

on the iTN2100.

Support accessing 8 ways of PDH optical signals and each way

supports 4 ways of E1 services. The iTN 2100 can use multiplex OPCOM3500E-HSPH cards

concurrently. Each card can be connected up to 8 RCMS29xx series

multiplexers or RC86x series transceivers. Provide 8 PDH optical interfaces. Implement up to 32 ways of E1 services multiplexing. Support complete alarm features. Local alarms and remote alarms can

be displayed concurrently. Support remote management for Raisecom RCMS28XX series

Ethernet multiplexers and RC83X series transceivers. Support implementing 1+1 inter-card protection switching when

connected to the RCMS2811. Support E1 local and remote bidirectional loopback. Support alarm shielding to E1 idle tributary. Support DDM for the SFP module. Support online software upgrade for local and remote devices. Support LPR alarms for remote devices. Support ALS. Support hot swapping.

16.10.2 Slots

The OPCOM3500E-HSPH can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




16.10.3 Interfaces

Interface types

Table 16-61 lists interfaces on the OPCOM3500E-HSPH panel.

Table 16-61 Interfaces on the OPCOM3500E-HSPH



1–8 SFP optical

interface

Service downlink interface

Choose 155 Mbit/s or higher SFP modules.

16.10.4 LEDs

Table 16-62 lists LEDs on the OPCOM3500E-HSPH panel.

Table 16-62 LEDs on the OPCOM3500E-HSPH panel






LOS (1–8) Red Related optical interface LOS alarm LED


interface. Off: no input LOS alarms are generated on the related

interface.

16.10.5 Alarms

Table 16-63 lists alarms of the OPCOM3500E-HSPH.

Table 16-63 Alarms of the OPCOM3500E-HSPH

Alarm Cause Level

Optical interface

LOS alarm



Critical

Raisecom




Alarm Cause Level

Remote optical

interface LOS alarm



Critical

Optical interface

LOF alarm


Critical

Remote interface

LOF alarm


Critical


Table 16-64 lists specifications of the OPCOM3500E-HSPH.

Table 16-64 specifications of the OPCOM3500E-HSPH

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

9 W

Raisecom




16.11 OPCOM3500E-3DS3/E3


Appearance Function

The OPCOM3500E-3DS3/E3 is a DS3/E3 service card on the iTN2100.

Support service interconnection with the RC802-DS3E3. Provide 3 groups of DS3/E3 interfaces. Each group has an optical

interface, a Tx electrical interface, and a Rx electrical interface). You

can configure the interface to DS3 or E3 mode, or enable or disable an

interface through software. Support three modes: SDH, 1+1 convert, and OPT modem, which can

be Configure through DIP switches: – SDH mode: – In Rx direction, the card maps DS3/E3 signals received from the

DS3/E3 interface to the VC3 of SDH signals for cross connection

and aggregation by the aggregation card. – In Tx direction, the card demaps VC3 from the aggregation card,

and then outputs it to the DS3/E3 interface. – 1+1 convert mode: this mode has two protection modes: mode 1 and

mode 2. – In mode 1, the first two electrical interfaces are in line protection

mode for each other, and the third electrical or optical interface

works as the signal terminal. – In mode 2, the first two optical interfaces are in line protection mode

for each other, and the third electrical or optical interface works as

the signal terminal. – In Rx direction, the first two DS3/E3 interfaces are in protection

mode for each other, and they forward DS3/E3 signals received

from the primary DS3/E3 interface to the third DS3/E3 interface;

the slave interface is for protection only. – In Tx direction, the card forwards DS3/E3 signals received from the

third DS3/E3 interface to the primary DS3/E3 interface which with

the salve DS3/E3 interface are in protection mode for each other. – OPT modem mode: three ways of OPT modem work independently. – In Rx direction, the card forwards DS3/E3 signals received from the

DS3/E3 optical interface to the corresponding DS3/E3 electrical

interface. – In Tx direction, the card forwards DS3/E3 signals from the DS3/E3

electrical interface to the corresponding DS3/E3 optical interface. Support DS3 loop detection and E3 loop detection. Support the remote management feature. Support BERT. Support complete alarm and performance monitoring. Support hot swapping.

16.11.2 Slots

The OPCOM3500E-3DS3/E3 can be inserted into slots 1–5 and 8–12 on the iTN2100.

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16.11.3 Interfaces

Interface types

Table 16-65 interfaces on the OPCOM3500E-3DS3/E3 panel.

Table 16-65 Interfaces on the OPCOM3500E-3DS3/E3 panel


– (1–3) SFP optical interface DS3/E3 service electrical interface

TX (1–3) CC3 male connector DS3/E3 service electrical interface. Tx indicates the sending interface.

RX (1–3) CC3 male connector DS3/E3 service electrical interface. Rx indicates the receiving interface.


Interfaces TX (1–3) and RX (1–3) have the same parameters, as listed in Table 16-66 and

Table 16-67.

Table 16-66 Parameters of interfaces TX (1–3) and RX (1–3) on the OPCOM3500E-3DS3/E3 in

DS3


Connector type CC3 male connector (electrical, unbalanced)

Interface rate 44.736 Mbit/s±20 ppm


Coding scheme B3ZS

Electrical features Bellcore GR-499-CORE and ANSI T1.102_1993

Wander features Bellcore GR-499 CORE Category I and Category II, ITU-T

G.824

Jitter features Bellcore GR-499 CORE, ITU-T G.824

Table 16-67 Parameters of interfaces TX (1–3) and RX (1–3) on the OPCOM3500E-3DS3/E3 in E3


Connector type CC3 male connector (electrical, unbalanced)

Interface rate 34.368 MHz±20 ppm


Coding scheme HDB3

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Transferring features Comply with ITU-T G.823 recommendations.


16.11.4 LEDs

Table 16-68 lists LEDs on the OPCOM3500E-3DS3/E3 panel.

Table 16-68 LEDs on the OPCOM3500E-3DS3/E3 panel






DS3 Green DS3/E3 LED

Green: the card is working in DS3 mode. Off: the card is working in E3 mode.

ALM Green Overall alarm LED

Green: alarms are generated on the card. Off: no alarms are generated on the card.

O-LOS (1–3) Green/Red Optical interface 1/2/3 status LED

Green: optical interface 1, 2, or 3 is enabled and

working properly. Red: optical interface 1, 2, or 3 is enabled and LOS

alarms are generated on it. Off: optical interface 1, 2, or 3 is disabled.

E-LOS (1–3) Green/Red Electrical interface 1/2/3 status LED

Green: electrical interface 1, 2, or 3 is enabled and

working properly. Red: electrical interface 1, 2, or 3 is enabled and LOS

alarms are generated on it. Off: electrical interface 1, 2, or 3 is disabled.


The OPCOM3500E-3DS3/E3 has two DIP switches: SW1 and SW2, as listed in Table 16-69

and Table 16-70.

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Table 16-69 Configurations of DIP switch SW1 on the OPCOM3500E-3DS3/E3

DIP switch


Bit1 Bit2 Bit3 Bit4

SW1 Configure

the working

mode of the card.

ON ON – – Configure the card to 1+1 convert mode.

OFF OFF – – Configure the card to SDH mode.

ON OFF – – Configure the card to OPT modem mode.

Configure

the DS3/E3 mode.

– – ON – Configure the card to E3 mode.

– – OFF – Configure the card to DS3 mode.

Configure

the NMS to

primary or slave.

– – – ON Configure the card to slave mode forcibly.

– – – OFF Automatical recognition.


Table 16-70 Configurations of DIP switch SW2 on the OPCOM3500E-3DS3/E3

SW2 Function Status Description Remark

DIP bit

Bit1 Choose the

optical or

electrical

interface for the

first DS3/E3 interface.

ON Choose the optical

interface.

This bit is invalid in OPT

modem mode.

OFF Choose the

electrical interface.

Bit2 Choose the

optical or

electrical

interface for the

second DS3/E3

interface.


interface.


modem mode.

OFF Choose the


Bit3 Choose the

optical or

electrical

interface for the

third DS3/E3 interface.


interface.


modem mode.

OFF Choose the


Bit4 Enable or disable ON Enable –

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SW2 Function Status Description Remark

DIP bit

local optical

interface outer loopback.

OFF Disable


local electrical

interface outer

loopback.

ON Enable –

OFF Disable


remote optical

interface outer loopback.

ON Enable –

OFF Disable

Bit7 Configure

protection mode.

ON Manual protection This bit is valid in 1+1

convert mode. OFF Automatical

protection

Bit8 Configure the

working line.

ON Line 2 This bit is valid in 1+1

convert mode. OFF Line 1


16.11.6 Alarms

Table 16-71 lists alarms of the OPCOM3500E-3DS3/E3.

Table 16-71 Alarms of the OPCOM3500E-3DS3/E3

Interface Alarm Cause Level

Optical

interface

LOS alarm Attenuation of received signals is over great. The peer sender fails. The fiber head is unclean or the connector is


Critical

LOF alarm Received signals are out of synchronization. Critical

Electrical

interface

LOL alarm Loss of lock (LOL) alarms are generated on

the receiving clock. Minor

LOS alarm Attenuation of received signals is over great. The peer sender fails. The fiber head is unclean or the connector is


Minor

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Interface Alarm Cause Level

DMO

alarm

No output transmitted signals. Minor

LCV alarm Codes of received signals conflict. Minor

E3 AIS

alarm

Timeslot of the backplane of VC12

corresponding to the local E1 is faulty or

improperly configured. The E1 channel of the remote PDH device is

faulty or improperly configured.

Minor

16.11.7 Cables

Table 16-72 lists cables of the OPCOM3500E-3DS3/E3.

Table 16-72 Cables of the OPCOM3500E-3DS3/E3

Card Cable

OPCOM3500E-3DS3/E3 CBL-E1-CC3/BNCF


Table 16-73 lists specifications of the OPCOM3500E-3DS3/E3.

Table 16-73 Specifications of the OPCOM3500E-3DS3/E3

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

10 W

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iTN2100 (P100R002) Hardware Description 17 V.24 card



17 V.24 card

This chapter describes the V.24 card on the iTN2100, including the following section:

OPCOM3500E-8V24

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17.1 OPCOM3500E-8V24


Appearance Function

The OPCOM3500E-8V24 is an 8-way V.24 data service card on the

iTN2100.

Provide 2 HDB26 interfaces. Each interface transmits 4 ways of V.24

data. Map V.24 data within itself to the VC12 of SDH directly or indirectly

(V.24 data are aggregated by the OPCOM3500E-DXC-DS0 first and

then mapped to the VC12 of the SDH), and every 4 ways of V.24 data

occupy one E1. Support application in DCE mode. Support independent configuration of bandwidth for each V24

channel. You can configure the bandwidth to 64 kbit/s, 128 kbit/s, or

256 kbit/s. The V24 channel is fixed to occupy the 64 kbit/s timeslot

of inner E1. Support local crystal oscillator, E1-1 recovery clock, or E1-2 recovery

clock as clock source. Support Tx and Rx phase adjustment on each V.24 interface

independently. The V.24 data channel supports three loopback modes:

– External loopback on the V.24 interface side – Internal loopback on the inner E1 side – External loopback on the inner E1 side

Support E1 BERT. When you send test codes to the backplane, you

can test only one way of E1 once. Support hot swapping.

Table 17-1 lists relations between V24 bandwidth and 64 kbit/s timeslot.

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Table 17-1 Relations between V24 bandwidth and 64 kbit/s timeslot on the OPCOM3500E-8V24

Bandwidth

V.24 data

64 kbit/s 128 kbit/s 256 kbit/s

Line 1 V.24 Occupy the first E1. TS1 TS1–2 TS1–4

Line 2 V.24 TS5 TS5–6 TS5–8

Line 3 V.24 TS17 TS17–18 TS17–20

Line 4 V.24 TS21 TS21–22 TS21–24

Line 5 V.24 Occupy the second E1. TS1 TS1–2 TS1–4

Line 6 V.24 TS5 TS5–6 TS5–8

Line 7 V.24 TS17 TS17–18 TS17–20

Line 8 V.24 TS21 TS21–22 TS21–24

17.1.2 Slots

The OPCOM3500E-8V24 can be inserted into slots 1–5 and 8–12 on the iTN2100.

17.1.3 Interfaces

Interface types

There are two interfaces on the OPCOM3500E-8V24 panel, as listed in Table 17-2.

Table 17-2 Interfaces on the OPCOM3500E-8V24 panel


1–4, 5–8 HDB26 female

connector

Service downlink interface Each interface can transmit four ways of V.24 data.

17.1.4 LEDs

There are 18 LEDs on the OPCOM3500E-8V24 panel, as listed in Table 17-3.

Table 17-3 LEDs on the OPCOM3500E-8V24 panel




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TD

(1–8)

Green Blinking green: V.24 data channel interface 1/2/.../7/8 is sending

data from itself to the DTE device. Blinking frequency indicates

transmission rate. Off: V.24 data channel interface 1/2/.../7/8 is not sending data.

RD

(1–8)

Green Blinking green: V.24 data channel interface 1/2/.../7/8 is

receiving data from the DTE device to itself. Blinking frequency

indicates transmission rate. Off: V.24 data channel interface 1/2/.../7/8 is not receiving data.

17.1.5 Cables

Table 17-4 lists cables of the OPCOM3500E-8V24.

Table 17-4 Cables of the OPCOM3500E-8V24

Card Cable

OPCOM3500E-8V24 CBL-V24-HDB26M/4DB25F CBL-V24-HDB26M/4DB25M


Table 17-5 lists specifications of the OPCOM3500E-8V24.

Table 17-5 Specifications of the OPCOM3500E-8V24

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

4 W

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18 V.35 card

This chapter describes the V.35 card on the iTN2100, including the following sections:

OPCOM3500E-8V35

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18.1 OPCOM3500E-8V35


Appearance Function

The OPCOM3500E-8V35 is an 8-way V.35 data service card on the

iTN2100.

Map V.35 data within itself to the VC12 of SDH directly or indirectly

(V.35 data are aggregated by the OPCOM3500E-DXC-DS0 first and

then mapped to the VC12 of the SDH), and each way of V.35 data

occupy a way of E1 signals. Provide four HDB26 interfaces. Each interface transmits two ways of

V.35 data. Support application in DCE mode. Support independent configuration of bandwidth for each V.35

channel. You can configure the E1 channel to framed or unframed: In framed E1, configure V.35 bandwidth to N×64 kbit/s (N=1–31). In unframed E1, configure V.35 bandwidth to 2 Mbit/s. Support timeslot automatical track in TS0 transparent transmission. Support local crystal oscillator, E1-1 recovery clock, or E1-2 recovery

clock as clock source. Support Tx and Rx phase adjustment on each V.35 interface

independently. The V.35 data channel supports independent configurations of each

interfaces and two loopback modes: – External loopback on the V.35 interface side – Internal loopback on the V.35 interface side

Support E1 BERT. When you send test codes to the backplane, you

can test only one way of E1 once. Support hot swapping.

18.1.2 Slots

The OPCOM3500E-8V35 can be inserted into slots 1–5 and 8–12 on the iTN2100.

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18.1.3 Interfaces

Interface types

There are four interfaces on the OPCOM3500E-8V35 panel, as listed in Table 18-1.

Table 18-1 Interfaces on the OPCOM3500E-8V35 panel


– HDB26 female

connector

Service downlink interface Each interface can transmit 2 ways of V.35 data.

18.1.4 LEDs

There are 18 LEDs on the OPCOM3500E-8V35 panel, as listed in Table 18-2.

Table 18-2 LEDs on the OPCOM3500E-8V35 panel






TD

(1–8)

Green Blinking green: V.35 data channel interface 1/2/.../7/8 is sending

data from itself to the DTE device. Blinking frequency indicates

transmission rate. Off: V.35 data channel interface 1/2/.../7/8 is not sending data.

RD

(1–8)

Green Blinking green: V.35 data channel interface 1/2/.../7/8 is

receiving data from the DTE device to itself. Blinking frequency

indicates transmission rate. Off: V.35 data channel interface 1/2/.../7/8 is not receiving data.

18.1.5 Cables

Table 18-3 lists cables of the OPCOM3500E-8V35.

Table 18-3 Cables of the OPCOM3500E-8V35

Card Cable

OPCOM3500E-8V35 CBL-V35-HDB26M/2M34M CBL-V35-HDB26M/2M34F

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Table 18-4 lists specifications of the OPCOM3500E-8V35.

Table 18-4 Specifications of the OPCOM3500E-8V35

Parameter Value


Weight < 0.45 kg

Maximum power

consumption

8 W

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iTN2100 (P100R002) Hardware Description 19 64K cross-connection card



19 64K cross-connection card

This chapter describes the 64K cross-connection card on the iTN2100, including the

following section:

OPCOM3500E-DXC-DS0

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19.1 OPCOM3500E-DXC-DS0


Appearance Function

The OPCOM3500E-DXC-DS0 is a 64K cross-connection card on the

iTN2100.

Support cross connection and multiplexing of 1536×1536 64 kbit/s

services (namely, 48×48 ways of E1 signals). Support no service interface. 64 kbit/s services can be transmitted

through other service cards. E1 supports framed and unframed modes. In framed mode, the card

can work in PCM30 or PCM21 mode. In PCM30 mode, it supports

cross connection of voice signaling. Support three clock modes: local clock, system clock, and E1 clock. If

the card works in slave clock mode, you can choose any E1 among 48

ways of E1 signals to recover clock. Support external loopback on the E1 interface. You can perform

loopback on E1 signals from other service cards. The iTN2100 can be inserted with multiple 64K cross-connection

cards. Any two of them support card-level hot backup. Manage the remote device through the Sa bit in framed E1 or

independent timeslots. Support remote management for the RC3000-2E1, RC3000-4E1,

RC3000-OPT-FE, and RC3000-OPT-2E1. Support online software upgrade. Support hot swapping.

19.1.2 Slots

The OPCOM3500E-DXC-DS0 can be inserted into slots 1–5 and 8–12 on the iTN2100.

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19.1.3 LEDs

There are three LEDs on the OPCOM3500E-DXC-DS0 panel, as listed in Table 19-1.

Table 19-1 LEDs on the OPCOM3500E-DXC-DS0 panel






ALM Red Alarm LED

Red: TU-AIS or TU-LOP alarms are generated. Off: no TU-AIS or TU-LOP alarms are generated.

19.1.4 Alarms

Table 19-2 lists alarms of the OPCOM3500E-DXC-DS0.

Table 19-2 Alarms of the OPCOM3500E-DXC-DS0

Alarm Cause Level

E1 LOF alarm The Tx clock of the peer device fails. The E1 connector of the peer device is improperly

connected; the attenuation of sent signals is over great. The receiving reference clock of the card fails.

Critical

E1 AIS alarm Timeslot of the backplane of VC12 corresponding to

the local E1 is faulty or improperly configured. The E1 channel of the remote PDH device is faulty or


Minor

E1 CRC alarm The working mode of E1 in the peer or local device is

improperly configured. CRC at the E1 sending side of the peer device is

disabled. The Tx clock of the peer device fails. The E1 connector of the peer device is improperly


Minor

E1 E-3/6 alarm The working mode of E1 in the peer or local device is

improperly configured. CRC at the E1 sending side of the peer device is

disabled. The Tx clock of the peer device fails. The E1 connector of the peer device is improperly


Minor

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Table 19-3 lists specifications of the OPCOM3500E-DXC-DS0.

Table 19-3 Specifications of the OPCOM3500E-DXC-DS0

Parameter Value


Weight < 0.36 kg

Maximum power

consumption

5 W

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iTN2100 (P100R002) Hardware Description 20 Multi-service cards



20 Multi-service cards

This chapter describes the multi-service cards of the iTN2100, including the following

sections:

OPCOM3500E-12MT

OPCOM3500E-8MT

OPCOM3500E-MULTI

OPCOM3500E-Audio

iTN2100-EOW

OPCOM3500E-10E&M

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20.1 OPCOM3500E-12MT


Appearance Function

The OPCOM3500E-12MT is a 12-way magnetic telephone access card.

Provide 12 magneto telephone interfaces. Voice gain is adjustable. The step is 0.1 dB.

– The Rx A/D ranges from -10 dB to +16 dB. By default, it is 0 dB.

The step is 0.1 dB. – The Tx A/D ranges from -17 dB to +8 dB. By default, it is -3.5 dB.

The step is to 0.1 dB. Support configuring signaling types (a-bit and b-bit). Support configuring signaling modes (original signaling and reversed

signaling). The voice interface and ringing current output provides overcurrent

protection. Support online upgrade.

Do avoid short-circuit during operation. If short-circuit occurs and the ring time is over 10 minutes, the card will be damaged.

20.1.2 Slots

The OPCOM3500E-12MT can be inserted into slots 1–5 and 8–12 on the iTN2100.

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20.1.3 Interfaces

Interface types

There are 12 interfaces on the OPCOM3500E-12MT panel, as listed in Table 20-1.

Table 20-1 Interfaces on the OPCOM3500E-12MT panel


1–12 HDB26 female connector 12 magnetic telephone interfaces


Table 20-2 lists parameters of interfaces 1–12 on the OPCOM3500E-12MT panel.

Table 20-2 Parameters of interfaces 1–12 on the OPCOM3500E-12MT panel


Coding scheme A-law

Bit rate 64 kbit/s

Impedance auto-switching of input interface Ring: 100 KΩ Other cases: 600 Ω

Valid transmission bandwidth 300–3400 Hz

Gain frequency feature Rx (A/D) gain range: -10 to +16 dB Default value: 0 dB Step: 0.1 dB Tx (D/A) gain range: -17 to +8 dB Default value: -3.5 dB Step: 0.1 dB

Frequency distortion < 0.5 dB (300–3000 Hz)

< 3.0 dB (3000–3400 Hz)

Total distortion (1020 Hz) < 33 dB (0 to -30 dBm0)

< (33–22) dB (-30 to -40 dBm0)

< 22 dB (-40 to -45 dBm0)

Variation of gain with input level Δ < 0.5 dB (+3 to -40 dBm0)

Δ < 1.0 dB (-40 to -50 dBm0)

Δ < 3.0 dB (-50 to -55 dBm0)

Degree of unbalance about earth > 40 dB (300–600 Hz)

> 46 dB (600–2400 Hz)

> 41 dB (2400–3400 Hz)

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Idle-channel noise < -67 dBm0p

Ringing current voltage Typical 75VAC sine wave/30 Hz

Return loss > 12 dB (300–600 Hz)

> 15 dB (600–3400 Hz)

Interface PINs

Figure 20-1 shows interface PINs of the OPCOM3500E-12MT.

Figure 20-1 Interface PINs of the OPCOM3500E-12MT

Table 20-3 describes interface PINs of the OPCOM3500E-12MT.

Table 20-3 Interface PINs of the OPCOM3500E-12MT

HDB26M PIN PIN definition Description

7 CH-01A No.1 way of voice

17 CH-01B


18 CH-02B


26 CH-03B


15 CH-04B


16 CH-05B


24 CH-06B


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13 CH-07B


14 CH-08B


22 CH-09B


11 CH-10B


12 CH-11B


20 CH-12B

9 Idle –

10 Idle –

20.1.4 LEDs

There are 26 LEDs on the OPCOM3500E-12MT panel, as listed in Table 20-4.

Table 20-4 LEDs on the OPCOM3500E-12MT panel






TX Green Signaling output LED

Green: there is signaling being output. Off: no signaling is being output.

The signaling direction is based on the magnetic telephone. Tx refers the direction from the magnetic telephone to the 12MT.

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RX Green Signaling input LED

Green: there is signaling being input. Off: no signaling is being input.

The signaling direction is based on the magnetic telephone. Rx refers the direction from the 12MT to the magnetic telephone.


Table 20-5 lists specifications of the OPCOM3500E-12MT.

Table 20-5 Specifications of the OPCOM3500E-12MT

Parameter Value


Weight 0.47 kg

Maximum power

consumption

23 W

20.1.6 Cables

Table 20-6 lists cables available for the OPCOM3500E-12MT.

Table 20-6 Cables available for the OPCOM3500E-12MT

Recommended cable Description

CBL-MUL-

HDB26M(40)/NC

(Angled) HDB26 male connector-to-NC multi-function

cable

For details about the used cable color patterns, see section 24.14 MUL-HDB26 cable.

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20.2 OPCOM3500E-8MT


Appearance Function

The OPCOM3500E-8MT is an 8-way magnetic telephone access card.

Provide 8 magneto telephone interfaces. The interface type is HDB26. Voice gain is adjustable. The step is 0.1 dB.

– The Rx A/D ranges from -10 to +16 dB. By default, it is 0 dB. – The Tx A/D ranges from -17 to +8 dB. By default, it is -3.5 dB.

Eight-way telephone signals occupy timeslots 1–8 of the first VC12 (in

PCM30 mode) consistently. Support configuring signaling types (a-bit and b-bit). Support configuring signaling modes (original signaling and reversed

signaling). The voice interface and ringing current output provides overcurrent

protection. Support 3 working modes: common mode, magnetic carrier mode, and

audio carrier mode. Support configuring the default voice gain value through the DIP switch.

– The Rx A/D ranges from 0–15 dB. By default, it is 0 dB. The step is 1

dB. – The Tx D/A ranges from -15.5 to -0.5 dB. By default, it is -3.5 dB. The

step is 1 dB. Support showing and configuring the serial number. Support online upgrade.

Do avoid short-circuit during operation. If short-circuit occurs and the ring time is over 10 minutes, the card will be damage

20.2.2 Slots

The OPCOM3500E-8MT can be inserted into slots 1–5 and 8–12 on the iTN2100.

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20.2.3 Interfaces

Interface types

There are 8 interfaces on the OPCOM3500E-8MT panel, as listed in Table 20-7.

Table 20-7 Interfaces on the OPCOM3500E-8MT panel


1–8 HDB26 female connector 8 magnetic telephone interfaces


Table 20-8 lists parameters of interfaces 1–8 on the OPCOM3500E-8MT panel.

Table 20-8 Parameters of interfaces 1–8 on the OPCOM3500E-8MT panel


Coding scheme A-law

Bit rate 64 kbit/s

Impedance auto-switching of input interface Ring: 100 KΩ Other cases: 600 Ω




< 3.0 dB (3000–3400 Hz)


(33–22) dB (-30 to -40 dBm0)

< 22 dB (-40 to -45 dBm0)

Variation of gain with input level Δ < 0.5 dB (+3 to -40 dBm0)

Δ < 1.0 dB (-40 to -50 dBm0)

Δ < 3.0 dB (-50 to -55 dBm0)


> 46 dB (600–2400 Hz)

> 41 dB (2400–3400 Hz)

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Ringing current voltage Typical 75 VAC 25 Hz


> 15 dB (600–3400 Hz)

Interface PINs

Figure 20-2 shows interface PINs of the OPCOM3500E-8MT.

Figure 20-2 Interface PINs of the OPCOM3500E-8MT

Table 20-9 describes interface PINs of the OPCOM3500E-8MT.

Table 20-9 Interface PINs of the OPCOM3500E-8MT



17 CH-01B


18 CH-02B


26 CH-03B


15 CH-04B


16 CH-05B


24 CH-06B


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13 CH-07B


14 CH-08B

21 Idle –

22 Idle –

1 Idle –

11 Idle –

2 Idle –

12 Idle –

19 Idle –

20 Idle –

9 Idle –

10 Idle –

20.2.4 LEDs

There are 18 LEDs on the OPCOM3500E-8MT panel, as listed in Table 20-10.

Table 20-10 LEDs on the OPCOM3500E-8MT panel






TX (1–8) Green Signaling output LED

Green: there is signaling being output. Off: no signaling is being output.

The signaling direction is based on the magnetic telephone. Tx refers to the direction from the magnetic telephone to the card.

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RX (1–8) Green Signaling input LED

Green: there is signaling being input. Off: no signaling is being input.

The signaling direction is based on the magnetic telephone. Rx refers to the direction from the card to the magnetic telephone.

20.2.5 DIP switches

The OPCOM3500E-8MT supports configuring the default voice gain value of 8 telephone

interfaces. DIP switches CH1–CH8 relate to telephone interfaces 1–8 respectively. You can

configure the Rx and Tx gain respectively for each telephone interface. Configuration

methods for the 8-pair DIP switches are identical. Here, take CH1 for an example, as shown

in Figure 20-3.

Figure 20-3 Voice gain DIP switch of the OPCOM3500E-8MT

The Rx A/D ranges from 0–15 dB. By default, it is 0 dB. The step is 1 dB.

The Tx D/A ranges from -15.5 to -0.5 dB. By default, it is -3.5 dB. The step is 1 dB.

The default voice gain value, configured through the DIP switch, takes effect after the card is

re-powered on. You can configure the configuration mode of the voice gain (hardware or

software mode) through the gain-cfg-mode command. If the configuration mode is hardware

mode, software configurations do not take effect, vice versa. For details about the CLI, see

iTN2100 Command Reference_TDM Part.


Table 20-11 lists specifications of the OPCOM3500E-8MT.

Table 20-11 Specifications of the OPCOM3500E-8MT

Parameter Value


Weight 0.75 kg

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Parameter Value

Maximum power

consumption

25 W

20.2.7 Cables

Table 20-12 lists cables available for the OPCOM3500E-8MT.

Table 20-12 Cables available for the OPCOM3500E-8MT


CBL-MUL-

HDB26M(40)/NC

(Angled) HDB26 male connector-to-NC multi-function

cable


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20.3 OPCOM3500E-MULTI


Appearance Function

The OPCOM3500E-MULTI is a multi-service access card used for

accessing voice and data services.

Provide 8 FXS/FXO voice interfaces, four 2/4W interfaces, and 4 data

interfaces. The interface name printed on the panel are VOICE, 2/4W,

and DATA respectively. FXS/FXO interfaces occupy 1–8 E1 timeslots. 2/4W interfaces

occupies 9–12 E1 timeslots. Each channel of the data interfaces

occupies 2 timeslots and 4 data channels occupy 13–15 and 17–21 E1

timeslots. In addition, the E1 is in PCM30 mode. FXS/FXO interfaces support FXS and FXO modules, which are

decided by the internally-inserted module. Up to 4 modules are

available. You can insert fewer modules or insert hybrid modules.

When inserting hybrid modules, you must insert the FXS module first

and then insert the FXO module. The voice gain of FXS/FXO interfaces is adjustable.

– Rx A/D ranges from -3 dB to 13 dB. By default, it is 0 dB. – Tx D/A ranges from -13 dB to 3 dB. By default, it is -3.5 dB.

FXS/FXO interfaces support configuring signaling modes (original

signaling and reversed signaling) and signaling types (a-bit/b-bit

signaling). FXS/FXO interfaces support the hotline mode but do not support

ringback tone. 2/4W interfaces support configuring 2/4W mode but do not support

signaling. The voice gain of the 2/4W interfaces is adjustable. The Rx A/D

ranges from -11 dB to +19 dB. The default value is configured by the

DIP switch. The Tx D/A ranges from -24 dB to +7dB. The default

value is configured by the DIP switch. 2/4W interfaces support internal loopback and external loopback. Data interfaces supports V.24 and RS485 modules, which is decided

by the internally-inserted module. Each module outputs 2-way data. V.24 interfaces can work in synchronous mode (V.24) or

asynchronous mode (RS232). RS485 interfaces can work in full

duplex mode (RS422) or half duplex mode (RS485). Four-way RS232 interfaces occupy 1-way transparent transmission E1

respectively. The E1 TX (in aggregation card direction) clock can be a

local crystal oscillator or a SDH system clock. Clock phased of both directions of V.24 interfaces are adjustable. Except for the RS485 mode, data interfaces support local internal

loopback and external loopback. – In RS232 mode, sampling frequency of interfaces can be 64 kHz,

128 kHz, or 2048 kHz and the related rates are 9.6 kbit/s, 19.2

kbit/s, and 460.8 kbit/s. – In V.24 mode, sampling frequency of interfaces can be 64 kHz or

128 kHz and the related rates are 9.6 kbit/s and 19.2 kbit/s. – In RS485/RS422 mode, sampling frequency of interfaces can be 64

kHz or 128 kHz and the related rates are 9.6 kbit/s and 19.2 kbit/s. Support upgrading the card online.

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20.3.2 Slots

The OPCOM3500E-MULTI can be inserted into slots 1–5 and 8–12 on the iTN2100.

20.3.3 Interfaces

Interface types

There are 3 interfaces on the OPCOM3500E-MULTI panel, as listed in Table 20-13.

Table 20-13 Interfaces on the OPCOM3500E-MULTI panel


VOICE RJ45 One RJ45 interface outputs 4-way FXS/FXO voice

services.

2/4W HDB26 female

connector

One HDB26 interface outputs 4-way 2/4W voice services.

DATA HDB26 female

connector

One HDB26 interface outputs 4-way V.24/ RS485 data

services.


Table 20-14 lists parameters of FXS/FXO interfaces on the OPCOM3500E-MULTI.

Table 20-14 Parameters of FXS/FXO interfaces on the OPCOM3500E-MULTI


Coding scheme A-law

Bit rate 64 kbit/s

Impedance of audio interface On-hook impedance: 2 MΩ Off-hook loopback impedance: 200 Ω + 600 Ω/0.1 μF

Valid transmission bandwidth 300–3400 Hz (600Ω)



< 3.0 dB (3000–3400 Hz)


< (33–22) dB (-30 to -40 dBm0)

< 22 dB (-40 to -45 dBm0)

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Variation of gain with input

level

Δ < 0.5 dB (+3 to -40 dBm0)

Δ < 1.0 dB (-40 to -50 dBm0)

Δ < 3.0 dB (-50 to -55 dBm0)

Degree of unbalance about

earth

> 40 dB (300–600 Hz)

> 46 dB (600–2400 Hz)

> 41 dB (2400–3400 Hz)


Feeding voltage (on-hook) Typical -48 V

Feeding current Typical 20 mA

Ringing current voltage Typical 60 V/30 Hz


> 15 dB (600–3400 Hz)

Table 20-15 lists parameters of 2/4W interfaces on the OPCOM3500E-MULTI.

Table 20-15 Parameters of 2/4W interfaces on the OPCOM3500E-MULTI


Connector type HDB26 female connector

Coding scheme A-law

Bit rate 64 kbit/s

Impedance of audio interface On-hook impedance: 2000 Ω Off-hook loopback impedance: 200 Ω + 600 Ω//0.1 μF

Valid transmission bandwidth 300–3400 Hz (600 Ω)

Gain frequency feature The Rx (A/D) gain ranges from -11 to +19 dB. The

default value is configured by the DIP switch.

The Tx (D/A) gain ranges from -24 to +7 dB. The

default value is configured by the DIP switch.


< 3.0 dB (3000–3400 Hz)


< (33–22) dB (-30 to -40 dBm0)

< 22 dB (-40 to -45 dBm0)

Variation of gain with input Δ < 0.5 dB (+3 to -40 dBm0)

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level Δ < 1.0 dB (-40 to -50 dBm0)

< 0.5 dB (300–3000 Hz)


earth

> 40 dB (300–600 Hz)

> 46 dB (600–2400 Hz)

> 41 dB (2400–3400 Hz)

Idle-channel noise < -67 dBm0



Ringing current voltage Typical 60 V 30 Hz


> 15 dB (600–3400 Hz)

Table 20-16 lists parameters of V.24 interfaces on the OPCOM3500E-MULTI.

Table 20-16 Parameters of V.24 interfaces on the OPCOM3500E-MULTI


Interface mode DCE mode

Connector type HDB26 female connector

Interface rate The sampling frequency can be 64 kHz and 128 kHz.

64 kHz sampling frequency: 9.6 kbit/s (maximum) 128 kHz sampling frequency: 19.2 kbit/s (maximum)

Features Comply with ITU-T V.24 recommendations.

Electrical feature Comply with V.28 recommendations.

Transmission distance 15 m (standard recommendation for the serial port)

Table 20-17 lists parameters of RS485 interfaces on the OPCOM3500E-MULTI.

Table 20-17 Parameters of RS485 interfaces on the OPCOM3500E-MULTI


Connector type RJ45

Sampling frequency 64 kHz/128 kHz

Interface rate 64 kHz sampling frequency: 9.6 kbit/s (maximum) 128 kHz sampling frequency: 19.2 kbit/s (maximum)

Compliance standard Interface standards defined by RS485 and RS422 protocols

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Table 20-18 list the relationship between the maximum rate and occupied transmission

bandwidth of RS232 interfaces

Table 20-18 Relationship between the maximum rate and occupied transmission bandwidth of

RS232 interfaces

RS232 rate (kbit/s)

Occupied transmission bandwidth (kbit/s)

Number of occupied timeslots

Frame structure

9600 64 1 Framed

19200 128 2 Framed

130000 2048 32 Transparent

transmission

Table 20-19 compares metrics of RS485 and RS422 standards.

Table 20-19 Comparison on metrics of RS485 and RS422 standards

Parameter RS422 RS485

Maximum transmission distance (m) 1200 1200

Maximum transmission rate (Mbit/s) 10 10

Maximum common-mode voltage (V) -7 to +7 -7 to +7

Dropout voltage of differential output voltage 2–10 1.5–5

Internal resistance of sender (Ω) ≥ 100 ≥ 60

Internal resistance of receiver (KΩ) 4 12

Differential voltage range of receiver (mV) ±200 ±200

Interface PINs

Table 20-20 describes FXS/FXO interface PINs of the OPCOM3500E-MULTI. Each RJ45

outputs 4-way voice services.

Table 20-20 FXS/FXO interface PINs of the OPCOM3500E-MULTI

RJ45 RJ45 PIN Line name Description

1 TIP1 No.1 way of voice

2 RING1


4 RING2


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RJ45 RJ45 PIN Line name Description

6 RING3


8 RING4

Table 20-21 describes 2/4W interface PINs of the OPCOM3500E-MULTI.

Table 20-21 2/4W interface PINs of the OPCOM3500E-MULTI

HDB26M HDB26 PIN

Outgoing line definition

Mark Description

7 R_A1 4-wire: No.1 way of voice frequency receiving A 2-wire: idle

17 R_B1 4-wire: No.1 way of voice frequency receiving B 2-wire: idle

8 T/RA_1 4-wire: No.1 way of voice frequency transmitting A 2-wire: receiving/transmitting A

18 T/RB_1 4-wire: No.1 way of voice frequency transmitting B 2-wire: receiving/transmitting B

25 M1 NC

26 E1 NC





23 M2 NC

24 E2 NC





21 M3 NC

22 E3 NC



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HDB26M HDB26 PIN

Outgoing line definition

Mark Description



19 M4 NC

20 E4 NC

9 NC Idle

10 NC Idle

Table 20-22 describes data interface PINs of the OPCOM3500E-MULTI.

Table 20-22 Data interface PINs of the OPCOM3500E-MULTI

PIN

RS232 PIN V.24 PIN RS422 PIN RS485 PIN

Mark Description Mark Description Mark Description Mark Description

1 TXD_

4 No.4 way of

data

TX_4 No.4 way of

data

TX_4

+ No.4 way of

transmitting

T/RX_

4+ No.4 way of

transmitting

and receiving 2 – TC_4 TX_4- T/RX_

4-

19 GND4 No.4 way of

grounding

GND

4

No.4 way of

grounding GND Grounding GND Grounding

11 RXD_4 Idle

RX_4 No.4 way of

clock

RX_4+ No.4 way of

receiving

– Idle

12 – RC_4 RX_4- –

20 GND Grounding GND

4

No.4 way of


3 TXD_

3 No.3 way of

data

TX_3 No.3 way of

data

TX_3

+ No.3 way of

transmitting

T/RX_

3+ No.3 way of

transmitting and receiving 4 – TC_3 TX_3-

T/RX_

3-

21 GND3 No.3 way of

grounding

GND

3

No.3 way of


13 RXD_

3 Idle RX_3 No.3 way of

clock

RX_3

+ No.3 way of

receiving

– Idle

14 – RC_3 RX_3- –


3

No.3 way of


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PIN

RS232 PIN V.24 PIN RS422 PIN RS485 PIN

Mark Description Mark Description Mark Description Mark Description

5 TXD_

2 No.2 way of

data

TX_2 No.2 way of

data

TX_2

+ No.2 way of

transmitting

T/RX_

2+ No.2 way of


T/RX_

2-

23 GND2 No.2 way of

grounding

GND

2

No.2 way of


15 RXD_


clock

RX_2

+ No.2 way of

receiving

– Idle

16 – RC_2 RX_2- –


2

No.2 way of


7 TXD_

1 No.1 way of

data

TX_1 No.1 way of

data

TX_1

+ No.1 way of

transmitting

T/RX_

1+ No.1 way of


T/RX_

1-

25 GND1 No.1 way of

grounding

GND

1

No.1 way of


17 RXD_


clock

RX_1

+ No.1 way of

receiving

– Idle

18 – RC_1 RX_1- –


1

No.1 way of


9 – Idle – Idle – Idle – Idle

10 – Idle – Idle – Idle – Idle

20.3.4 LEDs

There are 18 LEDs on the OPCOM3500E-MULTI panel, as listed in Table 20-23.

Table 20-23 LEDs on the OPCOM3500E-MULTI panel




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Green: the system is down or fails. Off: the CPU is working improperly. Blinking green: the system is working properly.

FXS FXO

V24 RS485

Green If the 4 LEDs are in green, it indicates that the MULTI-

FXS, MULTI-FXO, MULTI-V24, and MULTI-RS485

are inserted into the iTN2100.

IN-USE 1–8 Green Indicate the usage status of the voice channel. The LED

is lighten up for local off-hook (outputting signaling),

local ringing (inputting signaling), and conversation. It indicates that the voice channel is being used.

IN-USE13–16 Green Indicate the usage status of the data channel. The LED is

in blinking green when the data is being received or sent.

The blinking frequency is related to the data frequency.

20.3.5 DIP switches

Table 20-24 lists the DIP switch on the OPCOM3500E-MULTI. After the DIP switch is

configured by the software, default configurations of the DIP switch are invalid.

Table 20-24 DIP switch on the OPCOM3500E-MULTI

Service BIT of SW1

Description

Function ON OFF (default)

Voice interface

configuration 1

Configure polarity

inversion of FXS interfaces.

Note that polarity inversion

configured through

software is invalid. Supported Unsupported

2/4W interface

configuration

2 Configure 2/4W interface

modes. 2-wire mode 4-wire mode

3–5

Configure the default gain

value (providing 4 commonly-used values).

Gain value

configuration (A-D/D-A) SW1.3 SW1.4 SW1.5

0/0 OFF OFF OFF

0/-3.5 OFF OFF ON

+14/+4 OFF ON OFF

+16/+7 OFF ON ON

Data interface

configuration 6

Configure V.24 interface

modes. Synchronous (V.24)

Asynchronous

(RS232)

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Service BIT of SW1

Description

Function ON OFF (default)

7 Configure the duplex mode

of the RS485 interface. Full duplex (RS422)

Half-duplex

(RS485)

8 Configure the bandwidth. 64 kbit/s 128 kbit/s


Table 20-25 lists specifications of the OPCOM3500E-MULTI.

Table 20-25 Specifications of the OPCOM3500E-MULTI

Parameter Value


Weight 0.5 kg

Maximum power

consumption

18 W

20.3.7 Cables

Table 20-26 lists cables available for the OPCOM3500E-MULTI.

Table 20-26 Cables available for the OPCOM3500E-MULTI


CBL-MUL-HDB26M/NC HDB26 male connector-to-NC multi-function cable

CBL-MUL-HDB26M(40)/NC (Angled) HDB26 male connector-to-NC multi-function

cable


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20.4 OPCOM3500E-Audio


Appearance Function

The OPCOM3500E-Audio is a mixed audio card, providing voice

service access.

Provide one DB37 male interface for accessing 16 ways of FXS/FXO

services. Provide one HDB26 female interface for accessing 4 ways of

magneto telephone services. Support 2100 Hz signalling feature. The 20 ways of voice services occupy timeslots TS1–TS15 and TS17–

TS21 of 1-way E1. When E1 services are transmitted to the aggregation card, the clock

can be configured as E1 regeneration clock or SDH system demapping

recovery clock. There are 10 sockets in the card for being inserted with dual-voice

module. – The first 8 sockets can be inserted with FXS/FXO module only and

support being inserted with fewer modules or hybrid modules.

When inserting hybrid modules, you must insert the FXS module

first and then insert the FXO module. – The latter 2 sockets can be inserted with magneto modules only and

support being inserted with fewer modules or no modules. Support configuring the voice gain. The step is 0.1 dB.

– FXS/FXO interface: Rx A/D gain ranges from -3 dB to +13 dB. By

default, it is 0 dB. – FXS/FXO interface: Tx D/A gain ranges from -13 dB to +3 dB. By

default, it is -3.5 dB. – Magneto interface: Rx A/D gain ranges from -10 dB to +16 dB. By

default, it is 0 dB. – Magneto interface: Tx D/A gain ranges from -17 dB to +8 dB. By

default, it is -3.5 dB. The voice interface supports configuring signaling modes (original

signaling and reversed signaling) and signaling types (a-bit/b-bit

signaling). The voice interface supports hotline mode when it is inserted with the

FXS module. The voice interface supports 1.5 kV lightning protection, 220 V power

cable bonding protection, and overcurrent protection. Support configuring or viewing the serial number. Support online upgrade, which will interrupt services temporarily.

20.4.2 Slots

The OPCOM3500E-Audio can be inserted into slots 1–5 and 8–12 on the iTN2100.

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20.4.3 Interfaces

Interface types

Table 20-27 lists interfaces on the OPCOM3500E-Audio panel.

Table 20-27 Interfaces on the OPCOM3500E-Audio panel


– DB37 male interface Access 16 ways of FXS/FXO services.

– HDB26 female interface Access 4 ways of magneto telephone services.


The voice interface complies with the G.712 standard.

Table 20-28 lists parameters of the FXS/FXO interface on the OPCOM3500E-Audio

Table 20-28 Parameters of the FXS/FXO interface on the OPCOM3500E-Audio


Coding scheme A-law

Bit rate 64 kbit/s

Impedance of audio interface On-hook impedance: 2 MΩ Off-hook loopback impedance: 200 Ω + 680 Ω/0.1 μF




< 3.0 dB (3000–3400 Hz)


< (33–22) dB (-30 to -40 dBm0)

< 22 dB (-40 to -45 dBm0)


level

Δ < 0.5 dB (+3 to -40 dBm0)

Δ < 1.0 dB (-40 to -50 dBm0)

Δ < 3.0 dB (-50 to -55 dBm0)

Degree of unbalance about > 40 dB (300–600 Hz)

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earth > 46 dB (600–2400 Hz)

> 41 dB (2400–3400 Hz)



> 15 dB (600–3400 Hz)




Table 20-29 lists parameters of the magneto interface on the OPCOM3500E-Audio.

Table 20-29 Parameters of the magneto interface on the OPCOM3500E-Audio


Coding scheme A-law

Bit rate 64 kbit/s

Impedance of audio

interface

600 Ω

Valid transmission

bandwidth

300–3400 Hz



< 3.0 dB (3000–3400 Hz)


< (33–22) dB (-30 to -40 dBm0)

< 22 dB (-40 to -45 dBm0)

Variation of gain with

input level

Δ < 0.5 dB (+3 to -40 dBm0)

Δ < 1.0 dB (-40 to -50 dBm0)

Δ < 3.0 dB (-50 to -55 dBm0)


earth

> 40 dB (300–600 Hz)

> 46 dB (600–2400 Hz)

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> 41 dB (2400–3400 Hz)



> 15 dB (600–3400 Hz)

Interface PINs

Figure 20-4 shows DB37 interface PINs of the OPCOM3500E-Audio.

Figure 20-4 DB37 interface PINs of the OPCOM3500E-Audio

Table 20-30 describes DB37 interface PINs of the OPCOM3500E-Audio.

Table 20-30 DB37 interface PINs of the OPCOM3500E-Audio

DB37 PIN Channel Signal name Line color Pair color

3 No.1 way Chann1A Blue White

21 Chann1B –

4 No.2 way Chann2A Green

22 Chann2B –

5 No.3 way Chann3A Orange

23 Chann3B –

6 No.4 way Chann4A Brown

24 Chann4B –

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DB37 PIN Channel Signal name Line color Pair color

7 No.5 way Chann5A Grey

25 Chann5B –

8 No.6 way Chann6A Blue Red

26 Chann6B –


27 Chann7B –


28 Chann8B –


29 Chann9B –


30 Chann10B –

13 No.11 way Chann11A Blue Black

31 Chann11B –


32 Chann12B –


33 Chann13B –


34 Chann14B –


35 Chann15B –

18 No.16 way Chann16A Blue Yellow

36 Chann16B –

Figure 20-5 shows HDB26 interface PINs of the OPCOM3500E-Audio.

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Figure 20-5 HDB26 interface PINs of the OPCOM3500E-Audio

Table 20-31 describes HDB26 interface PINs of the OPCOM3500E-Audio.

Table 20-31 HDB26 interface PINs of the OPCOM3500E-Audio

HDB26M PIN Mark Description Line color

7 R_A1 No. 1 way of voice White background and blue ring

17 R_B1 Blue background and white ring

8 T/RA_1 No. 2 way of voice White background and orange ring

18 T/RB_1 Orange background and white ring

25 M1 No. 3 way of voice White background and green ring

26 E1 Green background and white ring

5 R_A2 No. 4 way of voice White background and brown ring

15 R_B2 Brown background and white ring

6 T/RA_2 – White background and grey ring

16 T/RB_2 – Grey background and white ring

23 M2 – Red background and blue ring

24 E2 – Blue background and red ring

3 R_A3 – Red background and orange ring

13 R_B3 – Orange background and red ring

4 T/RA_3 – Red background and green ring

14 T/RB_3 – Green background and red ring

21 M3 – Red background and brown ring

22 E3 – Brown background and red ring

1 R_A4 – Red background and grey ring

11 R_B4 – Grey background and red ring

2 T/RA_4 – Black background and blue ring

12 T/RB_4 – Blue background and black ring

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HDB26M PIN Mark Description Line color

19 M4 – Black background and orange ring

20 E4 – Orange background and black ring

9 NC – Black background and green ring

10 NC – Green background and black ring

20.4.4 LEDs

Table 20-32 lists LEDS on the OPCOM3500E-Audio.

Table 20-32 LEDs on the OPCOM3500E-Audio






IN-USE (1–16

and 1–4)

Green Voice channel occupation LED

Green: the voice channel is in use (calling in or calling out). Off: the voice channel is not used.

20.4.5 DIP switches

There are no DIP switches available for users on the OPCOM3500E-Audio.


Table 20-33 lists specifications of the OPCOM3500E-Audio.

Table 20-33 Specifications of the OPCOM3500E-Audio

Parameter Value


Weight 0.5 kg

Maximum power

consumption

24 W

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20.4.7 Cables

Table 20-34 lists cables available for the OPCOM3500E-Audio.

Table 20-34 Cables available for the OPCOM3500E-Audio


CBL-VOICE-DB37F/NC-D M37 female connector-to-NC audio cable, the length of

which can be customized

CBL-MUL-HDB26M(40)/NC (Angled) HDB26 male connector-to-NC multi-function

cable

For details about the used cable color patterns, see section 24.14 MUL-HDB26 cable and section 24.15 Audio cable.

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20.5 iTN2100-EOW


Appearance Function

The iTN2100-EOW is the voice access card used by the iTN2100. At

present, there are 2 versions of the card: A and B. It provides the following functions:

Support accessing 1 order-wire telephone. Provide two RJ11 interfaces,

which can be inserted with the FXS module. Provide 4 alarm input Phoenix terminals and 4 alarm output Phoenix

terminals. Support dial tone, ring back tone, and busy tone of the order-wire

telephone. The order-wire telephone service occupies the following 4 SDH overhead

bytes by default: E1, F1, X1 (locate in the ninth row and the eighth

column of the SDH overhead), and X2 (locate in the ninth row and the

ninth column of the SDH overhead). Each byte provides a 64 kbit/s

channel, and the total bandwidth is 4×64 kbit/s. Wherein, byte E1 is fixed

to carry the voice service, and bytes F1, X1, and X2 carry signaling

information. Support being used in the ring/chain network established by the iTN2100. The order-wire telephone supports point-to-point communication and

group call. The point-to-point communication is achieved through dial.

For the group call, when the calling party hooks off the telephone, all

other extensions will ring. After the called party hooks off the telephone, it

joins the teleconference. During the teleconference, only when the calling

party hooks on the telephone, will the teleconference be finished.

However, the called party hooks on the telephone, the teleconference will

be ongoing. As long as the teleconference is ongoing, a called party who

has left the conference can join the teleconference again. One iTN2100-EOW supports up to 30 remote telephones. For the iTN2100, only one iTN2100-EOW is in operating status. Namely,

each iTN2100 supports accessing 1 order-wire telephone. The voice gain

is adjustable. The Rx A/D ranges from -3 to 13 dB (0 dB by default) and

the Tx A/D ranges from -13 to 3 dB (-3.5 dB by default). Support cooperating with the iTN2100-NMS (C) and OPCOM3500E-

2STM1/4-M (C or later) aggregation card only. Provide 1.5 kV lightning protection, 220 V power cable bonding

protection, and overcurrent protection for the voice interface. Support online upgrade the software and FPGA. Support viewing the serial number. Operating temperature: -5 to 55ºC Relative humidity: ≤ 90% (25ºC)

The left picture is the iTN2100-EOW (version A) and the right one is the iTN2100-EOW (version B).

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20.5.2 Slots

The iTN2100-EOW can be inserted into slots 1–5 and 8–12 on the iTN2100. For the

iTN2100, only one iTN2100-EOW card is in operating status. When the iTN2100-EOW is

inserted into slot 9/slot 10, it fails to work with the iTN2100-NTU-4GF/iTN2100-NTU-4XG

simultaneously.

20.5.3 Interfaces

Interface types

Table 20-35 lists interfaces on the iTN2100-EOW panel.

Table 20-35 Interfaces on the iTN2100-EOW


Table 20-36 lists parameters of the FXS interface on the iTN2100-EOW.


ALMI Phoenix

terminal

Two 5-hole spring-loaded grounding terminals for inputting 4-

way alarms

ALMO Phoenix

terminal

Two 5-hole spring-loaded grounding terminals for outputting

4-way alarms

Direct voltage and current, connected to both ends of the alarm output terminal, should not exceed 30 V and 1 A respectively. Alternating voltage and current, connected to both ends of the alarm output terminal, should not exceed 125 V and 0.3 A respectively.

FXS RJ11 Version A: one RJ11 interface supports accessing 1 order-wire

telephone.

Version B: two RJ interfaces support accessing 1 order-wire

telephone.

Two RJ11 telephone interfaces are on the front panel, but only one way can work. By default, the first way is used. Use the second way through manual configuration.

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Table 20-36 Parameters of the FXS interface on the iTN2100-EOW


Coding scheme A-law

Bit rate 64 kbit/s

Impedance of audio interface On-hook impedance: 2 MΩ

Off-hook loopback impedance: 200+600 Ω/0.1 μF

Valid transmission bandwidth 300–3400 Hz (600 Ω)

Gain frequency feature RX (A/D) gain range: -3 to +13 dB Default value: 0 dB Step: 0.1 dB TX (D/A) gain range: -13 to +3 dB Default value: -3.5 dB Step: 0.1 dB


< 3.0 dB (3000–3400 Hz)

Total distortion (1020 Hz) < 33 dB (0 to -30dBm0)

< 33–22 dB (-30 to -40dBm0)

< 22 dB (-40 to -45dBm0)


level

Δ< 0.5 dB (+3 to -40 dBm0)

Δ< 1.0 dB (-40 to -50 dBm0)

Δ< 3.0 dB (-50 to -55 dBm0)


> 46 dB (600–2400 Hz)

> 41 dB (2400–3400 Hz)

Idle-channel noise > -67 dBm0





> 15 dB (600–3400 Hz)

Interface PINs Figure 1-1 and Table 20-37 describe ALM interface PINs of the iTN2100-EOW.

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Figure 1-1 ALM interface PINs of the iTN2100-EOW

Table 20-37 ALM interface PINs of the iTN2100-EOW

Interface PIN I/O Definition

ALMI 1 IN Alarm input 1+

2 IN Alarm input 1-

3 GND Undefined

4 IN Alarm input 2+

5 IN Alarm input 2-

ALMO 1 OUT Alarm output 1+

2 OUT Alarm output 1-

3 GND Undefined

4 OUT Alarm output 2+

5 OUT Alarm output 2-

Table 20-38 describes FXS interface PINs of the iTN2100-EOW. Each RJ11 interface outputs 4-way voice services.

Table 20-38 FXS interface PINs of the iTN2100-EOW

RJ11 interface RJ11 PIN Line name Description

1 – Undefined

2 Tip Voice access

3 Ring

4 – Undefined

20.5.4 LEDs

Table 20-39 lists LEDs on the iTN2100-EOW panel.

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Table 20-39 LEDs on the iTN2100-EOW panel


PWR Green Power LED


SYS Green Working LED

Green: the card crashes, is configured improperly, or

fails. Off: the MCU is working improperly. Blinking green: the card is working properly.

IN_USE Green

Voice channel usage status LED

Green: the voice channel is being used or occupied, such

as in off-hook (outputting signaling), ringing (inputting

signaling), and talking modes. Off: the voice channel is idle. Blinking green: the card is being discovered in topology

or being updated.

CONFERENCE Green

Conference mode LED

Green: the card is in conference mode. Off: the conference mode is idle.

1.1.2 DIP switch

N/A


Table 20-40 lists specifications of the iTN2100-EOW.

Table 20-40 Specifications of the iTN2100-EOW

Parameter Value

Dimensions 25 mm (width) × 232 mm (depth) × 240 mm (height)

Weight 0.35 kg

Maximum power

consumption

3 W

Raisecom




20.6 OPCOM3500E-10E&M

20.6.1 Functions and appearance

Panel Function

The OPCOM3500E-10E&M is a 10-way audio access card. It provides the following

functions:

Provide 10 RJ45 E&M interfaces. Each interface supports 1 way of 64 kbit/s E&M

services. Support configuring the signaling type to I, II, III, IV, V, or POS through the jumper. By

default, it is V. Support 4working modes: normal mode, unidirectional broadcast mode, bidirectional

broadcast mode, and conference mode. By default, it works in normal mode. – Normal mode: point-to-point communication – Unidirectional mode: in this mode, all remote devices can receive information

broadcasted by the CO device but cannot communicate with each other. You can

configure up to 10 interfaces on this card as the broadcast interface. Each interface

supports up to 30 ways of broadcast. A member cannot attend multiple broadcast groups. – Bidirectional mode: in this mode, all remote devices can receive information broadcasted

by the CO device but cannot communicate with each other; only one remote device can

be specified to communicate with the CO device. You can configure up to 10 interfaces

on this card as the bidirectional broadcast interface. Each interface supports up to 30

ways of broadcast. A member cannot attend multiple broadcast groups. – Conference mode: in this mode, any device in a conference group can communicate with

other members. You can configure up to 8 independent teleconferences on this card.

Each teleconference supports up to 20 members. A member cannot attend join multiple

teleconferences. Occupy 2 E1 timeslots on the backplane. When it works in normal mode, E&M interfaces

1–10 correspond to TS1–TS10 of No. 1 E1 on the backplane. In broadcast mode or

conference mode, the default point-to-point cross connection is deleted, and the member in

the broadcast group or conference group can be mapped to 45 timeslots of 2 E1s on the

backplane for transmission of voice services. Support configuring the wiring mode to 2-wire or 4-wire. By default, it is 4-wire. Support configuring the signaling mode through software:

– Support original signaling and reverse signaling. By default, it is original signaling. – Support signaling occupation a-bit and b-bit. By default, it is a-bit.

Support configurable gain: – Rx D/A gain ranges from -3 to +27 dB. – Tx D/A gain ranges from -13 to +7 dB. – By default, the gain is 0 dB. – The step is 0.1 dB.

Support configuring analog audio to conduct internal loopback and external loopback

(supported in 4-wire mode only); support E&M signaling to conduct internal loopback. Support viewing signaling status.

20.6.2 Slots

The OPCOM3500E-10E&M can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




20.6.3 Interfaces

Interface type

Table 20-41 lists interfaces on the 10E&M card.

Table 20-41 Interfaces on the 10E&M card

Name Type Description

1–10 RJ45 Each interface accesses 1 way of E&M voice services.

Interface parameter

Table 20-42 lists parameters of the interface on the 10E&M card.

Table 20-42 Parameters of the interface on the 10E&M card


Coding scheme A-law

Bit rate 64 kbit/s

Audio port impedance 2000 kΩ during on-hook

600+200//0.1 Ω during off-hook

Effective transmission

bandwidth

300–3400 Hz/600 Ω

Gain frequency features The Rx (A/D) gain ranges from -3 dB to 27 dB. The default

value is controlled by an internal jumper. Its step is 0.1 dB.

The Tx (D/A) gain ranges from -17 dB to 8 dB. The default

value is controlled by an internal jumper. Its step is 0.1 dB.

Frequency distortion 300–3000 Hz; < 0.5 dB

3000–3400 Hz; < 3.0 dB

Total distortion (1020

Hz)

0 to -30 dBm0; < 33 dB

-30 to -40 dBm0; < (33–22) dB

-40 to -45 dBm0; < 22 dB

Gain change according to

level

+3 to -40 dBm0; ∆ < 0.5 dB

-40 to -50 dBm0; ∆ < 1.0 dB

-50 to -55 dBm0; ∆ < 3.0 dB

Degree of unbalance

about earth

300–600 Hz: > 40 dB

600–2400 Hz: > 46 dB

Raisecom





2400–3400 Hz: > 41 dB

Idle channel noise < -67 dBm0p

Feeding voltage (on-

hook)

-48/+12 V

Feeding current 20 mA typically

Ringing voltage 60 V/30 Hz typically

Return loss 300–600 Hz: > 12 dB

600–3400 Hz: > 15 dB

Interface PINs

Figure 20-6 shows the interface PINs of the interface on the E&M. Table 20-43 lists PIN

definitions of the interface on the E&M.

Figure 20-6 Interface PINs of the interface on the E&M

Table 20-43 PIN definitions of the interface on the E&M

PIN Cable Definition

1 SB Signal battery, used for II, III, and IV signaling

2 E E signaling cable from the PBX to the signaling unit

3 R1 Idle in 2-wire mode Rx R1 in 4-wire mode

4 R Rx R in 2-wire mode Tx T1 in 4-wire mode

5 T Tx T in 2-wire mode Tx T in 4-wire mode

6 T1 Idle in 2-wire mode Rx R in 4-wire mode

7 M M signaling cable from the signaling unit to the PBX

8 SG Ground signaling cable, used for II, III, and IV

signaling

Raisecom




The E&M signaling is used to indicate the on-hook or off-hook status of the telephone. It

transmits the corresponding status through the wiring mode of the E wire and M wire. Table

20-44 lists types of E&M signaling.

The OPCOM3500E-10E&M supports configuring the type of E&M signaling of the voice interface through the jumper on the card.

Each voice interface can be configured to support I, II, III, IV, V, or POS signaling.

By default, the signaling type of the voice interface is V.

The signaling types of the PBX and E&M must be the same.

The POS signaling mode is a special positive signaling mode, with +12 V voltage. In this

mode, the OPCOM3500E-10E&M sends signaling to the PBX through grounding the SG PIN. PIN 2 (E) is reserved for grounding, so it cannot be used.

Table 20-44 Types of E&M signaling

Signaling type Description

I Usually used in North American areas

II Seldom used

III Usually used in the traditional telephone center

IV Seldom used

V Usually used in areas except North America

POS Usually used in air traffic control system and military items

Figure 20-7 shows the signaling type of the OPCOM3500E-10E&M.

Raisecom




Figure 20-7 E&M signaling type

20.6.4 LEDs

Table 20-45 lists LEDs on the 10E&M card.

Table 20-45 LEDs on the 10E&M card


PWR Green Power LED


Raisecom







1–10 Green

Yellow

E&M signaling status LED

Green: E signaling Yellow: M signaling On: the corresponding channel is receiving the E or M signaling. Off: the corresponding channel is idle.


Table 20-46 lists specifications of the OPCOM3500E-10E&M.

Table 20-46 Specifications of the OPCOM3500E-10E&M



Weight 0.45 kg

Power consumption < 5 W

20.6.6 Cables

The OPCOM3500E-10E&M uses the common twisted pair cable with the RJ45 connector,

which you need to make it by yourself. For PIN definitions of the interface, see Table 20-43.

Raisecom

iTN2100 (P100R002) Hardware Description 21 Service aggregation cards



21 Service aggregation cards

This chapter describes the service aggregation cards of the iTN2100, including the following

sections:

iTN2100-Gb

iTN2100-8SU-S

iTN2100-4SU-D

Raisecom




21.1 iTN2100-Gb


Appearance Function

The iTN2100-Gb can realize single-fiber bidirectional transmission of 4

ways of optical signals through wavelength conversion and multiplexing/ de-multiplexing.

Realize single-fiber bidirectional transparent transmission of 4 ways of

optical signals through the Coarse Wavelength Division Multiplexing

(CWDM) technology. Support point-to-point transmission, being used in a pair. Realize wavelength conversion and multiplexing/de-multiplexing of 4

ways of optical signals on a card. Provide the SFP interface at the client side, supporting SFP modules

with various transmission distances. Support hot swapping of SFP modules and DDM of SFP optical

modules. Realize Re-amplifying and Re-shaping (2R) on 10 Mbit/s–1.25 Gbit/s

optical signals and realize Re-amplifying, Re-shaping, and Re-timing

(3R) on optical signals with standard rate (1000BASE-X, 100BASE-

FX, STM-4, and STM-1) by the iTN2100-Gb (A). Realize Re-amplifying and Re-shaping (2R) on 10 Mbit/s–2.66 Gbit/s

optical signals and realize Re-amplifying, Re-shaping, and Re-timing

(3R) on optical signals with standard rate (1000BASE-X, 100BASE-

FX, STM-16, STM-4, and STM-1) by the iTN2100-Gb (B). Support ALS by line-side optical interfaces. Support failover, realizing failover from line side to client side and

from client side to client side (the peer device). Support hot swapping.

Except for card name printed on the panel, all models of the iTN2100-Gb (A) and the ones of the iTN2100-Gb (B) are identical. This guide takes the iTN2100-Gb-S for an example. Models of the iTN2100-Gb (A): iTN2100-Gb-S, iTN2100-Gb-S-

R, iTN2100-Gb-L, and iTN2100-Gb-L-R Models of the iTN2100-Gb (B): iTN2100-48-S and iTN2100-48-

S-R

21.1.2 Slots

The iTN2100-Gb can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




21.1.3 Interfaces

Interface types

There are 5 interfaces on the iTN2100-Gb panel, as listed in Table 21-1.

Table 21-1 Interfaces on the iTN2100-Gb panel


CLIENT 1–4 SFP interface Client-side interface Connector type: LC/PC Available module: SFP optical module and SFP

electrical module Optical transmission media: single-mode fiber and

multi-mode fiber Electrical transmission media: Cat5 twisted-pair cable

LINE Flange Line-side interface (single fiber CWDM interface) Connector type: LC/PC Optical transmission media: single-mode fiber

No special requirements on fiber connection sequence. We recommend

connecting client-side fiber first and then connecting line-side fiber. The iTN2100-Gb optical interface is a LC/PC interface. It should be connected

by the fiber jumper of the LC/PC connector. For the iTN2100-Gb, we recommend using the 2R mode to provide service

quickly. You can configure the mode through the DIP switch on the card. By default, it is 2R mode.

For the iTN2100-Gb, the operating temperature should range from -15 to +45°C.

Interface metrics

We recommend using Raisecom SFP modules. SFP modules, which are not authenticated by Raisecom, may cause communication error or card faults.

Client-side interface metrics

Client-side interfaces support various SFP modules. Table 21-2 and Table 21-3 describe these

SFP modules.

Raisecom




Table 21-2 Client-side interface metrics (optical modules)

Series Model Central Tx wavelength

(nm)

Tx optical power (dBm)

Overload optical power (dBm)

Rx sensitivity

(dBm)

Transmission distance (Km)

USFP-Gb USFP-Gb/M-D-R 850 -9.5 to -

3

> 0 < -17 0.55

USFP-Gb/S1-D-R 1310 -10 to -

3

> -3 < -21 15

USFP-Gb/LH1-D-R 1310 -4 to 0 > -3 < -21 40

USFP-Gb/S2-D-R 1550 -3 to +2 > -3 < -21 60

USFP-Gb/ZX-D-R 1550 -2 to +3 > -3 < -22 80

USFP-Gb/S3-D-R 1550 -3 to +2 > -9 < -30 80

USFP-Gb/EX-D-R 1550 0 to +5 > -9 < -31 120

USFP-Gb/SS13-D-R 1310 -10 to -

3

> -3 < -21 15

USFP-Gb/SS15-D-R 1550 -10 to -

3

> -3 < -21 15

USFP-Gb/SS24-D-R 1490 -3 to +2 > -3 < -21 40

USFP-Gb/SS25-D-R 1550 -3 to +2 > -3 < -21 40

USFP-Gb/SS34-D-R 1490 -2 to +3 > -9 < -30 80

USFP-Gb/SS35-D-R 1550 -2 to +3 > -9 < -30 80

CSFP-Gb CSFP-Gb/S/xx-D-R

(xx = 47, 49, 51, 53,

55, 57, 59, 61)

1471, 1491,

1511, 1531,

1551, 1571,

1591, 1611

-2 to +3 > -3 < -22 40

CSFP-Gb/L/xx-D-R

(xx = 47, 49, 51, 53, 55, 57, 59, 61)

1471, 1491,

1511, 1531,

1551, 1571,

1591, 1611

-3 to +2 > -9 < -30 80

USFP-48 USFP-48/M-D-R 850 -9.5 to -

3

> 0 < -17 0.3

USFP-48/S1-D-R 1310 -5 to 0 > -3 < -18 15

USFP-48/S2-D-R 1550 -2 to +3 > -3 < -18 40

USFP-48/S3-D-R 1550 -2 to +3 > -9 < -28 80

USFP-48/SS13-D-R 1310 -5 to 0 > -3 < -18 15

USFP-48/SS15-D-R 1550 -5 to 0 > -3 < -18 15

Raisecom




Series Model Central Tx wavelength

(nm)


Overload optical power (dBm)

Rx sensitivity

(dBm)


USFP-48/SS24-D-R 1490 -2 to +3 > -3 < -18 40

USFP-48/SS25-D-R 1550 -2 to +3 > -3 < -18 40

USFP-48/SS34-D-R 1490 0 to +5 > -9 < -26 80

USFP-48/SS35-D-R 1550 0 to +5 > -9 < -26 80

CSFP-48 CSFP-48/S/xx-D-R

(xx = 47, 49, 51, 53,

55, 57, 59, 61)

1471, 1491,

1511, 1531,

1551, 1571,

1591, 1611

0 to +5 > -3 < -18 40

CSFP-48/L/xx-D-R

(xx = 47, 49, 51, 53, 55, 57, 59, 61)

1471, 1491,

1511, 1531,

1551, 1571,

1591, 1611

0 to +5 > -9 < -28 80

DSFP-48 DSFP-48/L/xx-D-R

(xx = 21, 23, 25, 27,

29, 31, 33, 35, 37,

39, 41, 43, 45, 47,

49, 51)

1536.61,

1538.19,

1539.77,

1541.35,

1542.94,

1544.53,

1546.12,

1547.72,

1549.32,

1550.92,

1552.52,

1554.13,

1555.75,

1557.36,

1558.98,

1560.61

0 to +5 > -9 < -28 120

The Rx sensitivity is the End of Life (EOL) value.

Raisecom




Table 21-3 Client-side interface metrics (electrical modules)

Model Rate Data interface Auto-negotiation

Transmission distance (m)

USFP-GE/AN-R 10, 100, or 1000 Mbit/s 1000Mbit/s SGMII Enabled 100

USFP-GE-R 1000 Mbit/s 1000Mbit/s Serdes Disabled 100

USFP-FE/AN-R 10 or 100 Mbit/s 100Mbit/s Serdes Enabled 100

Line-side interface metrics

Line-side interface metrics vary on the iTN2100 cards. Table 21-4 lists line-side interface

metrics.

Table 21-4 Line-side interface metrics

Version Model Tx wavelength

(nm)

Rx wavelength

(nm)

Single-wavelength Tx optical

power (dBm)

Single-wavelength Rx power

(dBm)


A iTN2100-Gb-

S

1471, 1511,

1551, 1591

1491, 1531,

1571,1611

-4 to +2 -20 to -2 40

iTN2100-Gb-

S-R

1491, 1531,

1571,1611

1471, 1511,

1551, 1591

-4 to +2 -20 to -2 40

iTN2100-Gb-

L

1471, 1511,

1551, 1591

1491, 1531,

1571,1611

-4 to +2 -28 to -8 80

iTN2100-Gb-

L-R

1491, 1531,

1571,1611

1471, 1511,

1551, 1591

-4 to +2 -28 to -8 80

B iTN2100-48-

S

1471, 1511,

1551, 1591

1491, 1531,

1571,1611

-2 to +4 -16 to -2 40

iTN2100-48-

S-R

1491, 1531,

1571,1611

1471, 1511,

1551, 1591

-2 to +4 -16 to -2 40

The single-wavelength Rx power is the EOL value.

21.1.4 LEDs

There are 18 LEDs on the iTN2100-Gb panel, as listed in Table 21-5.

Raisecom




Table 21-5 LEDs on the iTN2100-Gb panel






LOL

(CLIENT 1–4)

Red Client-side Loss of Lock (LoL) LED

Red: CLIENT-to-LINE signals are in LOL status. Off: CLIENT-to-LINE signals are in lockout status.

This LED is invalid in off status when the LOS LED is red (no signal).

LOS

(CLIENT 1–4)

Red Client-side LoS LED

Red: signals are lost at the CLIENT side. Off: signals are input at the CLIENT side.

This LED is valid only when the SFP module is inserted. When the SFP module is pulled out, this LED is invalid and in off status.

LOL

(LINE 1–4)

Red Line-side LoL LED

Red: LINE-to-CLIENT signals are in LOL status. Off: LINE-to-CLIENT signals are in lockout status.

This LED is valid in SR mode only. In 2R mode, this LED is in off status. This LED is invalid in off status when the LOS

LED is red (no signal).

LOS

(LINE 1–4)

Red Line-side LoS LED

Red: signals are lost at the LINE side. Off: signals are input at the LINE side.

This LED is valid only when the SFP module is inserted. When the SFP module is pulled out, this LED is invalid and in off status.

Raisecom




21.1.5 DIP switches

Functions of DIP switches

Definition on the DIP switch of the iTN2100-Gb (A) and iTN2100-Gb (B) is identical. SW2,

SW3, SW4, and SW5 are used to configure client-side interfaces 1–4 respectively. Each DIP

switch has 8 BITs and related BITs have the identical functions. Table 21-6 lists BITs 1–8 of

the DIP switch.

Table 21-6 BITs 1–8 of the DIP switch

BIT Status Description Default value

1 ON Enable failover. OFF

OFF Disable failover.

2 ON Enable ALS. OFF

OFF Disable ALS.

3 Reserved OFF

4 ON Configure 2R mode and disable CDR. ON

OFF Configure 3R mode and enable CDR.

5 ON Configure the rate manually. OFF

OFF Configure rate auto-negotiation.

6–8 OFF/OFF/OFF Configure the rate to 1000 Mbit/s

Ethernet.

OFF/OFF/OFF

ON/OFF/OFF Configure the rate to 100 Mbit/s

Ethernet.

OFF/ON/OFF Configure the rate to STM-4.

OFF/ON/ON Configure the rate to STM-1.

Other status Reserved

By default, BITs 1–8 of SW2, SW3, SW4, and SW5 are both configured to OFF.

It means that failover and ALS are disabled and the card works in 2R mode (with CDR being disabled).

Configurations on DIP switches are valid when they are powered on. After configurations on DIP switches are changes, power them again to make new configurations valid.

When BIT 4 is configured to ON, BITs 5–8 are invalid. When BITs 4 and 5 are configured to OFF, BITs 6–8 are invalid. When BIT 4 is configured to OFF and BIT 5 is configured to ON, BITs 6–8 are

valid.

Raisecom




Before configuring DIP switching, you should confirm the attenuation value of the fiber, ensuring the Rx power of the line-side optical interfaces is in the specified range. For details, see Table 21-2 Client-side interface metrics (optical modules), Table 21-3 Client-side interface metrics (electrical modules), and Table 21-4 Line-side interface metrics.

Configurations on DIP switches

Table 21-7 describes configurations on DIP switches of the iTN2100-Gb (A).

Table 21-7 Configurations on client-side interfaces of the iTN2100-Gb (A)

Client-side signal

SFP module DIP switch

Configuration Recommended configuration

STM-4

Optical signals

USFP-Gb series SFP optical

modules

FFFNFFFF 2R mode –

FFFFNFNF 3R mode + manual +

STM-4

Recommended

Better jitter performance

STM-1

Optical signals


modules


FFFFNFNN 3R mode + manual +

STM-1

Recommended


1000BASE-X

Optical signals


modules

FFFNFFFF 2R mode Recommended

FFFFNFFF 3R mode + manual +

1000BASE-X

Better jitter

performance

100BASE-X

Optical signals


modules


FFFFNNFF 3R mode + manual +

100BASE-X

Better jitter

performance

1000BASE-T

Electrical

signals

USFP-GE series SFP

electrical modules USFP-GE/AN series SFP

electrical modules



1000BASE-T

Better jitter

performance

100BASE-T

Electrical signals

USFP-GE/AN series SFP

electrical modules USFP-FE/AN series SFP

electrical modules



100BASE-T

Better jitter

performance

10BASE-T

Electrical signals


electrical modules USFP-FE/AN series SFP

electrical modules


Optical signals

with other rates


modules


Raisecom




In DIP switch column of Table 21-7, N refers to ON and F refers to OFF. Configurations through the NView NNM system have higher priorities then the

ones configured through DIP switches. When no configuration is performed through the NView NNM system, DIP switch configurations are valid. Otherwise, configurations through the NView NNM system take effect.

The iTN2100-Gb cards must be used in pair. In addition, configurations on related interfaces of the 2 card must be identical.

SFP electrical modules do not support failover and ALS. For better transmission performance, we recommend using the 2R mode.

Table 21-8 describes configurations on DIP switches of the iTN2100-Gb (B).

Table 21-8 Configurations on client-side interfaces of the iTN2100-Gb (B)

Client-side signal



STM-16

Optical signal

USFP-48 series SFP optical

modules


FFFFNFFN 3R mode + manual +

STM-16

Recommended


STM-4

Optical signal


modules USFP-Gb series SFP optical

modules


FFFFNFNF 3R mode + manual +

STM-4

Recommended


STM-1

Optical signal



modules


FFFFNFNN 33R mode + manual +

STM-1

Recommended

Better jitter

performance

1000BASE-X

Optical signal



modules



GE

Better jitter

performance

100BASE-X

Optical signal



modules



FE

Better jitter

performance

1000BASE-T

Electrical signal

USFP-GE series SFP electrical

modules USFP-GE/AN series SFP

electrical modules



GE

Better jitter

performance

100BASE-T

Electrical signal


electrical modules



GE

Better jitter

performance

USFP-FE/AN series SFP FFFNFFFF 2R mode Recommended

Raisecom




Client-side signal



electrical modules FFFFNNFF 3R mode + manual +

FE

Better jitter

performance

10BASE-T

Electrical signal


electrical modules



GE

Better jitter

performance

USFP-FE/AN series SFP

electrical modules


Optical

signals with other rates



modules


In DIP switch column of Table 21-8, N refers to ON and F refers to OFF. Configurations through the NView NNM system have higher priorities then the

ones configured through DIP switches. When no configuration is performed through the NView NNM system, DIP switch configurations are valid. Otherwise, configurations through the NView NNM system take effect.

The iTN2100-Gb cards must be used in pair. In addition, configurations on related interfaces of the 2 card must be identical.

SFP electrical modules do not support failover and ALS. For better transmission performance, we recommend using the 2R mode.


Table 21-9 lists specifications of the iTN2100-Gb.

Table 21-9 Specifications of the iTN2100-Gb

Parameter Value


Weight 0.46 kg

Maximum power

consumption

11.5 W


Ordering information about iTN2100-Gb (A)

Table 21-10 lists ordering information about the iTN2100-Gb (A).

Raisecom




Table 21-10 Ordering information about the iTN2100-Gb (A)

Model Hardware version Description Remark

iTN2100-Gb-S A.00 Four ways of single-fiber bidirectional

CWDM terminal multiplexing card Applied to short-/long-distance

transmission under 1.25 Gbit/s S: short-distance and left S-R: short-distance and right L: long-distance and left L-R: long-distance and right

These 2 cards must

be used in pair. iTN2100-Gb-S-R

iTN2100-Gb-L These 2 cards must

be used in pair. iTN2100-Gb-L-

R

Ordering information about iTN2100-Gb (B)

Table 21-11 lists ordering information about the iTN2100-Gb (B).

Table 21-11 Ordering information about the iTN2100-Gb (B)

Model Hardware version Description Remark

iTN2100-48-S B.00 Four ways of single-fiber bidirectional

CWDM terminal multiplexing card Applied to short-distance transmission

under 2.66 Gbit/s S: short-distance and left S-R: short-distance and right

These 2 cards must

be used in pair. iTN2100-48-S-R

Ordering information about SFP modules

The following SFP modules are available for the iTN2100-Gb (A):

1000BASE-X optical module

1000BASE-T electrical module

10/100/1000BASE-T auto-negotiation electrical module

10/100BASE-T auto-negotiation electrical module

The following SFP modules are available for the iTN2100-Gb (B):

1000BASE-X optical module

1000BASE-T electrical module

10/100/1000BASE-T auto-negotiation electrical module

10/100BASE-T auto-negotiation electrical module

2.5Gbit/s optical module

Table 21-12 lists ordering information about SFP modules.

Table 21-12 Ordering information about SFP modules

Type Wavelength (nm) Model

1000BASE-X Tx wavelength: 850 nm USFP-Gb/M-D-R

Raisecom





(1.25 Gbit/s) Tx wavelength: 1310 nm USFP-Gb/S1-D-R

USFP-Gb/LH1-D-R

Tx wavelength: 1550 nm USFP-Gb/S2-D-R

USFP-Gb/ZX-D-R

USFP-Gb/S3-D-R

USFP-Gb/EX-D-R

Tx wavelength: 1310 nm

Rx wavelength: 1550 nm

USFP-Gb/SS13-D-R

USFP-Gb/SS15-D-R

USFP-Gb/SS24-D-R

USFP-Gb/SS25-D-R

USFP-Gb/SS34-D-R

USFP-Gb/SS35-D-R

Tx wavelength: 1471 nm, 1491 nm,

1511 nm, 1531 nm, 1551 nm, 1571

nm, 1591 nm, and 1611 nm, relating to different xx values

CSFP-Gb/S/xx-D-R

(xx = 47, 49, 51, 53, 55, 57, 59, 61)

CSFP-Gb/L/xx-D-R

(xx = 47, 49, 51, 53, 55, 57, 59, 61)

2.5 Gbit/s Tx wavelength: 850 nm USFP-48/M-D-R

Tx wavelength: 1310 nm USFP-48/S1-D-R




Rx wavelength: 1550nm

USFP-48/SS13-D-R



USFP-48/SS24-D-R

USFP-48/SS34-D-R



USFP-48/SS25-D-R

USFP-48/SS35-D-R

Tx wavelength: 1471 nm, 1491 nm,

1511 nm, 1531 nm, 1551 nm, 1571

nm, 1591 nm, and 1611 nm, relating to different xx values

CSFP-48/S/xx-D-R

(xx = 47, 49, 51, 53, 55, 57,

59, 61)

CSFP-48/L/xx-D-R

(xx = 47, 49, 51, 53, 55, 57, 59, 61)

Raisecom





Tx wavelength: 1560.61 nm, 1558.98

nm, 1557.36 nm, 1555.75 nm,

1554.13 nm, 1552.52 nm, 1550.92

nm, 1549.32 nm, 1547.72 nm,

1546.12 nm, 1544.53 nm, 1542.94

nm, 1541.35 nm, 1539.77 nm,

1538.19 nm, and 1536.61 nm, relating to different xx values

DSFP-48/L/xx-D-R

(xx = 21, 23, 25, 27, 29, 31,

33, 35, 37, 39, 41, 43, 45, 47, 49, 51)

Table 21-13 lists ordering information about electrical modules.

Table 21-13 Ordering information about electrical modules

Model Description

USFP-GE-R 1000BASE-T Transmission distance: 100 m Connector: RJ45

USFP-GE/AN-R 10/100/1000BASE-T auto-negotiation Transmission distance: 100 m Connector: RJ45

USFP-FE/AN-R 10/100BASE-T auto-negotiation Transmission distance: 100 m Connector: RJ45

When the iTN2100-Gb (B) uses a SFP module whose rate is smaller than 2.5 Gbit/s, it cannot reach the maximum transmission rate of 2.66 Gbit/s. The real transmission rate depends on the used SFP module.

Raisecom




21.2 iTN2100-8SU-S


Appearance Function

The iTN2100-8SU-S card can be used to multiplex or de-multiplex 8

CWDM wavelength optical signals. The 8-wavelength CWDM system

can efficiently use the bandwidth of the fiber to prevent laying fibers

repeatedly. This helps save costs. The 8 wavelength channels are 1471

nm, 1491 nm, 1511 nm, 1531 nm, 1551 nm, 1571 nm, 1591 nm, and 1611 nm.

Support multiplexing/de-multiplexing 8 CWDM standard wavelength

channels (1471 nm, 1491 nm, 1511 nm, 1531 nm, 1551 nm, 1571 nm,

1591 nm, and 1611 nm). Each wavelength channel can be used to

multiplexing/de-multiplexing optical signals. Be applied to dual-fiber and single-fiber CWDM network, providing

flexible networking applications. Plug and play. The card is available for services after being inserted

into 6-U chassis and being properly connected with fibers, without

being configured. Work properly after power off. The internal passive optical module in

the card works properly after the card is powered off. Therefore,

ensure that the card can finish multiplexing/de-multiplexing of optical

wavelength. Support the NView NNM system, helping view card configurations. Support transmitting services transparently, bringing no limit on the

rate and frame format of the accessed optical signals. Consume less power, without being configured with the fan.

21.2.2 Slots

The iTN2100-8SU-S can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




21.2.3 Interfaces

There are 9 interfaces on the iTN2100-8SU-S panel, as listed in Table 21-14.

Table 21-14 interfaces on the iTN2100-8SU-S panel


LINE SC/PC connector Line-side interface Optical transmission media: single-mode fiber

1471 SC/PC connector Client-side interface Optical transmission media: single-mode fiber Wavelength: 1471 nm








21.2.4 LEDs

There are 2 LEDs on the iTN2100-8SU-S panel, as listed in Table 21-15.

Table 21-15 LEDs on the iTN2100-8SU-S panel






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Table 21-16 lists specifications of the iTN2100-8SU-S.

Table 21-16 Specifications of the iTN2100-8SU-S

Parameter Value


Weight 0.44 kg

Maximum power

consumption

5 W

21.2.6 Optical performance metrics

Table 21-17 lists optical performance metrics of the iTN2100-8SU-S.

Table 21-17 Optical performance metrics of the iTN2100-8SU-S

Parameter Metric

Central wavelength (nm) 1471, 1491, 1511, 1531, 1551, 1571,

1591, 1611

Passband (nm) ±6.5

Optical connector SC/PC

Channel insertion loss (dB)

(with the connector)

< 3

Adjacent channel isolation (dB) > 25

Non-adjacent channel isolation (dB) > 35

Fiber 9/125 µm single-mode fiber

Return loss (dB) > 45

Directivity (dB) > 55

Operating temperature of optical module (°C) -5 to 65

Storage temperature of optical module (°C) -40 to 85

21.2.7 Networking applications

The iTN2100-8SU-S card can cooperate with Raisecom iTN2100 series devices to form a

point-to-point, point-to-multipoint, link-like, or ring network topology, meeting networking

requirements of multiple telecommunication networks. The iTN2100-8SU-S card also can

cooperate with Raisecom RCVS1000 series devices to transmit great-capacity video signals,

Raisecom




audio signals, unidirectional and bidirectional data signals, and Ethernet data services through

a fiber simultaneously.

Point-to-point networking application

Node A multiplexes optical signals of 8 wavelength channels at the client side and transmits

the multiplexed signals to Node B. After receiving optical signals, Node B de-multiplexes

these signals and then sends them out. In opposite direction, Node B multiplexes optical

signals of 8 wavelength channels at the client side and transmits the multiplexed signals to

Node A. After receiving optical signals, Node A de-multiplexes these signals and then sends

them out. In this mode, the iTN2100-8SU-S can be used to transmit services between Node A

and Node B.

Figure 21-1 shows a point-to-point networking application with the iTN2100-8SU-S.

Figure 21-1 Point-to-point networking application with the iTN2100-8SU-S

OADM ring network

At the local, the iTN2100-8SU-S multiplexes optical signals of 8 wavelength channels and

provides routing protection by establishing an Optical Add/Drop Multiplexer (OADM) ring

network. Access points A–D can perform bidirectional add/drop multiplexing on 2 ways of

optical signals. In this mode, the iTN2100-8SU-S provides a point-to-point communication

router between any 2 access points. In addition, it facilitates upgrade and expansion.

Figure 21-2 shows an OADM ring network with the iTN2100-8SU-S.

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Figure 21-2 OADM ring network with the iTN2100-8SU-S


Table 21-18 lists ordering information about the iTN2100-8SU-S.

Table 21-18 Ordering information about the iTN2100-8SU-S

Model Hardware version Description

iTN2100-8SU-S A.10 Eight-wavelength CWDM multiplexing/de-

multiplexing card

Raisecom




21.3 iTN2100-4SU-D


Appearance Function

The iTN2100-4SU-D is a 4 way of dual-fiber CWDM multiplexing/de-

multiplexing card. It can realize bidirectional multiplexing transmission

of 4 CWDM wavelength optical signals in 2 fibers. The iTN2100-4SU-

D can efficiently use the bandwidth of the fiber to prevent laying fibers

repeatedly. This helps save costs.

Support multiplexing/de-multiplexing 4 CWDM standard wavelength

channels (1511 nm, 1531 nm, 1551 nm, and 1571 nm). Support plug and play. The card is available for services after being

inserted into 6-U chassis and being properly connected with fibers. Work properly after being powered off. The internal passive optical

module in the card works properly after the card is powered off.

Therefore, ensure that the card realize wavelength division

multiplexing. Support transmitting services transparently. It can be used to access

data services with any rate and access emulation services such as video

service. Support Raisecom NView NNM system.

21.3.2 Slots

The iTN2100-4SU-D can be inserted into slots 1–5 and 8–12 on the iTN2100.

Raisecom




21.3.3 Interfaces

There are 5 interfaces on the iTN2100-4SU-D panel, as listed in Table 21-19.

Table 21-19 Interfaces on the iTN2100-4SU-D panel


LINE 1×9 optical interface

(SC/PC)

Line-side interface, used for receive/send

multiplexed optical signals Tx indicates the sending interface and Rx indicates


1511 1×9 optical interface

(SC/PC)

Client-side interface, used for receive/send 1511

nm optical signals Tx indicates the sending interface and Rx indicates



(SC/PC)





(SC/PC)





(SC/PC)




21.3.4 LEDs

There are 2 LEDs on the iTN2100-4SU-D panel, as listed in Table 21-20.

Table 21-20 LEDs on the iTN2100-4SU-D panel







Table 21-21 lists specifications of the iTN2100-4SU-D.

Raisecom




Table 21-21 Specifications of the iTN2100-4SU-D

Parameter Value


Weight 0.44 kg

Maximum power

consumption

5 W

21.3.6 Optical performance metrics

Table 21-22 lists optical performance metrics of the iTN2100-4SU-D.

Table 21-22 Optical performance metrics of the iTN2100-4SU-D

Parameter Metric

Central wavelength (nm) 1511, 1531, 1551, 1571

Passband (nm) ±6.5

Channel insertion loss (dB)

(with the connector)

< 2

Adjacent channel isolation (dB) > 25

Non-adjacent channel isolation (dB) > 35

Fiber 9/125 µm single-mode fiber

Return loss (dB) > 45

Directivity (dB) > 55

Operating temperature of optical module (°C) -5 to 65

Storage temperature of optical module (°C) -40 to 85

21.3.7 Networking applications

Point-to-point networking application

Device A multiplexes optical signals of 4 wavelength channels (1511 nm, 1531 nm, 1551 nm,

and 1571 nm) at the client side and transmits the multiplexed signals to Device B. After

receiving optical signals, Device B de-multiplexes these signals and then sends them out. In

opposite direction, Device B multiplexes optical signals of 4 wavelength channels at the client

side and transmits the multiplexed signals to Device A. After receiving optical signals, Device

A de-multiplexes these signals and then sends them out.

Figure 21-3 shows a point-to-point networking application with the iTN2100-4SU-D.

Raisecom




Figure 21-3 Point-to-point networking application with the iTN2100-4SU-D

OADM ring network

At the local, the iTN2100-4SU-D multiplexes optical signals of 4 wavelength channels (1511

nm, 1531 nm, 1551 nm, and 1571 nm) and provides routing protection by establishing an

OADM ring network. Access points A–D can perform bidirectional add/drop multiplexing on

1 way of optical signals. In this mode, the iTN2100-4SU-D provides a point-to-point

communication router between any 2 access points. In addition, it facilitates upgrade and

expansion.

Figure 21-4 shows an OADM ring network with the iTN2100-4SU-D.

Figure 21-4 OADM ring network with the iTN2100-4SU-D

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Table 21-23 lists ordering information about the iTN2100-4SU-D.

Table 21-23 Ordering information about the iTN2100-4SU-D

Model Hardware version Description

iTN2100-4SU-D A.00 4-way dual-fiber CWDM multiplexing/de-

multiplexing card

Raisecom

iTN2100 (P100R002) Hardware Description 22 Teleprotection



22 Teleprotection

This chapter describes the teleprotection card used by the iTN2100, including the following

section:

OPCOM3500E-TP

Raisecom




22.1 OPCOM3500E-TP


Panel Function

The OPCOM3500E-TP is used to access services of the teleprotection

device and provides the following functions:

Support accessing and transmitting services of teleprotection devices

based on C37.94 standard. The services are cross-connected through

the backplane, and then are multiplexed to the transport network

through the aggregation card. Support capacity compression. You can configure cross connection

according to the N value of service bandwidth (N×64 kbit/s, with N

ranging from 1 to 12 defined by C37.94 standard). Each service

occupies only 1+N 64 kbit/s timeslot instead of the whole E1 when it is

multiplexed. Support integrating the capacity of data on multiple

optical interfaces during transmission. For example, timeslots occupied

by 4 optical interfaces are multiplexed to one E1 or one VC12 of the

aggregation card through cross connection. Support four C37.94 service optical interfaces. The optical interface

supports being used independently or configured into protection pairs.

When 64 kbit/s cross connection is configured, services of optical

interfaces 1–4 correspond to No. 1–4 ways of E1 resources on the

OPCOM3500E-TP. Support optical interface 1+1 protection. Support configuring up to 2

protection pairs: optical interfaces 1 and 2 work in pairs; optical

interfaces 3 and 4 work in pairs. Each optical interface supports clock data recovery and ALS. Support detecting and processing LOS, Yellow (remote alarm

indication), and All Ones alarms (payload of services is all 1) defined

by the C37.94. Support internal and external loopback on optical interfaces. Support 1 embedded BERT. For any way of C37.94 services, support

inserting bit errors to service payload at the side of optical interface or

backplane for test. Support software online upgrade. Support being interconnected with devices of other vendors compliant

with the C37.94 standard.

The bandwidth of C37.94 services of the teleprotection device is fixed to 2.048

Mbit/s. The N value determines the number of payload bytes used in each frame.

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When N is smaller than 12, data of the used bytes are invalid. The capacity compression feature makes the services only occupy 1+N 64 kbit/s timeslots. One 64 kbit/s timeslot transmits the value of N; and N 64 kbit/s timeslots transmit valid service data.

When C37.94 services are multiplexed to line-side E1, support PCM30, PCM30&CRC, PCM31, and PCM31&CRC only instead of unframed E1.

Buttons, DIP switches, or jumpers are not provided on the card for configurations.

22.1.2 Slots

The OPCOM3500E-TP can be inserted into the slots 1–5 and 8–12 on the iTN2100

22.1.3 Interfaces

Interface type

Table 22-1 lists interfaces on the OPCOM3500E-TP.

Table 22-1 Interfaces on OPCOM3500E-TP


1–4 TX/RX Multi-mode dual fiber

ST (namely, BFOC/2.5) female interface

4 C37.94 service Rx/Tx interfaces Each way of services uses 1 Tx interface

and 1 Rx interface (Tx indicates output

while Rx indicates input).

Interface parameter

The ST interface complies with the C37.94 and BFOC/2.5 standards.

Table 22-2 list parameters of the ST interface.

Table 22-2 Parameters of the ST interface


Interface type Multi-mode dual fiber ST (namely, BFOC/2.5) female

interface

Typical loss 0.3 dB

Pluggable times < 0.3dB: 1000 times

Temperature stability -40 to 75°C: incremental loss < 0.3 dB

Axial load 35 lb

Service bandwidth N×64 kbit/s; N = 1–12

Clock frequency 2048 kbit/s (±100 ppm)

Jitter Output: ±50ns (±0.1 UI) Input tolerance: ±100ns

Wander ±250ns (±0.5 UI)

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Output level Average optical power of 50 μm fiber: -23.0 to -11.0 dBm Average optical power of 62.5μm fiber: -19.0 to -11.0 dBm Optical signal in ON status indicates logical 1; logical 1

level which is smaller than 10% indicates logical 0.

Center emission

wavelength

830±40 nm

Rx sensitivity BER < 1.0E-9 (namely, no bit error): the average optical

power is -28 dBm.

Fiber 850 nm multi-mode fiber; 50 or 62.5 μm

Maximum transmission

distance (depending on link signal attenuation)

2–4 km

Lightning protection

level

Contact discharge: ±8 kV Air discharge: ±15 kV

22.1.4 LEDs

Table 22-3 lists LEDs on the OPCOM3500E-TP.

Table 22-3 LEDs on OPCOM3500E-TP


PWR Green Power LED




ALM/SYNC/TST

1–4

Red Green Yellow

C37.94 optical interfaces 1–4 status LED. In normal

operation conditions, the LED is green.

Red: ALM status. Red indicates LOS occurs on the

local optical interface or local signals are not

synchronized; blinking red indicates remote LOS. Green: SNYC status. Green indicates that local signals

have been synchronized. Yellow: TST status. It is reserved.


Table 22-4 lists specifications of the OPCOM3500E-TP.

Raisecom




Table 22-4 Specifications of OPCOM3500E-TP



Weight 0.38 kg

Power consumption < 5 W

Raisecom

iTN2100 (P100R002) Hardware Description 23 64K access



23 64K access

This chapter describes the 64K access card used by the iTN2100, including the following

section:

16C64K

Raisecom




23.1 16C64K


Panel Function

The 16C64K is a 16-way codirectional 64 kbit/s data service card. It

transmits 16 ways of codirectional 64 kbit/s data to the cross connection

card through the backplane for cross connection. It has the following functions:

Provide 16 codirectional 64 kbit/s data interfaces which are

independent from each other. Support fixed bandwidth of 64 kbit/s on interfaces. These 16

interfaces use TS1–TS16 respectively. Support the test of channels embedded with the BERT. The BERT

can be concurrently conducted on only one interface while other

interfaces are transmitting services. Support channel loopback, including internal and external loopback. Support EMC and overcurrent protection. Support masking codirectional 64 kbit/s LOS/AIS alarms and

tributary alarms.

23.1.2 Slots

The OPCOM3500E-16C64K can be inserted into the slots 1–5 and 8–12 on the iTN2100.

Raisecom




23.1.3 Interfaces

Interface type

Table 23-1 lists interfaces on the OPCOM3500E-16C64K.

Table 23-1 Interfaces on the OPCOM3500E-16C64K

Name Type Description

1/2, 3/4, 5/6, 7/8, 9/10, 11/12,

13/14, 15/16

RJ45 interface Each RJ45 interface transmits 2 ways

of codirectional 64 kbit/s data.

Interface parameter

Table 23-2 lists parameters of the OPCOM3500E-16C64K interface.

Table 23-2 Parameters of the OPCOM3500E-16C64K interface


Connector type RJ45

Interface type Codirectional 64 kbit/s

Frame format Unframed

Line coding Codirectional coding

Transmission distance 300 m, 24AWG

Impedence 120 Ω (balanced)

Baud 64 kbit/s

Standard ITU-T G.703 compliant

Interface PINs

Table 23-3 lists PIN definitions on the OPCOM3500E-16C64K interface.

Table 23-3 PIN definitions on the OPCOM3500E-16C64K interface

Interface figure PIN 64K signal name

1 TD1+

2 TD1-

3 RD2+

4 RD1+

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Interface figure PIN 64K signal name

5 RD1-

6 RD2-

7 TD2+

8 TD2-

23.1.4 LEDs

Table 23-4 lists LEDs on the OPCOM3500E-16C64K.

Table 23-4 LEDs on the OPCOM3500E-16C64K


PWR Green Power LED



Blinking green: the system is working properly. Off: the system is working improperly.

LOS/AIS (1–8) Red LOS and All-1 alarm LED

Green: LOS alarms are generated. Blinking green: all-1 alarms are generated. Off: no alarms are generated.


Table 23-5 lists specifications of the OPCOM3500E-16C64K.

Table 23-5 Specifications of the OPCOM3500E-16C64K



Weight 0.47 kg

Power consumption 4.65 W

Raisecom

iTN2100 (P100R002) Hardware Description 24 Cables



24 Cables

This chapter describes cables used by the iTN2100, including the following sections:

Fibers

Ethernet cable

Configuration cable

DC power cable

AC power cable

Alarm cable

E1-CC3 cable

E1-RJ45 cable

E1-DB37 cable

E1-SCSI100 cable

V24-HDB26 cable

V35-HDB26 cable

MUL-HDB26 cable

Audio cable

24.1 Fibers

24.1.1 Connectors

Table 24-1 lists fiber connectors.

Table 24-1 Fiber connectors

Local connector Remote connector Fiber

LC/PC LC/PC 2 mm single-mode fiber

2 mm multi-mode fiber

FC/PC 2 mm single-mode fiber


SC/PC 2 mm single-mode fiber


SC/PC LC/PC 2 mm single-mode fiber

Raisecom




Local connector Remote connector Fiber


FC/PC 2 mm single-mode fiber


SC/PC 2 mm single-mode fiber


24.1.2 Appearance

Figure 24-1 shows the LC/PC fiber connector used by the iTN2100.

Figure 24-1 LC/PC fiber connector

When connecting or removing the LC/PC optical connector, align the connector with the

optical interface, and do not rotate the fiber. Pay attention to the following points:

Align the head of the fiber with the optical interface and insert the optical fiber into the interface gently.

To remove the fiber, press the latch on the connector and pull the fiber out.

Figure 24-2 shows the SC/PC fiber connector used by the iTN2100.

Figure 24-2 SC/PC fiber connector

When connecting or removing the SC/PC optical connector, align the connector with the

optical interface, and do not rotate the fiber. Pay attention to the following points:

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Align the head of the fiber with the optical interface and insert the optical fiber into the

interface gently.

To remove the fiber, press the latch on the connector and pull the fiber out.

Figure 24-3 shows the FC/PC fiber connector used by the iTN2100.

Figure 24-3 FC/PC fiber connector

When connecting or removing the FC/PC optical connector, pay attention to the following

points:

Align the head of the fiber with the optical interface to avoid damaging the ceramic inner

tube, and insert the optical fiber into the interface gently to the bottom. Then, rotate the

screw configure clockwise tightly.

To remove the fiber, rotate the screw configure anticlockwise. When the screw configuration is loose, pull the fiber out.

24.2 Ethernet cable

24.2.1 Introduction

The Ethernet cable is used to connect:

The Ethernet electrical interfaces on the iTN2100 and other devices.

The SNMP interface on the iTN2100 and the NMS network.

The Ethernet interface on the iTN2100 supports self-adaptive straight-through cables and

crossover cables.

Ethernet cables need to be made on site.

24.2.2 Appearance

Figure 24-4 shows the Ethernet cable.

Raisecom




Figure 24-4 Ethernet cable

24.2.3 Technical specifications

The Ethernet cables have two types:

Straight-through cable: used to connect devices of different types, such as a PC and a switch/switch and router.

Crossover cable: used to connect devices of the same type, such as between 2

PCs/switches/routers, or between a PC and a router (they are divided into the same group)

Table 24-2 lists the wiring of EIA/TIA 568A and EIA/TIA 568B standards.

Table 24-2 Wiring of EIA/TIA 568A and EIA/TIA 568B standards

Connector 1(RJ45) EIA/TIA 568A Connector 2(RJ45) EIA/TIA 568B

PIN 1 White/Green PIN 1 White/Orange

PIN 2 Green PIN 2 Orange

PIN 3 White/Orange PIN 3 White/Green

PIN 4 Blue PIN 4 Blue

PIN 5 White/Blue PIN 5 White/Blue

PIN 6 Orange PIN 6 Green

PIN 7 White/Brown PIN 7 White/Brown

PIN 8 Brown PIN 8 Brown

Straight-through cable

Both 2 RJ45 connectors of the straight-through cable use the same wiring. Generally, they

follow the EIA/TIA 568B standard.

Figure 24-5 shows the wiring of the straight-through cable.

Raisecom




Figure 24-5 Wiring of the straight-through cable

Crossover cable

The wiring for 100 Mbit/s crossover cable is different from that of 1000 Mbit/s crossover

cable.

One RJ45 connector of the 100 Mbit/s crossover cable follows EIA/TIA 568A standard; the

other RJ45 connector follows EIA/TIA 568B standard wiring. Figure 24-6 shows the wiring

of the 100 Mbit/s crossover cable.

Figure 24-6 Wiring of the 100 Mbit/s crossover cable

Raisecom




The 1000 Mbit/s crossover cable uses all 8 PINs. The crossover is PIN 1 to PIN 3, PIN 2 to

PIN 6, PIN 4 to PIN 7, and PIN 5 to PIN 8, as shown in Figure 24-7.

Figure 24-7 Wiring of the 1000 Mbit/s crossover cable

Raisecom provides the straight-through cable and 100 Mbit/s crossover cable which are

different in name only. The straight-through cable is named as CBL-ETH-RJ45/RJ45-D while

the crossover cable is named as CBL-ETH-RJ45/RJ45-X-D

Table 24-3 lists technical specifications of the Ethernet cable.

Table 24-3 Technical specifications of the Ethernet cable


Color Dark grey

Model Cat5 or better UTP cable (UTP-5/UTP-5e) or STP

Connector RJ45 connector

Number of cores 8

Length The letter D indicates the length, which is customized. For example,

if the customer requires 2-meter cables, they are named CBL-ETH-RJ45/RJ45-2m.

Raisecom




24.3 Configuration cable

24.3.1 Introduction

The configuration cable is used to connect the Console interface on the iTN2100 to the RS-

232 serial interface on the console for transmitting configuration data signals. The

maintenance console can debug and maintain the iTN2100 locally through the Console

interface.

The configuration cable is a 4-core unshielded cable, with connectors as below:

RJ45 connector: connected the Console interface

DB9 female connector: connected to the serial interface on the maintenance console

24.3.2 Appearance

Figure 24-8 shows the configuration cable.

Figure 24-8 Configuration cable

24.3.3 Wiring

Figure 24-9 shows the wiring of the configuration cable.

Figure 24-9 Wiring of the configuration cable


Table 24-4 lists technical specifications of the configurable cable.

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Table 24-4 Technical specifications of the configurable cable


Name CBL-RS232-DB9F/RJ45-2m/RoHS

Type Cat 3 UTP

Connector RJ45 connector DB9 female connector

Length 2 m

24.4 DC power cable

24.4.1 Appearance

Figure 24-10 shows the DC power cable.

Figure 24-10 DC power cable


Table 24-5 lists technical specifications of the DC power cable.

Table 24-5 Technical specifications of the DC power cable


Name POL-DC-DSUB(30)/C-2.0mm2-D/RoHS

Connector A DSUB power connector-welding wire-3-core

(hole+PIN+hole)

Positive wire +vin, red, 4mm diameter

Ground cable PGND, yellow/green, 4mm diameter

Negative wire -vin, black, 4mm diameter

Rated voltage 300/500 VDC

Insulation and voltage

resistance (electric cable)

AC1500V, 5min

Authentication CCC

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RoHS Comply with RoHS.

Length Length is customized. The cable length is D.

24.5 AC power cable The iTN2100 uses different AC power supply cables in different countries or regions. The

cable length delivered with the iTN2100 is 1.5 m. You can order other cables with different

lengths if required.

24.5.1 POL-AC-European-3-pin/receptacle-0.75mm2-D/RoHS

Appearance

The AC power cable which meets European standard is composed of a European standard 3-

pin plug and a receptacle, as shown in Figure 24-11.

Figure 24-11 European AC power cable

Technical specifications

Figure 24-6 lists technical specifications of the European AC power cable.

Table 24-6 Technical specifications of the European AC power cable


Name POL-AC-European-3-pin/receptacle-0.75mm2-1.5m/RoHS

Connector European 3-pin plug Receptacle IEC60320-C13

Color Outer Black (PVC insulating layer)

Inner Blue (N), brown (L), and yellow/green strip (E)

Conducting wire 3×0.75mm2

Length The letter D in "POL-AC-European-3-pin/receptacle-0.75mm2-

1.5m/RoHS" indicates the cable length and can be customized. For

example, the customer requires a 1.5-m cable, and you can name the cable POL-AC-European-3-pin/receptacle-0.75mm2-1.5m/RoHS.

Raisecom




24.5.2 POL-AC-American-3-pin/receptacle-18AWG-D/RoHS

Appearance

The AC power cable which meets American standard is composed of an American 3-pin plug

and a receptacle, as shown in Figure 24-12.

Figure 24-12 American AC power cable


Table 24-7 lists technical specifications of the American AC power cable.

Table 24-7 Technical specifications of the American AC power cable


Name POL-AC-American-3-pin/receptacle-18AWG-D/RoHS

Connector American 3-pin plug NEMA5-15 Receptacle IEC60320-C13

Color Outer Black (PVC insulating layer)

Inner White (N), black (L), and green (E)

Conducting wire 18AWG/3C

Length The letter D in "POL-AC-American-3-pin/receptacle-18AWG-

D/RoHS" indicates the cable length and can be customized. For

example, the customer requires a 1.5-m cable, and you can name the cable POL-AC-American-3-pin/receptacle-18AWG-1.5m/RoHS.

24.6 Ground cable

Connecting the ground cable properly is an important guarantee to lightning

protection, shock proof, and anti-interference. When installing and using the device, ensure that the ground cable is properly connected; otherwise, personnel injury or equipment damage may occur.

The length of the ground cable cannot be longer than 30 m and should be as short as possible; otherwise, a grounding bar should be used.

Raisecom




24.6.1 Introduction

The ground cable is used to ground the iTN2100. Ground screws are on the panel of the

iTN2100. Connect one end of the ground cable to the OT terminal and then use the ground

screws to fix them, and connect the other end of the cable to the ground.

24.6.2 Appearance

The ground cable is composed of the ground terminal and conducting wire. The ground

terminal is usually an OT terminal. The conducting wire is a yellow/green copper soft flame-

retardant conducting wire. Figure 24-13 and Figure 24-14 show the ground cable and OT

terminal.

Figure 24-13 Ground cable

1 Stripped end (connected to the OT

terminal or grounding bar) 2 Conducting wire

3 Insulating sheath 4 OT terminal

Figure 24-14 OT terminal

1 Inner radius of

soldering lug 2 Inner radius of sheath 3

Thickness of soldering

terminal


Table 24-8 lists technical specifications of the ground cable of the iTN2100.

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Table 24-8 Technical specifications of the ground cable


Model PIL-ground cable-Φ4-D/RoHS

Standard Comply with the UL standard and meet RoHS requirements.

Conducting wire Yellow/Green multi-strand copper-core conducting wire 16

AWG (1×1.25 mm2)

Meet UL1007 or UL1005 requirements.

Stripped end 10 mm long and plated with tin

Length of conducting

wire

70mm, 105mm, or customized length, the letter D in "PIL-

ground cable-Φ4-D/ RoHS" indicates the cable length and is

customized. For example, the customer requires a 2-m cable,

and you can name the cable PIL-ground cable-Φ4-

200mm/RoHS.

Table 24-9 lists technical specifications of the OT terminal.

Table 24-9 Technical specifications of the OT terminal


Model Protective grounding round-pressed terminal (M4)/ RoHS

Technical specifications 4.3 soldering lug Inner radius of soldering lug: 4 mm Outer radius of soldering lug: ≤ 8 mm Inner radius of sheath: 2.1 mm Thickness of soldering lug: ≥ 0.6 mm

Cross-sectional area of

the conducting wire

16–15 AWG (1.2–1.5 mm2)

The OT terminal is delivered with the iTN2100 but the ground cable is not

delivered. If you need the power cable, make it on site according to technical specifications.

The length of the ground cable cannot be longer than 30 m and should be as short as possible; otherwise, a grounding bar should be used.

24.7 Alarm cable

24.7.1 Introduction

The alarm cable is used to connect alarm terminals to other devices for inputting or outputting

alarm signals. The alarm terminal of the iTN2100 is a 4-hole spring terminal.

Raisecom




24.7.2 PIN definitions

Figure 24-15 shows PINs of the alarm terminal.

You can connect the alarm cable based on PINs of the alarm terminal described in Table 24-

10.

Figure 24-15 PINs of the alarm terminal

Table 24-10 PIN definitions of the alarm terminal

PIN Definition Description

1 OUT Cooperate with each other to output 1 way of alarm signals.

When an alarm signal is output, the device connects PIN 1 and

PIN 2 through the internal relay. When no alarm is output, PIN 1 and PIN 2 are disconnected.

2

3 IN Cooperate with each other to input 1 way of alarm signals. The

device detects the connection status of PIN 3 and PIN 4. If it is in closure state, it indicates that there is alarm signal input. 4 GND

24.8 E1-CC3 cable

24.8.1 Introduction

The front panel of the OPCOM3500E-2STM1/4-M provides two CC3 interfaces for inputting

and outputting clock signals.

The front panel of the OPCOM3500E-3DS3/E3 provides three pairs of CC3 interfaces for

inputting and outputting DS3/E3 services.

24.8.2 Appearance

Figure 24-16 shows the E1-CC3 cable.

Figure 24-16 E1-CC3 cable

Raisecom





Table 24-11 lists technical specifications of the E1-CC3 cable.

Table 24-11 Technical specifications of the E1-CC3 cable


Name CBL-E1-CC3/BNCF

Connector CC3 female connector, BNC female connector

Type 1C+B coaxial cable

24.9 E1-RJ45 cable

24.9.1 Introduction

E1-RJ45 cables are used to connect E1 balanced interfaces of the iTN2100 to other devices

for accessing E1 services. Table 24-12 lists E1-RJ45 cables available for the card of the

iTN2100.

The iTN2100-CES-16E1T1-BL provides RJ45 E1 interfaces. Each RJ45 E1 interface is

connected by the E1-RJ45 cable to transmit 2 ways of E1 signals.

Table 24-12 E1-RJ45 cables available for the card of the iTN2100

Card Cable

iTN2100-CES-16E1T1-BL CBL-E1-RJ45/RJ45

CBL-E1-RJ45/2RJ45

The E1-RJ45 cable is not delivered with the iTN2100. You can make it on site as required. The appearance and wiring of E1-RJ45 cables described in this section are used as reference only.

24.9.2 CBL-E1-RJ45/RJ45

Appearance

Figure 24-17 shows the CBL-E1-RJ45/RJ45.

Raisecom




Figure 24-17 CBL-E1-RJ45/RJ45 cable

PIN definition and wiring

Table 24-13 lists the wiring of the CBL-E1-RJ45/RJ45 cable.

Table 24-13 Wiring of the CBL-E1-RJ45/RJ45 cable

RJ45 PIN definition

RJ45 A PIN No.

RJ45 A wire color RJ45 B PIN No.

RJ45 B wire color

OUT1+ PIN1 White/Orange PIN1 Blue

OUT1- PIN2 Orange PIN2 White/Blue

IN2+ PIN3 White/Green PIN3 White/Brown

IN1+ PIN4 Blue PIN4 White/Orange

IN1- PIN5 White/Blue PIN5 Orange

IN2- PIN6 Green PIN6 Brown

OUT2+ PIN7 White/Brown PIN7 White/Green

OUT2- PIN8 Brown PIN8 Green


Table 24-14 lists technical specifications of the CBL-E1-RJ45/RJ45 cable.

Table 24-14 Technical specifications of the CBL-E1-RJ45/RJ45 cable


Name CBL-E1-RJ45/RJ45

Connector Single-RJ45 to single-RJ45 connector for transmitting 2 way of E1/T1

signals

Type E1 balanced twisted-pair cable

Raisecom




24.9.3 CBL-E1-RJ45/2RJ45

Appearance

Figure 24-18 shows the CBL-E1-RJ45/2RJ45 cable.

Figure 24-18 CBL-E1-RJ45/2RJ45 cable

PIN definition and wiring scheme

Table 24-15 lists the wiring of the CBL-E1-RJ45/2RJ45 cable.

Table 24-15 Wiring of the CBL-E1-RJ45/2RJ45 cable

RJ45 PIN definition

RJ45 A PIN

RJ45 A wire color

RJ45 B PIN

RJ45 B wire color

RJ45 C PIN

RJ45 C wire color

OUT1+ PIN1 White/Orange PIN1 Blue PIN1 White/Green

OUT1- PIN2 Orange PIN2 White/Blue PIN2 Green

IN2+ PIN3 White/Green PIN3 NC PIN3 NC

IN1+ PIN4 Blue PIN4 White/Orange PIN4 White/Brown

IN1- PIN5 White/Blue PIN5 Orange PIN5 Brown

IN2- PIN6 Green PIN6 NC PIN6 NC

OUT2+ PIN7 White/Brown PIN7 NC PIN7 NC

OUT2- PIN8 Brown PIN8 NC PIN8 NC

Specifications

Table 24-16 lists technical specifications of the CBL-E1-RJ45/2RJ45 cable.

Raisecom




Table 24-16 Technical specifications of the CBL-E1-RJ45/2RJ45 cable


Name CBL-E1-RJ45/2RJ45

Connector Single-RJ45 to dual-RJ45 connectors

The end with a single RJ45 connector is connected to the E1 interface of

the TDMoP card for carrying 2 ways of signals. The end with 2 RJ45 connectors is connected to E1 interfaces of the

TDM device for carrying 1 way of signals separately.

Type E1 balanced twisted-pair cable

24.10 E1-DB37 cable

24.10.1 Introduction

The E1-DB37 cable is used to connect the DB37 male connector of the iTN2100 and other

devices to transmit E1 services.

Table 24-17 lists relations between the E1-DB37 cable and the card on the iTN2100.

Table 24-17 Relations between the E1-DB37 cable and the card on the iTN2100

Card Cable

OPCOM3500E-EOPS-8E1

OPCOM3500E-16E1

iTN2100-CES-16E1T1

CBL-E1-DB37F (40)/16NC

CBL-E1-DB37F/16BNCF

CBL-E1-DB37F/16BNCM

CBL-E1-DB37F (40)/16CC3F

OPCOM3500E-16E1-BL CBL-E1-DB37F/8RJ45

24.10.2 CBL-E1-DB37F (40)/16NC

Appearance

Figure 24-19 shows the CBL-E1-DB37F (40)/16NC cable.

Raisecom




Figure 24-19 CBL-E1-DB37F (40)/16NC cable


Table 24-18 lists technical specifications of the CBL-E1-DB37F (40)/16NC cable.

Table 24-18 Technical specifications of the CBL-E1-DB37F (40)/16NC cable


Name CBL-E1-DB37F(40)/16NC

Connector DB37 female connector

Type 75-ohm 16-core coaxial cable

PIN definitions

Table 24-19 lists definitions of PINs on the CBL-E1-DB37F (40)/16NC cable.

Raisecom




Table 24-19 Definitions of PINs on the CBL-E1-DB37F (40)/16NC cable

PIN Definition Mark PIN Definition Mark

1 – – 20 – –

2 – – 21 IN1+ RX1

3 OUT1- TX1 22 IN1-

4 OUT1+ 23 IN2+ RX2

5 OUT2- TX2 24 IN2-

6 OUT2+ 25 IN3+ RX3

7 OUT3- TX3 26 IN3-

8 OUT3+ 27 IN4+ RX4

9 OUT4- TX4 28 IN4-

10 OUT4+ 29 IN5+ RX5

11 OUT5- TX5 30 IN5-

12 OUT5+ 31 IN6+ RX6

13 OUT6- TX6 32 IN6-

14 OUT6+ 33 IN7+ RX7

15 OUT7- TX7 34 IN7-

16 OUT7+ 35 IN8+ RX8

17 OUT8- TX8 36 IN8-

18 OUT8+ 37 – –

19 – –

The PIN marked "+" is connected to the core of the coaxial cable. The PIN marked "-" is connected to the shielding layer of the coaxial cable.

24.10.3 CBL-E1-DB37F/16BNCF

Appearance

Figure 24-20 shows the CBL-E1-DB37F/16BNCF cable.

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Figure 24-20 CBL-E1-DB37F/16BNCF cable


Table 24-20 lists technical specifications of the CBL-E1-DB37F/16BNCF cable.

Table 24-20 Technical specifications of the CBL-E1-DB37F/16BNCF cable


Name CBL-E1-DB37F/16BNCF

Connector DB37 female connector, or BNC female connector


24.10.4 CBL-E1-DB37F/16BNCM

Appearance

Figure 24-21 shows the CBL-E1-DB37F/16BNCM cable.

Figure 24-21 CBL-E1-DB37F/16BNCM cable


Table 24-21 lists technical specifications of the CBL-E1-DB37F/16BNCM cable.

Raisecom




Table 24-21 CBL-E1-DB37F/16BNCM cable


Name CBL-E1-DB37F/16BNCM

Connector DB37 female connector, or BNC male connector


24.10.5 CBL-E1-DB37F/8RJ45

Appearance

Figure 24-22 shows the CBL-E1-DB37F/8RJ45 cable.

Figure 24-22 CBL-E1-DB37F/8RJ45 cable


Table 24-22 lists technical specifications of the CBL-E1-DB37F/8RJ45 cable.

Table 24-22 Technical specifications of the CBL-E1-DB37F/8RJ45


Name CBL-E1-DB37F/8RJ45

Connector DB37 female connector, or RJ45 connector

Type 2P unshielded Cat 5 cable

Raisecom




24.10.6 CBL-E1-DB37F (40)/16CC3F

Appearance

Figure 24-23 shows the CBL-E1-DB37F (40)/16CC3F cable.

Figure 24-23 CBL-E1-DB37F (40)/16CC3F cable


Table 24-23 Technical specifications of the CBL-E1-DB37F (40)/16CC3F cable


Name CBL-E1-DB37F (40)/16CC3F

Connector DB37 female connector, or CC3 female connector


24.11 E1-SCSI100 cable


The E1-SCSI100 cable is used to connect the SCSI female connector (100 PINs) of the

iTN2100 and other devices to transmit E1 services.

Table 24-24 lists relations between the E1-SCSI100 cable and the card on the iTN2100.

Table 24-24 Relations between the E1-SCSI100 cable and the card on the iTN2100

Card Cable

OPCOM3500E-32E1

OPCOM3500E-32E1-BL

(unbalanced interface)

CBL-E1-SCSI100M (40)/32BNCF

CBL-E1-SCSI100M (40)/32BNCM

OPCOM3500E-32E1-BL

(balanced interface)

CBL-E1-SCSI100M (40)/16RJ45

Raisecom




24.11.2 CBL-E1-SCSI100M (40)/32BNCF

Appearance

Figure 24-24 shows the CBL-E1-SCSI100M (40)/32BNCF cable.

Figure 24-24 CBL-E1-SCSI100M (40)/32BNCF cable


Table 24-25 lists technical specifications of the CBL-E1-SCSI100M (40)/32BNCF cable.

Table 24-25 Technical specifications of the CBL-E1-SCSI100M (40)/32BNCF cable


Name CBL-E1-SCSI100M (40)/32BNCF

Connector SCSI100P male connector BNC female connector

Type SYFVZP-75-1-1×16 (A)

24.11.3 CBL-E1-SCSI100M (40)/32BNCM

Appearance

Figure 24-25 shows the CBL-E1-SCSI100M (40)/32BNCM cable.

Raisecom




Figure 24-25 CBL-E1-SCSI100M (40)/32BNCM cable


Table 24-26 lists technical specifications of the CBL-E1-SCSI100M (40)/32BNCM cable.

Table 24-26 Technical specifications of the CBL-E1-SCSI100M (40)/32BNCM cable


Name CBL-E1-SCSI100M (40)/32BNCM

Connector SCSI100P male connector BNC male connector

Type SYFVZP-75-1-1×16 (A)

24.11.4 CBL-E1-SCSI100M (40)/16RJ45

Appearance

Figure 24-26 shows the CBL-E1-SCSI100M (40)/16RJ45 cable.

Raisecom




Figure 24-26 CBL-E1-SCSI100M (40)/16RJ45 cable


Table 24-27 lists technical specifications of the CBL-E1-SCSI100M (40)/16RJ45 cable.

Table 24-27 Technical specifications of the CBL-E1-SCSI100M (40)/16RJ45 cable


Name CBL-E1-SCSI100M (40)/16RJ45

Connector SCSI100P male connector RJ45 connector

Type 2P UTP cable

24.12 V24-HDB26 cable


The V24-HDB26 cable is used to connect the HDB26 female connector of the iTN2100 and

other device to transmit V24 services.

Table 24-28 lists relations between the V24-HDB26 cable and the card on the iTN2100.

Table 24-28 Relations between the V24-HDB26 cable and the card on the iTN2100

Card Cable

OPCOM3500E-8V24 CBL-V24-HDB26M/4DB25F

CBL-V24-HDB26M/4DB25M

Raisecom




24.12.2 CBL-V24-HDB26M/4DB25F

Appearance

Figure 24-27 shows the CBL-V24-HDB26M/4DB25F cable.

Figure 24-27 CBL-V24-HDB26M/4DB25F cable


Table 24-29 lists specifications of the CBL-V24-HDB26M/4DB25F cable.

Table 24-29 Technical specifications of the CBL-V24-HDB26M/4DB25F cable


Name CBL-V24-HDB26M/4DB25F

Connector HDB26 male connector DB25 female connector

Type 9-core data cable

24.12.3 CBL-V24-HDB26M/4DB25M

Appearance

Figure 24-28 shows the CBL-V24-HDB26M/4DB25M cable.

Raisecom




Figure 24-28 CBL-V24-HDB26M/4DB25M cable


Table 24-30 lists technical specifications of the CBL-V24-HDB26M/4DB25M cable.

Table 24-30 Technical specifications of the CBL-V24-HDB26M/4DB25M cable


Name CBL-V24-HDB26M/4DB25M

Connector HDB26 male connector DB25 female connector

Type 9-core data cable


There are two HDB26 female interfaces on the OPCOM3500E-8V24. Each interface

transmits 4 ways of V.24 data. You can make cables according to Table 24-31.

Table 24-31 PIN definitions of the HDB26 interface on the OPCOM3500E-8V24

PIN Outgoing line definition

Mark Description

1 TXD_4 No. 4 way of data output

2 TXC_4 No. 4 way of clock output


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PIN Outgoing line definition

Mark Description






9, 10 NC Idle

11 RXD_4 No. 4 way of data input

12 RXC_4 No. 4 way of clock input







19–26 GND Grounding

24.13 V35-HDB26 cable


The V35-HDB26 cable is used to connect the HDB26 female connector and other devices to

transmit V.35 services. The unshielded cable is used on V.35 interface card to ensure lightning

protection.

Table 24-32 lists relations between the V35-HDB26 cable and the card on the iTN2100.

Table 24-32 Relations between the V35-HDB26 cable and the card on the iTN2100

Card Cable

OPCOM3500E-8V35 CBL-V35-HDB26M/2M34F (unshielded cable)

CBL-V35-HDB26M/2M34M (unshielded cable)

Raisecom




24.13.2 CBL-V35-HDB26M/2M34F

Appearance

Figure 24-29 shows the CBL-V35-HDB26M/2M34F cable.

Figure 24-29 CBL-V35-HDB26M/2M34F cable


Table 24-33 lists technical specifications of the CBL-V35-HDB26M/2M34F cable.

Table 24-33 Technical specifications of the CBL-V35-HDB26M/2M34F cable


Name CBL-V35-HDB26M/2M34F

Connector HDB26 male connector M34 female connector

Type 9.5P+1+B+AL cable


There are four HDB26 female interfaces on the OPCOM3500E-8V35. Each interface

transmits 2 ways of V.35 data. You can make cables according to Table 24-34.

Table 24-34 PIN definitions of the HDB26 interface on the OPCOM3500E-8V35

PIN Outgoing line definition for No. 1 way of V.35 data

Outgoing line definition for No. 2 way of V.35 data

1 PGND

2 TD (A)

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PIN Outgoing line definition for No. 1 way of V.35 data

Outgoing line definition for No. 2 way of V.35 data

3 RD (A)

4 – –

5 RD (A)

6 RD (B)

7 GND

8 RCP (A)

9 RCP (B)

10 TD (A)

11 TD (B)

12 SCTE (A)

13 SCTE (B)

14 TCP (A)

15 TCP (A)

16 SCTE (B)

17 RCP (A)

18 PGND

19 TD (B)

20 – –

21 RD (B)

22 TCP (B)

23 TCP (B)

24 SCTE (A)

25 RCP (B)

26 GND

The PINs marked "–" are idle.

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24.14 MUL-HDB26 cable


The MUL-HDB26 cable is used to connect the HDB26 female connector and other devices to

transmit MULTI services.

Table 24-35 lists relations between the MUL-HDB26 cable and the card on the iTN2100.

Table 24-35 Relations between the MUL-HDB26 cable and the card on the iTN2100

Card Cable

OPCOM3500E-MULTI CBL-MUL-HDB26M/NC

CBL-MUL-HDB26M (40)/NC

OPCOM3500E-12MT CBL-MUL-HDB26M (40)/NC

OPCOM3500E-8MT CBL-MUL-HDB26M (40)/NC

24.14.2 CBL-MUL-HDB26M/NC

Appearance

Figure 24-30 shows the CBL-MUL-HDB26M/NC cable.

Figure 24-30 CBL-MUL-HDB26M/NC cable


Table 24-36 lists technical specifications of the CBL-MUL-HDB26M/NC cable.

Table 24-36 Technical specifications of the CBL-MUL-HDB26M/NC cable


Name CBL-MUL-HDB26M/NC

Connector HDB26 male connector

Description HDB26 male connector to 4-way NC E&M cable. The cable length

can be customized: 2.5 m/5 m/10 m/15 m/25 m.

Raisecom




Color patterns

Table 24-37 lists color patterns of the CBL-MUL-HDB26M/NC cable.

Table 24-37 Color patterns of the CBL-MUL-HDB26M/NC cable

HDB26M HDB26M PIN definition

Line color Pair color

1 TXD-8 Blue/White White

11 RXD-8 White/Blue

2 TXD-7 Orange/White

12 RXD-7 White/Orange

20 GND7 Brown/White

White/Brown

3 TXD-6 Green/White

13 RXD-6 White/Green

21 GND6 Grey/White

White/Grey

4 TXD-5 Grey/Red Red

14 RXD-5 Red/Grey

5 TXD-4 Brown/Red

15 RXD-4 Red/Brown

6 TXD-3 Orange/Red

16 RXD-3 Red/Orange

7 TXD-2 Green/Red

17 RXD-2 Red/Green

8 TXD-1 Blue/Red

18 RXD-1 Red/Blue

22 GND5 Grey/Black Black

Black/Grey

23 GND4 Brown/Black

Black/Brown

24 GND3 Orange/Black

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HDB26M HDB26M PIN definition

Line color Pair color

Black/Orange

25 GND2 Green/Black

Black/Green

26 GND1 Blue/Black

Black/Blue

19 RXD-8 Blue/Yellow Yellow

Yellow/Blue

9 – – –

10 – – –

24.14.3 CBL-MUL-HDB26M (40)/NC

Appearance

Figure 24-31 shows the CBL-MUL-HDB26M (40)/NC cable.

Figure 24-31 CBL-MUL-HDB26M (40)/NC cable


Table 24-38 lists specifications of the CBL-MUL-HDB26M (40)/NC cable.

Table 24-38 Technical specifications of the CBL-MUL-HDB26M (40)/NC cable


Name CBL-MUL-HDB26M (40)/NC

Connector HDB26 male connector

Raisecom





Description (Angled) HDB26 male connector to 4 way of NC E&M cable. The

cable length can be customized: 2.5 m/5 m/10 m/15 m/25 m. (Angled) HDB26 male connector to 8 way of NC E&M cable. The

cable length can be customized: 2.5 m/5 m/10 m/15 m/25 m.

Color patterns

Table 24-39 lists color patterns of the CBL-MUL-HDB26M (40)/NC cable.

Table 24-39 Color patterns of the CBL-MUL-HDB26M (40)/NC cable

HDB26M PIN PIN definition

Line color Secondary color

Primary color

7 CH-01A White background

and blue ring

Blue White

17 CH-01B Blue background and

white ring


and orange ring

Orange

18 CH-02B Orange background

and white ring


and green ring

Green

26 CH-03B Green background

and white ring


and brown ring

Brown

15 CH-04B Brown background

and white ring


and grey ring

Grey

16 CH-05B Grey background and

white ring

23 CH-06A Red background and

blue ring

Blue Red


red ring


orange ring

Orange

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Primary color


and red ring


green ring

Green

14 CH-08B Green background

and red ring


brown ring

Brown

22 CH-09B Brown background

and red ring


grey ring

Grey

11 CH-10B Grey background and

red ring

2 CH-11A Black background and

blue ring

Blue Black


black ring


orange ring

Orange


and black ring


orange ring

Green


and black ring

HDB26 shell

K1 Black background and brown ring

Brown

Brown background

and black ring

HDB26

shell

K2 Black background and

grey ring

Grey

Grey background and

black ring

HDB26

shell

K3 Black background and

yellow ring

Blue Yellow

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Primary color

Yellow background

and black ring

24.15 Audio cable


The audio cable is used to connect the DB37 male interface of the iTN2100 and other devices

to transmit voice services.

Table 24-40 lists relations between the audio cable and the card on the iTN2100.

Table 24-40 Relations between the VOICE-DB37F cable and the card on the iTN2100

Card Cable

OPCOM3500E-Audio CBL-VOICE-DB37F/NC-D

24.15.2 CBL-VOICE-DB37F/NC-D

Appearance

Figure 24-32 shows the CBL-VOICE-DB37F/NC-D cable.

Figure 24-32 CBL-VOICE-DB37F/NC-D cable


Table 24-41 Technical specifications of the CBL-VOICE-DB37F/NC-D cable


Name CBL-VOICE-DB37F/NC-D

Raisecom





Connector DB37 female connector

Description M37 female connector to NC audio cable. The cable length can be

customized: 2.5/5/10/15/25 m

Color patterns

Table 24-42 lists color patterns of the CBL-VOICE-DB37F/NC-D cable.

Table 24-42 Color patterns of the CBL-VOICE-DB37F/NC-D cable

DB37F PIN PIN definition Line color Pair color

3 CHANN1+ Blue/White White

21 CHANN1- White/Blue

4 CHANN2+ Green/White

22 CHANN2- White/Green

5 CHANN3+ Orange/White

23 CHANN3- White/Orange

6 CHANN4+ Brown/White

24 CHANN4- White/Brown

7 CHANN5+ Grey/White

25 CHANN5- White/Grey

8 CHANN6+ Blue/Red Red

26 CHANN6- Red/Blue

9 CHANN7+ Green/Red

27 CHANN7- Red/Green

10 CHANN8+ Orange/Red

28 CHANN8- Red/Orange

11 CHANN9+ Brown/Red

29 CHANN9- Red/Brown

12 CHANN10+ Grey/Red

30 CHANN10- Red/Grey

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DB37F PIN PIN definition Line color Pair color

13 CHANN11+ Blue/Black Black

31 CHANN11- Black/Blue

14 CHANN12+ Green/Black

32 CHANN12- Black/Green

15 CHANN13+ Orange/Black

33 CHANN13- Black/Orange

16 CHANN14+ Brown/Black

34 CHANN14- Black/Brown

17 CHANN15+ Grey/Black

35 CHANN15- Black/Grey

18 CHANN16+ Blue/Yellow Yellow

36 CHANN16- Yellow/Blue

1 – – –

2 – – –

19 – – –

20 – – –

37 – – –

Raisecom

iTN2100 (P100R002) Hardware Description 25 Appendix



25 Appendix

This chapter lists terms, acronyms, and abbreviations involved in this guide.

Power consumption of optical/electrical modules

Metrics of SFP optical modules

Parameters of XFP optical modules

Wiring

Terms

Acronyms and abbreviations

25.1 Power consumption of optical/electrical modules

25.1.1 SFP modules

Table 25-1 lists the power consumption of Raisecom SFP modules.

Table 25-1 Power consumption of SFP modules

Model Maximum power consumption (W)

CSFP-Gb/L/xx-D-R

CSFP-48/L/xx-D-R

DSFP-48/L/xx-D-R

USFP-FE/AN-R

USFP-Gb/EX-D-R

USFP-GE-R

USFP-GE/AN-R

USFP-48/S3-D-R

USFP-48/SS3x-D-R

1.32

Other modules 0.66

Raisecom




25.1.2 XFP modules

Table 25-2 lists the power consumption of Raisecom XFP modules.

Table 25-2 Power consumption of Raisecom XFP modules

Type Model Maximum power consumption (W)

CXFP All modules 3.5

DXFP All modules 3.5

UXFP UXFP-192/M 1.5

UXFP-192/S1 2.5

UXFP-192/S2

UXFP-192/S3

3.5

Raisecom




25.2 Metrics of SFP optical modules

25.2.1 CSFP optical modules

FE CSFP optical modules

Table 25-3 Metrics of FE CSFP optical modules

Model CSFP-03/L/xx-D-R

Rate (Mbit/s) 155

Tx wavelength (nm) 1xx1

Rx wavelength (nm) 1260–1620

Tx optical power (dBm) -5.0 to 0

Overload point (dBm) > -10.0

Extinction ratio (dB) > 10.0

Rx sensitivity (dBm) < -34.0

Transmission distance (km) 80

Interface LC/PC Dual-fiber bidirectional

Laser DFB

Receiver PIN

DDM Yes

RoHS Yes

Raisecom




GE CSFP optical modules

Table 25-4 Metrics of GE CSFP optical modules

Model CSFP-Gb/S/xx-D-R CSFP-Gb/L/yy-D-R

Rate (Gbit/s) 1.25 1.25

Tx wavelength (nm) 1xx1 1yy1

Rx wavelength (nm) 1260–1620 1260–1620

Tx optical power (dBm) -2.0 to 3.0 -2.0 to 3.0

Overload point (dBm) > -3.0 > -9.0

Extinction ratio (dB) > 9.0 > 10.0

Rx sensitivity (dBm) < -22.0 < -30.0

Transmission distance (km) 40 80


LC/PC Dual-fiber bidirectional

Laser DFB DFB

Receiver PIN APD

DDM Yes Yes

RoHS Yes Yes

Raisecom




2.5G CSFP optical modules

Table 25-5 Metrics of 2.5G CSFP optical modules

Model CSFP-48/S/xx-D-R CSFP-48/L/yy-D-R

Rate (Gbit/s) 2.5 2.5

Tx wavelength (nm) 1xx1 1yy1

Rx wavelength (nm) 1260–1620 1260–1620

Tx optical power (dBm) 0–5.0 0–5.0

Overload point (dBm) > -3.0 > -9.0

Extinction ratio (dB) > 8.2 > 8.2

Rx sensitivity (dBm) < -18.0 < -28.0

Transmission distance (km) 40 80



Laser DFB DFB

Receiver PIN APD

DDM Yes Yes

RoHS Yes Yes

Table 25-6 Mapping between CSFP model xx and Tx wavelength

xx 47 49 51 53 55 57 59 61

Tx wavelength (nm) 1471 1491 1511 1531 1551 1571 1591 1611

Table 25-7 Mapping between CSFP model yy and Tx wavelength

yy 27 29 31 33 35 37 39 41 43

Tx wavelength (nm) 1271 1291 1311 1331 1351 1371 1391 1411 1431

yy 45 47 49 51 53 55 57 59 61

Tx wavelength (nm) 1451 1471 1491 1511 1531 1551 1571 1591 1611

Raisecom




25.2.2 DSFP optical modules

2.5G DSFP optical modules

Table 25-8 Metrics of 2.5G DSFP optical modules

Model

Rate

(Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)

Extinctio

n ratio (dB)

Rx sensitivity

(dBm)

Transmission distance

(km)

Interface

Laser

Receiver

DDM

RoHS

DSF

P-

48/L/

21-D-R

2.5 1560.

61

1520

–1620

C

21

192.1 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

23-D-R

2.5 1558.

98

1520

–

1620

C

2

3

192.3 0–

5.0

> -

9.0 > 8.2 < -

28.

0

120 LC/P

C

Dual-

fiber

bidire

ction

al

D

F

B

A

P

D

Y

es

Y

es

DSF

P-

48/L/

25-

D-R

2.5 1557.

36

1520

–1620

C

25

192.5 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ction

al

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

27-

D-R

2.5 1555.

75

1520

–1620

C

27

192.7 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

Raisecom




Model

Rate

(Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)

Extinctio

n ratio (dB)

Rx sensitivity

(dBm)


(km)

Interface

Laser

Receiver

DDM

RoHS

DSF

P-

48/L/

29-

D-R

2.5 1554.

13

1520

–1620

C

29

192.9 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

31-D-R

2.5 1552.

52

1520

–1620

C

31

193.1 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

33-D-R

2.5 1550.

92

1520

–

1620

C

3

3

193.3 0–

5.0

> -

9.0 > 8.2 < -

28.

0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

F

B

A

P

D

Y

es

Y

es

DSF

P-

48/L/

35-D-R

2.5 1549.

32

1520

–1620

C

35

193.5 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ction

al

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

37-

D-R

2.5 1547.

72

1520

–1620

C

37

193.7 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

Raisecom




Model

Rate

(Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)

Extinctio

n ratio (dB)

Rx sensitivity

(dBm)


(km)

Interface

Laser

Receiver

DDM

RoHS

DSF

P-

48/L/

39-

D-R

2.5 1546.

12

1520

–1620

C

39

193.9 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

41-D-R

2.5 1544.

53

1520

–

1620

C

4

1

194.1 0–

5.0

> -

9.0 > 8.2 < -

28.

0

120 LC/P

C

Dual-

fiber

bidire

ction

al

D

F

B

A

P

D

Y

es

Y

es

DSF

P-

48/L/

43-

D-R

2.5 1542.

94

1520

–1620

C

43

194.3 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

45-

D-R

2.5 1541.

35

1520

–1620

C

45

194.5 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

47-D-R

2.5 1539.

77

1520

–1620

C

47

194.7 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

Raisecom




Model

Rate

(Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)

Extinctio

n ratio (dB)

Rx sensitivity

(dBm)


(km)

Interface

Laser

Receiver

DDM

RoHS

DSF

P-

48/L/

49-

D-R

2.5 1538.

19

1520

–1620

C

49

194.9 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

DSF

P-

48/L/

51-D-R

2.5 1536.

61

1520

–1620

C

51

195.1 0–

5.0

> -

9.0 > 8.2 < -

28.0

120 LC/P

C

Dual-

fiber

bidire

ctional

D

FB

A

PD

Y

es

Y

es

Raisecom




25.2.3 GSFP optical modules

Table 25-9 Parameters of GSFP optical modules

Model GSFP-PX20DM-R GSFP-PX20DM-

RI

GSFP-CLBDM-R GSFP-CLCDM-R

Rate (Gbit/s) Uplink: 1.244 Downlink: 1.244

Uplink: 1.244 Downlink: 1.244

Uplink: 1.244 Downlink:

2.488

Uplink: 1.244 Downlink: 2.488

Tx wavelength (nm) 1490 1490 1490 1490

Rx wavelength (nm) 1260–1360 1260–1360 1260–1360 1280–1360


2.5–7.0 2.5–7.0 1.5–5.0 3.0–7.0

Overload point (dBm)

> -6.0 > -6.0 > -8.0 > -12.0

Extinction ratio (dB) > 9.0 > 9.0 > 8.2 > 8.2

Rx sensitivity (dBm) < -30.0 < -30.0 < -28.0 < -30.0

Mode SM SM SM SM


20 20 20 60

Interface SC/PC Single-fiber

bidirectional

SC/PC Single-fiber

bidirectional

SC/PC Single-fiber

bidirectional

SC/PC Single-fiber

bidirectional

Laser DFB DFB DFB DFB

Receiver PIN DFB DFB DFB

DDM Yes Yes Yes Yes

RoHS Yes Yes Yes Yes

Raisecom




25.2.4 TSFP optical modules

FE TSFP optical modules

Table 25-10 Parameters of FE TSFP optical modules

Model TSFP-03/DS15-3

Rate (Mbit/s) 155

Tx wavelength (nm) 1550


Tx optical power (dBm) -14.0 to -8.0




Mode SM


Interface LC/PC Single-fiber bidirectional

Laser FP

Receiver PIN

DDM Yes

RoHS Yes

Raisecom




GE TSFP optical modules

Table 25-11 Parameters of GE TSFP optical modules

Model TSFP-Gb/DS14-3

Rate (Gbit/s) 1.25

Tx wavelength (nm) 1490


Tx optical power (dBm) -10.0 to -3.0




Mode SM


Interface LC/PC Single-fiber bidirectional

Laser DFB

Receiver PIN

DDM Yes

RoHS Yes

Raisecom




25.2.5 USFP optical modules

FF USFP optical modules

Table 25-12 Parameters of FE USFP optical modules

Model Rate

(Mbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Tx optical power

(dBm)

Overload

point

(dBm)

Extinction

ratio

(dB)

Rx sensitivity

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

03/M-D-R

155 131

0

1270

–1380

-

20.

0 to

-

10.0

> -

10.0

>

10.0

< -

29.0

M

M

2 LC/PC

Dual-

fiber

bidirectional

LE

D

PIN Yes Yes

USFP-

03/S1-D-R

155 131

0

1260

–1620

-

15.

0 to -8.0

> -

8.0 >

10.0

< -

34.0

SM 15 LC/PC

Dual-

fiber

bidirectional

FP PIN Yes Yes

USFP-

03/S2-D-

R

155 131

0

1260

–

1620

-5.0

to 0

> -

8.0 >

8.2

< -

34.

0

SM 40 LC/PC

Dual-

fiber

bidirectional

DF

B/F

P

PIN Yes Yes

USFP-

03/S3-D-R

155 155

0

1260

–1620

-5.0

to 0

> -

10.0

>

10.0

< -

34.0

SM 80 LC/PC

Dual-

fiber

bidirec

tional

DF

B

PIN Yes Yes

USFP-

03/SS13-D-R

155 131

0

1480

–1580

-

15.

0 to -8.0

> -

8.0 >

8.2

< -

28.0

SM 15 LC/PC

Single-

fiber

bidirectional

FP/

DFB

PIN Yes Yes

USFP-

03/SS15-

D-R

155 155

0

1260

–

1360

-

15.

0 to -8.0

> -

8.0 >

8.2

< -

28.

0

SM 15 LC/PC

Single-

fiber

bidirectional

FP/

DF

B

PIN Yes Yes

Raisecom




Model Rate

(Mbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Tx optical power

(dBm)

Overload

point

(dBm)

Extinction

ratio

(dB)

Rx sensitivity

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

03/SS23-

D-R

155 131

0

1500

–

1580

-5.0

to 0

> -

8.0 >

8.2

< -

32.

0

SM 40 LC/PC

Single-

fiber

bidirectional

FP/

DF

B

PIN Yes Yes

USFP-

03/SS25-D-R

155 155

0

1270

–1350

-5.0

to 0

> -

8.0 >

8.2

< -

32.0

SM 40 LC/PC

Single-

fiber

bidirec

tional

FP/

DFB

PIN Yes Yes

USFP-

03/SS34-D-R

155 149

0

1530

–1580

-3.0

to 2.0

> -

8.0 >

8.2

< -

32.0

SM 80 LC/PC

Single-

fiber

bidirectional

FP/

DFB

PIN Yes Yes

USFP-

03/SS35-D-R

155 155

0

1470

–1510

-3.0

to 2.0

> -

8.0 >

8.2

< -

32.0

SM 80 LC/PC

Single-

fiber

bidirec

tional

FP/

DFB

PIN Yes Yes

Raisecom




GE USFP optical modules

Table 25-13 Parameters of GE USFP optical modules

Model Rate

(Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Channel ID

Nominal central frequency (THz)

Tx optical power

(dBm)

Overload

point

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

Gb/M-D-R

1.25 850 830–

870

-9.5

to -3.0

> 0 >

9.0

< -

17.0

M

M

0.5

5

LC/PC

Dual-

fiber

bidirectional

VC

SEL

PIN Yes Yes

USFP-

Gb/S1-D-

R

1.25 131

0

1260

–

1620

-

10.

0 to -3.0

> -

3.0 >

9.0

< -

21.

0

SM 15 LC/PC

Dual-

fiber

bidirectional

FP PIN Yes Yes

USFP-

Gb/LH1-D-R

1.25 131

0

1260

–1620

-4.0

to 0

> -

3.0 >

9.0

< -

21.0

SM 40 LC/PC

Dual-

fiber

bidirec

tional

DF

B

PIN Yes Yes

USFP-

Gb/S2-D-R

1.25 155

0

1260

–1620

-3.0

to 2.0

> -

3.0 >

9.0

< -

21.0

SM 60 LC/PC

Dual-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

Gb/ZX-D-

R

1.25 155

0

1260

–

1620

-2.0

to

3.0

> -

3.0 >

9.0

< -

22.

0

SM 80 LC/PC

Dual-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

Gb/S3-D-R

1.25 155

0

1260

–1620

-3.0

to 2.0

> -

9.0 >

9.0

< -

30.0

SM 80 LC/PC

Dual-

fiber

bidirectional

DF

B

AP

D

Yes Yes

Raisecom




Model Rate

(Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Channel ID


Tx optical power

(dBm)

Overload

point

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

Gb/EX-D-R

1.25 155

0

1260

–1620

0–

5.0

> -

9.0 >

9.0

< -

30.0

SM 120 LC/PC

Dual-

fiber

bidirectional

DF

B

AP

D

Yes Yes

USFP-

Gb/SS13-

D-R

1.25 131

0

1500

–

1610

-

10.

0 to -3.0

> -

3.0 >

9.0

< -

21.

0

SM 15 LC/PC

Single-

fiber

bidirectional

FP/

DF

B

PIN Yes Yes

USFP-

Gb/SS15-D-R

1.25 155

0

1260

–1360

-

10.

0 to

-3.0

> -

3.0 >

9.0

< -

21.0

SM 15 LC/PC

Single-

fiber

bidirec

tional

FP/

DFB

PIN Yes Yes

USFP-

Gb/SS13-4

1.25 131

0

1480

–1500

-

10.

0 to -3.0

> -

3.0 >

9.0

< -

21.0

SM 15 LC/PC

Single-

fiber

bidirectional

FP/

DFB

PIN Yes Yes

USFP-

Gb/SS14-

3

1.25 149

0

1260

–

1360

-

10.

0 to -3.0

> -

3.0 >

9.0

< -

21.

0

SM 15 LC/PC

Single-

fiber

bidirectional

FP/

DF

B

PIN Yes Yes

USFP-

Gb/SS24-D-R

1.25 149

0

1530

–1580

-3.0

to 2.0

> -

3.0 >

9.0

< -

21.0

SM 40 LC/PC

Single-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

Gb/SS25-D-R

1.25 155

0

1450

–1530

-3.0

to 2.0

> -

3.0 >

9.0

< -

21.0

SM 40 LC/PC

Single-

fiber

bidirectional

DF

B

PIN Yes Yes

Raisecom




Model Rate

(Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Channel ID


Tx optical power

(dBm)

Overload

point

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

Gb/SS34-D-R

1.25 149

0

1530

–1580

-2.0

to 3.0

> -

9.0 >

9.0

< -

30.0

SM 80 LC/PC

Single-

fiber

bidirectional

DF

B

AP

D

Yes Yes

USFP-

Gb/SS35-

D-R

1.25 155

0

1450

–

1510

-2.0

to

3.0

> -

9.0 >

9.0

< -

30.

0

SM 80 LC/PC

Single-

fiber

bidirectional

DF

B

AP

D

Yes Yes

2.5G USFP optical modules

Table 25-14 Parameters of 2.5G USFP optical modules

Model Rate

(Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Channel ID


Tx optical power

(dBm)

Overload

point

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

48/M-D-R

2.5 850 830–

870

-9.5

to -3.0

> 0 >

8.2

< -

17.0

M

M

0.3 LC/PC

Dual-

fiber

bidirectional

VC

SEL

PIN Yes Yes

Raisecom




Model Rate

(Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Channel ID


Tx optical power

(dBm)

Overload

point

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

48/S1-D-R

2.5 131

0

1260

–1610

-5.0

to 0

> -

3.0 >

8.2

< -

18.0

SM 15 LC/PC

Dual-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

48/S2-D-

R

2.5 155

0

1260

–

1610

-2.0

to

3.0

> -

3.0 >

8.2

< -

18.

0

SM 40 LC/PC

Dual-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

48/S3-D-R

2.5 155

0

1260

–1610

-2.0

to 3.0

> -

9.0 >

8.2

< -

28.0

SM 80 LC/PC

Dual-

fiber

bidirec

tional

DF

B

AP

D

Yes Yes

USFP-

48/SS13-D-R

2.5 131

0

1480

–1580

-5.0

to 0

> -

3.0 >

8.2

< -

18.0

SM 15 LC/PC

Single-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

48/SS15-

D-R

2.5 155

0

1260

–

1360

-5.0

to 0

> -

3.0 >

8.2

< -

18.

0

SM 15 LC/PC

Single-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

48/SS24-D-R

2.5 149

0

1530

–1580

-2.0

to 3.0

> -

3.0 >

8.2

< -

18.0

SM 40 LC/PC

Single-

fiber

bidirectional

DF

B

PIN Yes Yes

USFP-

48/SS25-D-R

2.5 155

0

1470

–1510

-2.0

to 3.0

> -

3.0 >

8.2

< -

18.0

SM 40 LC/PC

Single-

fiber

bidirectional

DF

B

PIN Yes Yes

Raisecom




Model Rate

(Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm

)

Channel ID


Tx optical power

(dBm)

Overload

point

(dBm)

Mode


Interface

Laser

Receiver

DDM

RoHS

USFP-

48/SS34-D-R

2.5 149

0

1530

–1570

0–

5.0

> -

9.0 >

8.2

< -

26.0

SM 80 LC/PC

Single-

fiber

bidirectional

DF

B

AP

D

Yes Yes

USFP-

48/SS35-

D-R

2.5 155

0

1470

–

1510

0–

5.0

> -

9.0 >

8.2

< -

26.

0

SM 80 LC/PC

Single-

fiber

bidirectional

DF

B

AP

D

Yes Yes

25.2.6 USFP electrical module

FE USFP electrical module

Table 25-15 Parameters of FE USFP electrical module

Model Rate (Mbit/s)


Remark

USFP-FE/AN-R 125 100 10/100BASE-T Auto-negotiation is enabled. SerDes interface Compliant with RoHS

GE USFP electrical modules

Table 25-16 Parameters of GE USFP electrical module

Model Rate (Gbit/s)


Remark

USFP-GE-R 1.25 100 1000BASE-T Auto-negotiation is disabled. SerDes interface Compliant with RoHS

Raisecom




Model Rate (Gbit/s)


Remark

USFP-GE/AN-R 1.25 100 10/100/1000BASE-T Auto-negotiation is enabled. SGMII interface Compliant with RoHS

25.2.7 USFP+ optical module

10G USFP+ optical module

Table 25-17 Parameters of 10G USFP+ optical module

Model USFP+-192/M USFP+-192/S1

Rate (Mbit/s) 10 10

Tx wavelength (nm) 850 1310

Rx wavelength (nm) 840–860 1260–1600

Tx optical power (dBm) -8.2 to 1.0 -8.2 to 1.0

Overload point (dBm) > 4.5 > 4.5

Extinction ratio (dB) < -11.1 < -14.4

Rx sensitivity (dBm) MM SM

Mode SM

Transmission distance (km) 0.3 10



Laser VCSEL DFB

Receiver PIN PIN

DDM Yes Yes

RoHS Yes Yes

Raisecom




25.3 Parameters of XFP optical modules

25.3.1 CXFP optical modules

10 Gbit/s 40-km

Table 25-18 Parameters of CXFP-192/S/xx optical modules (10 Gbit/s 40-km)

Model

Rate (Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm)

Tx optical

power

(dBm)

Overload

point (dB

m)

Extinction ratio (dB)

Rx sensitivity

(dBm)

Rx sensitivity

(800ps/nm)

(dBm)

Transmission

distanc

e (km

)

Interface

Laser Receiver

DDM

RoHS

remark

CXFP

-

192/S/

47

10 14

71

145

0–

162

0

-1.0

to 3.0

>

0.5 >

9.0

< -

15.0

< -

13.8

40 LC/PC

Dual-

fiber

bidirec

tional

CWD

M

wavel

ength EML

P

IN

Y

es

Y

es

–

CXFP

-

192/S/49

10 14

91

145

0–

1620

-1.0

to 3.0

>

0.5 >

9.0

< -

15.0

< -

13.8

40 LC/PC

Dual-

fiber

bidirectional

CWD

M

wavel

ength

EML

P

IN

Y

es

Y

es

–

CXFP

-

192/S/51

10 15

11

145

0–

1620

-1.0

to

3.0

>

0.5 >

9.0

< -

15.

0

< -

13.8

40 LC/PC

Dual-

fiber

bidirectional

CWD

M

wavel

ength EML

P

I

N

Y

e

s

Y

e

s

Reco

mmen

ded

model

for 4-

wavel

ength

syste

m

CXFP

-

192/S/53

10 15

31

145

0–

1620

-1.0

to

3.0

>

0.5 >

9.0

< -

15.

0

< -

13.8

40 LC/PC

Dual-

fiber

bidirec

tional

CWD

M

wavel

ength EML

P

I

N

Y

e

s

Y

e

s

CXFP

-

192/S/

55

10 15

51

145

0–

162

0

-1.0

to 3.0

>

0.5 >

9.0

< -

15.0

< -

13.8

40 LC/PC

Dual-

fiber

bidirec

tional

CWD

M

wavel

ength EML

P

IN

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm)

Tx optical

power

(dBm)

Overload

point (dB

m)


Rx sensitivity

(dBm)

Rx sensitivity

(800ps/nm)

(dBm)

Transmission

distanc

e (km

)

Interface

Laser Receiver

DDM

RoHS

remark

CXFP

-

192/S/57

10 15

71

145

0–

1620

-1.0

to 3.0

>

0.5 >

9.0

< -

15.0

< -

13.8

40 LC/PC

Dual-

fiber

bidirectional

CWD

M

wavel

ength

EML

P

IN

Y

es

Y

es

CXFP

-

192/S/59

10 15

91

145

0–

1620

-1.0

to 3.0

>

0.5 >

9.0

< -

15.0

< -

13.8

40 LC/PC

Dual-

fiber

bidirectional

CWD

M

wavel

ength EML

P

IN

Y

es

Y

es

–

CXFP

-

192/S/61

10 16

11

145

0–

1620

-1.0

to

3.0

>

0.5 >

9.0

< -

15.

0

< -

13.8

40 LC/PC

Dual-

fiber

bidirectional

CWD

M

wavel

ength EML

P

I

N

Y

e

s

Y

e

s

–

10 Gbit/s 80-km/70-km

Table 25-19 Parameters of CXFP-192/L/xx optical modules (10 Gbit/s 80-km/70-km)

Model

Rate (Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm)

Tx optical power

(dBm)

Overload point

(dBm)

Extinction

ratio

(dB)

Rx sensitivity

(dBm)

Rx sensitivity

(1600 ps/nm)

(dBm)

Trans

mission

distanc

e (km

)

Interface

Laser

Receiver

DDM

RoHS

Remark

CXFP

-

192/L/47

10 14

71

145

0–

1620

-1.0

to

4.0

> -

7.0 >

9.0

< -

24.

0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

CWD

M

wave

lengt

h EML

A

P

D

Y

es

Y

es

–

Raisecom




Model

Rate (Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm)

Tx optical power

(dBm)

Overload point

(dBm)

Extinction

ratio

(dB)

Rx sensitivity

(dBm)

Rx sensitivity

(1600 ps/nm)

(dBm)

Trans

mission

distanc

e (km

)

Interface

Laser

Receiver

DDM

RoHS

Remark

CXFP

-

192/L/49

10 14

91

145

0–

1620

-1.0

to 4.0

> -

7.0 >

9.0

< -

24.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

CWD

M

wave

lengt

h

EML

A

PD

Y

es

Y

es

–

CXFP

-

192/L

/51

10 15

11

145

0–

162

0

-1.0

to 4.0

> -

7.0 >

9.0

< -

24.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

CWD

M

wave

lengt

h EML

A

PD

Y

es

Y

es

Reco

mmen

ded

model

for 4-

wavel

ength

systems CXFP

-

192/L/53

10 15

31

145

0–

1620

-1.0

to

4.0

> -

7.0 >

9.0

< -

24.

0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

CWD

M

wave

lengt

h

EML

A

P

D

Y

es

Y

es

CXFP

-

192/L/55

10 15

51

145

0–

1620

-1.0

to 4.0

> -

7.0 >

9.0

< -

24.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

CWD

M

wave

lengt

h EML

A

PD

Y

es

Y

es

CXFP

-

192/L

/57

10 15

71

145

0–

162

0

-1.0

to 4.0

> -

7.0 >

9.0

< -

24.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

CWD

M

wave

lengt

h EML

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength (nm)

Rx wavelength (nm)

Tx optical power

(dBm)

Overload point

(dBm)

Extinction

ratio

(dB)

Rx sensitivity

(dBm)

Rx sensitivity

(1600 ps/nm)

(dBm)

Trans

mission

distanc

e (km

)

Interface

Laser

Receiver

DDM

RoHS

Remark

CXFP

-

192/L/59

10 15

91

145

0–

1620

-1.0

to 4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

70 LC/P

C

Dual-

fiber

bidire

ction

al

CWD

M

wave

lengt

h

EML

A

PD

Y

es

Y

es

Not

recom

mend

ed

model

for

syste

ms

under

8-

wavel

ength

CXFP

-

192/L

/61

10 16

11

145

0–

162

0

-1.0

to 4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

70 LC/P

C

Dual-

fiber

bidire

ctional

CWD

M

wave

lengt

h EML

A

PD

Y

es

Y

es

Raisecom




25.3.2 DXFP optical modules

10 Gbit/s 40-km

Table 25-20 Parameters of DXFP-192/S/xx optical modules (10 Gbit/s 40-km)

Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/S/21

10 1560.

61

126

0–

1600

C2

1

192.1 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

D

W

D

M

w

av

el

en

gt

h

E

M

L

PI

N

Y

es

Y

e

s

DXF

P-

192/S/22

10 1559.

79

126

0–

1600

C2

2

192.2 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/23

10 1558.

98

126

0–

160

0

C2

3

192.3 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/24

10 1558.

17

126

0–

1600

C2

4

192.4 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/25

10 1557.

36

126

0–

160

0

C2

5

192.5 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/26

10 1556.

55

126

0–

1600

C2

6

192.6 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

DXF

P-

192/S/27

10 1555.

75

126

0–

1600

C2

7

192.7 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/28

10 1554.

94

126

0–

160

0

C2

8

192.8 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/29

10 1554.13

126

0–

1600

C29

192.9 -1.0

to

3.0

> -1.0

>

8.

2

< -

15.

8

< -13.8

40 LC/PC

Dual-

fiber

bidire

ction

al

PIN

Yes

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/30

10 1553.

33

126

0–

160

0

C3

0

193.0 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/31

10 1552.

52

126

0–

1600

C3

1

193.1 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

DXF

P-

192/S/32

10 1551.

72

126

0–

1600

C3

2

193.2 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/33

10 1550.

92

126

0–

160

0

C3

3

193.3 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/34

10 1550.12

126

0–

1600

C34

193.4 -1.0

to

3.0

> -1.0

>

8.

2

< -

15.

8

< -13.8

40 LC/PC

Dual-

fiber

bidire

ction

al

PIN

Yes

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/35

10 1549.

32

126

0–

160

0

C3

5

193.5 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/36

10 1548.

51

126

0–

1600

C3

6

193.6 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

DXF

P-

192/S/37

10 1547.

72

126

0–

1600

C3

7

193.7 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/38

10 1546.

92

126

0–

160

0

C3

8

193.8 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/39

10 1546.12

126

0–

1600

C39

193.9 -1.0

to

3.0

> -1.0

>

8.

2

< -

15.

8

< -13.8

40 LC/PC

Dual-

fiber

bidire

ction

al

PIN

Yes

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/40

10 1545.

32

126

0–

160

0

C4

0

194.0 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/41

10 1544.

53

126

0–

1600

C4

1

194.1 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

DXF

P-

192/S/42

10 1543.

73

126

0–

1600

C4

2

194.2 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/43

10 1542.

94

126

0–

160

0

C4

3

194.3 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/44

10 1542.14

126

0–

1600

C44

194.4 -1.0

to

3.0

> -1.0

>

8.

2

< -

15.

8

< -13.8

40 LC/PC

Dual-

fiber

bidire

ction

al

PIN

Yes

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/45

10 1541.

35

126

0–

160

0

C4

5

194.5 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/46

10 1540.

56

126

0–

1600

C4

6

194.6 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

DXF

P-

192/S/47

10 1539.

77

126

0–

1600

C4

7

194.7 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/48

10 1538.

98

126

0–

160

0

C4

8

194.8 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/49

10 1538.19

126

0–

1600

C49

194.9 -1.0

to

3.0

> -1.0

>

8.

2

< -

15.

8

< -13.8

40 LC/PC

Dual-

fiber

bidire

ction

al

PIN

Yes

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/50

10 1537.

40

126

0–

160

0

C5

0

195.0 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/51

10 1536.

61

126

0–

1600

C5

1

195.1 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

DXF

P-

192/S/52

10 1535.

82

126

0–

1600

C5

2

195.2 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/53

10 1535.

04

126

0–

160

0

C5

3

195.3 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/54

10 1534.25

126

0–

1600

C54

195.4 -1.0

to

3.0

> -1.0

>

8.

2

< -

15.

8

< -13.8

40 LC/PC

Dual-

fiber

bidire

ction

al

PIN

Yes

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/55

10 1533.

47

126

0–

160

0

C5

5

195.5 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/56

10 1532.

68

126

0–

1600

C5

6

195.6 -1.0

to

3.0

> -

1.0 >

8.

2

< -

15.

8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ction

al

PI

N

Y

es

Y

e

s

DXF

P-

192/S/57

10 1531.

90

126

0–

1600

C5

7

195.7 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/

S/58

10 1531.

12

126

0–

160

0

C5

8

195.8 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

DXF

P-

192/S/59

10 1530.33

126

0–

1600

C59

195.9 -1.0

to

3.0

> -1.0

>

8.

2

< -

15.

8

< -13.8

40 LC/PC

Dual-

fiber

bidire

ction

al

PIN

Yes

Y

e

s

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central

frequency

(THz)

Tx optical power

(dBm)

Overload point

(dBm)


Rx sensitivity

(dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (km)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/

S/60

10 1529.

55

126

0–

160

0

C6

0

196.0 -1.0

to 3.0

> -

1.0 >

8.2

< -

15.8

< -

13.8

40 LC/P

C

Dual-

fiber

bidire

ctional

PI

N

Y

es

Y

es

10 Gbit/s 80-km

Table 25-21 Parameters of DXFP-192/L/xx optical modules (10 Gbit/s 80-km)

Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal

central frequency (THz)

Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/21

10 1560.

61

126

0–

1600

C2

1

192.

1

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

D

W

D

M

w

av

el

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/22

10 1559.

79

126

0–

1600

C2

2

192.

2

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

en

gt

h

E

ML

A

PD

Y

es

Y

es

DXF

P-

192/

L/23

10 1558.

98

126

0–

160

0

C2

3

192.

3

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/24

10 1558.

17

126

0–

1600

C2

4

192.

4

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/25

10 1557.

36

126

0–

1600

C2

5

192.

5

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/

L/26

10 1556.

55

126

0–

160

0

C2

6

192.

6

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/27

10 1555.

75

126

0–

1600

C2

7

192.

7

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

A

PD

Y

es

Y

es

DXF

P-

192/

L/28

10 1554.

94

126

0–

160

0

C2

8

192.

8

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/29

10 1554.

13

126

0–

1600

C2

9

192.

9

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/30

10 1553.

33

126

0–

1600

C3

0

193.

0

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/

L/31

10 1552.

52

126

0–

160

0

C3

1

193.

1

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/32

10 1551.

72

126

0–

1600

C3

2

193.

2

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

A

PD

Y

es

Y

es

DXF

P-

192/

L/33

10 1550.

92

126

0–

160

0

C3

3

193.

3

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/34

10 1550.

12

126

0–

1600

C3

4

193.

4

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/35

10 1549.

32

126

0–

1600

C3

5

193.

5

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/

L/36

10 1548.

51

126

0–

160

0

C3

6

193.

6

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/37

10 1547.

72

126

0–

1600

C3

7

193.

7

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

A

PD

Y

es

Y

es

DXF

P-

192/

L/38

10 1546.

92

126

0–

160

0

C3

8

193.

8

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/39

10 1546.

12

126

0–

1600

C3

9

193.

9

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/40

10 1545.

32

126

0–

1600

C4

0

194.

0

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/

L/41

10 1544.

53

126

0–

160

0

C4

1

194.

1

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/42

10 1543.

73

126

0–

1600

C4

2

194.

2

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

A

PD

Y

es

Y

es

DXF

P-

192/

L/43

10 1542.

94

126

0–

160

0

C4

3

194.

3

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/44

10 1542.

14

126

0–

1600

C4

4

194.

4

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/45

10 1541.

35

126

0–

1600

C4

5

194.

5

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/

L/46

10 1540.

56

126

0–

160

0

C4

6

194.

6

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/47

10 1539.

77

126

0–

1600

C4

7

194.

7

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

A

PD

Y

es

Y

es

DXF

P-

192/

L/48

10 1538.

98

126

0–

160

0

C4

8

194.

8

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/49

10 1538.

19

126

0–

1600

C4

9

194.

9

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/50

10 1537.

40

126

0–

1600

C5

0

195.

0

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/

L/51

10 1536.

61

126

0–

160

0

C5

1

195.

1

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

Raisecom




Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/52

10 1535.

82

126

0–

1600

C5

2

195.

2

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

A

PD

Y

es

Y

es

DXF

P-

192/

L/53

10 1535.

04

126

0–

160

0

C5

3

195.

3

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/54

10 1534.

25

126

0–

1600

C5

4

195.

4

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/55

10 1533.

47

126

0–

1600

C5

5

195.

5

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/

L/56

10 1532.

68

126

0–

160

0

C5

6

195.

6

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

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Model

Rate (Gbit/s)

Tx wavelength

(nm)

Rx wavelength

(nm)

Channel ID

Nominal


Tx optical power

(dB

m)

Overload

point (dB

m)

Extinction

ratio (dB)

Rx sensitivit

y (dBm)

Rx sensitivit

y

(800ps/nm)

(dBm)

Trans

mission

distance (KM)

Interface

Laser

Receiver

DDM

RoHS

DXF

P-

192/L/57

10 1531.

90

126

0–

1600

C5

7

195.

7

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ction

al

A

PD

Y

es

Y

es

DXF

P-

192/

L/58

10 1531.

12

126

0–

160

0

C5

8

195.

8

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

DXF

P-

192/L/59

10 1530.

33

126

0–

1600

C5

9

195.

9

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

P

D

Y

es

Y

e

s

DXF

P-

192/L/60

10 1529.

55

126

0–

1600

C6

0

196.

0

0–

4.0

> -

7.0 >

9.0

< -

23.0

< -

21.0

80 LC/P

C

Dual-

fiber

bidire

ctional

A

PD

Y

es

Y

es

Raisecom




25.3.3 UXFP optical modules

10G UXFP optical modules

Table 25-22 Parameters of 10G UXFP modules

Model UXFP-192/M UXFP-192/S1 UXFP-192/S2 UXFP-192/S3

Rate (Gbit/s) 10 10 10 10

Tx wavelength (nm) 850 1310 1550 1550

Rx wavelength (nm) 840–860 1200–1600 1200–1600 1200–1600

Tx optical power (dBm) -7.3 to -1.0 -6.0 to -1.0 -1.0 to 2.0 0–4.0

Overload point (dBm) > -1.0 > 0.5 > -1 > -9

Extinction ratio (dB) > 3.0 > 6.0 > 8.2 > 9.0

Rx sensitivity (dBm) < -9.9 < -14.4 < -15.8 < -24.0

Rx sensitivity (800ps/nm) (dBm) – – < -13.8 –

Rx sensitivity (1600ps/nm) (dBm) – – – < -22.0

Mode MM SM SM SM

Transmission distance (km) 0.3 10 40 80

Interface SC/PC Dual-fiber

bidirectional

SC/PC Dual-fiber

bidirectional

SC/PC Dual-fiber

bidirectional

SC/PC Dual-fiber

bidirectional

Laser VCSEL DFB EML EML

Receiver PIN PIN PIN APD

DDM Yes Yes Yes Yes

RoHS Yes Yes Yes Yes

25.4 Wiring When you order the device, we recommend ordering corresponding cables together. When

you need to make cables by yourself due to cable faults, follow this section.

25.4.1 CBL-E1-SCSI100M(40)/16RJ45

Figure SCSI100M PIN Signal RJ45 PIN Description

SCSI100M 100 - 2 RX1

99 + 1

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98 Idle

97 - 2 RX2

96 + 1

95 - 2 RX3

94 + 1

93 Idle

92 - 2 RX4

91 + 1

90 - 2 RX5

89 + 1

88 Idle

87 - 2 RX6

86 - 1

85 - 2 RX7

84 + 1

83 Idle

82 - 2 RX8

81 + 1

80 - 2 RX9

79 + 1

78 Idle

77 - 2 RX10

76 + 1

75 - 2 RX11

74 + 1

73 Idle

72 - 2 RX12

71 + 1

70 - 2 RX13

69 + 1

68 Idle

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67 - 2 RX14

66 + 1

65 - 2 RX15

64 + 1

63 Idle

62 - 2 RX16

61 + 1

60–51 Idle

50 - 5 TX1

49 + 4

48 Idle

47 - 5 TX2

46 + 4

45 - 5 TX3

44 + 4

43 Idle

42 - 5 TX4

41 + 4

40 - 5 TX5

39 + 4

38 Idle

37 - 5 TX6

36 + 4

35 - 5 TX7

34 + 4

33 Idle

32 - 5 TX8

31 + 4

30 - 5 TX9

29 + 4

28 Idle

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27 - 5 TX10

26 + 4

25 - 5 TX11

24 + 4

23 Idle

22 - 5 TX12

21 + 4

20 - 5 TX13

19 + 4

18 Idle

17 - 5 TX14

16 + 4

15 - 5 TX15

14 + 4

13 Idle

12 - 5 TX16

11 + 4

1–10 Idle

It is connected to the core of coaxial cables if marked plus (+); namely, the PIN is

welded with the core of the coaxial cable. It is connected to the shielding layer of coaxial cables if marked hyphen (-);

namely, the PIN is welded with the shielding layer of the coaxial cable. Each group of TX and RX provides 1 way of services. For example, TX1 and RX1

provide 1 way of services.

25.4.2 CBL-E1-SCSI100M(40)/32NC


SCSI100M 100 - 2 RX1

99 + 1

98 Ground

97 - 2 RX2

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96 + 1

95 - 2 RX3

94 + 1

93 Ground

92 - 2 RX4

91 + 1

90 - 2 RX5

89 + 1

88 Ground

87 - 2 RX6

86 + 1

85 - 2 RX7

84 + 1

83 Ground

82 - 2 RX8

81 + 1

80 - 2 RX9

79 + 1

78 Ground

77 - 2 RX10

76 + 1

75 - 2 RX11

74 + 1

73 Ground

72 - 2 RX12

71 + 1

70 - 2 RX13

69 + 1

68 Ground

67 - 2 RX14

66 + 1

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65 - 2 RX15

64 + 1

63 Ground

62 - 2 RX16

61 + 1

60–51 Ground

50 - 5 TX1

49 + 4

48 Ground

47 - 5 TX2

46 + 4

45 - 5 TX3

44 + 4

43 Ground

42 - 5 TX4

41 + 4

40 - 5 TX5

39 + 4

38 Ground

37 - 5 TX6

36 + 4

35 - 5 TX7

34 + 4

33 Ground

32 - 5 TX8

31 + 4

30 - 5 TX9

29 + 4

28 Ground

27 - 5 TX10

26 + 4

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25 - 5 TX11

24 + 4

23 Ground

22 - 5 TX12

21 + 4

20 - 5 TX13

19 + 4

18 Ground

17 - 5 TX14

16 + 4

15 - 5 TX15

14 + 4

13 Ground

12 - 5 TX16

11 + 4

1–10 Ground




provide 1 way of services. The PIN marked with "Ground" in the table indicates that the PIN is welded with

the outer braided shielding layer of the coaxial cable.

25.4.3 CBL-E1-SCSI100M(40)/32BNCF(M)


SCSI100M 100 - 2 RX1

99 + 1

98 Ground

97 - 2 RX2

96 + 1

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95 - 2 RX3

94 + 1

93 Ground

92 - 2 RX4

91 + 1

90 - 2 RX5

89 + 1

88 Ground

87 - 2 RX6

86 + 1

85 - 2 RX7

84 + 1

83 Ground

82 - 2 RX8

81 + 1

80 - 2 RX9

79 + 1

78 Ground

77 - 2 RX10

76 + 1

75 - 2 RX11

74 + 1

73 Ground

72 - 2 RX12

71 + 1

70 - 2 RX13

69 + 1

68 Ground

67 - 2 RX14

66 + 1

65 - 2 RX15

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64 + 1

63 Ground

62 - 2 RX16

61 + 1

60–51 Ground

50 - 5 TX1

49 + 4

48 Ground

47 - 5 TX2

46 + 4

45 - 5 TX3

44 + 4

43 Ground

42 - 5 TX4

41 + 4

40 - 5 TX5

39 + 4

38 Ground

37 - 5 TX6

36 + 4

35 - 5 TX7

34 + 4

33 Ground

32 - 5 TX8

31 + 4

30 - 5 TX9

29 + 4

28 Ground

27 - 5 TX10

26 + 4

25 - 5 TX11

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24 + 4

23 Ground

22 - 5 TX12

21 + 4

20 - 5 TX13

19 + 4

18 Ground

17 - 5 TX14

16 + 4

15 - 5 TX15

14 + 4

13 Ground

12 - 5 TX16

11 + 4

1–10 Ground




provide 1 way of services. The PIN marked with "Ground" in the table indicates that the PIN is welded with

the outer braided shielding layer of the coaxial cable.

25.4.4 CBL-E1-DB37F/16BNCF

Figure PIN Signal Definition Chanel

DB37F 3 OUT1- TX1

Channel 1 4 OUT1+

21 IN1+ RX1

22 IN1-

5 OUT2- TX2 Channel 2

6 OUT2+

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Figure PIN Signal Definition Chanel

23 IN2+ RX2

24 IN2-

7 OUT3- TX3

Channel 3 8 OUT3+

25 IN3+ RX3

26 IN3-

9 OUT4- TX4

Channel 4 10 OUT4+

27 IN4+ RX4

28 IN4-

11 OUT5- TX5

Channel 5 12 OUT5+

29 IN5+ RX5

30 IN5-

13 OUT6- TX6

Channel 6 14 OUT6+

31 IN6+ RX6

32 IN6-

15 OUT7- TX7

Channel 7 16 OUT7+

33 IN7+ RX7

34 IN7-

17 OUT8- TX8

Channel 8 18 OUT8+

35 IN8+ RX8

36 IN8-



namely, the PIN is welded with the shielding layer of the coaxial cable.

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The wiring is also applicable to the CBL-E1-DB37F/16BNCM.

25.4.5 CBL-E1-DB37F/8RJ45

Figure DB37F PIN RJ45 PIN Signal Definition Channel

DB37F

RJ45

3 5 OUT1- TX1

Channel 1 4 4 OUT1+

21 2 IN1+ RX1

22 1 IN1-

5 5 OUT2- TX2

Channel 2 6 4 OUT2+

23 2 IN2+ RX2

24 1 IN2-

7 5 OUT3- TX3

Channel 3 8 4 OUT3+

25 2 IN3+ RX3

26 1 IN3-

9 5 OUT4- TX4

Channel 4 10 4 OUT4+

27 2 IN4+ RX4

28 1 IN4-

11 5 OUT5- TX5


29 2 IN5+ RX5

30 1 IN5-

13 5 OUT6- TX6


31 2 IN6+ RX6

32 1 IN6-

15 5 OUT7- TX7


33 2 IN7+ RX7

34 1 IN7-

17 5 OUT8- TX8 Channel 8

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Figure DB37F PIN RJ45 PIN Signal Definition Channel

18 4 OUT8+

35 2 IN8+ RX8

36 1 IN8-

RJ45 PIN 5 and PIN 4 are in twisted pair mode. RJ45 PIN 2 and PIN 1 are in twisted pair mode.

25.4.6 CBL-E1-DB9M/4BNCF

Figure PIN Signal Definition Channel

DB9M

1 IN1+ RX1

Channel 1 6 IN1-

2 OUT1+ TX1

7 OUT1-

3 IN2+ RX2

Channel 2 8 IN2-

4 OUT2+ TX2

9 OUT2-



namely, the PIN is welded with the shielding layer of the coaxial cable. The wiring is also applicable to the CBL-E1-DB9M/4BNCM.

25.4.7 CBL-E1-DB9M/2RJ45

Figure DB9M PIN RJ45 PIN Signal Definition Channel

DB9M 7 5 OUT1- TX1

Channel 1 2 4 OUT1+

1 2 IN1+ RX1

6 1 IN1-

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Figure DB9M PIN RJ45 PIN Signal Definition Channel

RJ45

9 5 OUT2- TX2

Channel 2

4 4 OUT2+

3 2 IN2+

RX2

8 1 IN2-

RJ45 PIN 5 and PIN 4 are in twisted pair mode. RJ45 PIN 2 and PIN 1 are in twisted pair mode.

25.4.8 CBL-VOICE-SCSI50M(40)/NC

Figure PIN Cable color E&M Channel

Description

SCSI50M

1 White background

with blue loop

Channel 1

Audio RX A in 4-wire mode Idle in 2-wire mode

2 Blue background

with white loop

Audio RX B in 4-wire mode Idle in 2-wire mode

26 White background

with orange loop

Audio TX A in 4-wire mode Audio TX/RX A in 2-wire mode

27 Orange background

with white loop

Audio TX B in 4-wire mode Audio TX/RX B in 2-wire mode

3 White background

with green loop

M signaling cable

4 Green background

with white loop

E signaling cable

28 White background

with brown loop

Channel 2


29 Brown background

with white loop


5 White background

with grey loop


6 Grey background with white loop


Raisecom





Description

30 Red background

with blue loop

M signaling cable

31 Blue background

with red loop

E signaling cable

7 Red background

with orange loop

Channel 3


8 Orange background

with red loop


32 Red background

with green loop


33 Green background

with red loop


9 Red background

with brown loop

M signaling cable

10 Brown background

with red loop

E signaling cable

34 Red background

with grey loop

Channel 4


35 Grey background

with red loop


11 Black background

with blue loop


12 Blue background

with black loop


36 Black background

with orange loop

M signaling cable


with black loop

E signaling cable

13 Black background

with green loop

Channel 5


14 Green background

with black loop


38 Black background

with brown loop


39 Brown background

with black loop


15 Black background

with grey loop

M signaling cable

Raisecom





Description

16 Grey background

with black loop

E signaling cable

40 Yellow background

with blue loop

Channel 6


41 Blue background

with yellow loop



with orange loop



with yellow loop



with green loop

M signaling cable

43 Green background

with yellow loop

E signaling cable


with brown loop

Channel 7


20 Brown background

with yellow loop



with grey loop


45 Grey background

with yellow loop


21 Purple background

with blue loop

M signaling cable

22 Blue background

with purple loop

E signaling cable


with orange loop

Channel 8



with purple loop



with green loop


24 Green background

with purple loop



with brown loop

M signaling cable

49 Brown background

with purple loop

E signaling cable

Raisecom





Description


with grey loop – Idle

50 Grey background

with purple loop – Idle

The cable supports up to 8 E&M channels.

25.4.9 CBL-EM-HDB26M/NC


Description

HDB26M

7 White background

with blue loop

Channel 1


17 Blue background

with white loop


8 White background

with orange loop



with white loop


25 White background

with green loop

M signaling cable

26 Green background

with white loop

E signaling cable

5 White background

with brown loop

Channel 2


15 Brown background

with white loop


6 White background

with grey loop


16 Grey background

with white loop


23 Red background

with blue loop

M signaling cable

24 Blue background

with red loop

E signaling cable

3 Red background with orange loop

Channel 3 Audio RX A in 4-wire mode Idle in 2-wire mode

Raisecom





Description


with red loop


4 Red background

with green loop


14 Green background

with red loop


21 Red background

with brown loop

M signaling cable

22 Brown background

with red loop

E signaling cable

1 Red background

with grey loop

Channel 4


11 Grey background

with red loop


2 Black background

with blue loop


12 Blue background

with black loop


19 Black background

with orange loop

M signaling cable


with black loop

E signaling cable

9 Black background

with green loop

- Idle

10 Green background

with black loop

- Idle

25.4.10 CBL-V35-HDB26M/2M34F

Figure HDB26 PIN

M34 PIN

(Channel 1)

Definition

(Channel 1)

M34 PIN

(Channel 2)

Definition

(Channel 2)

HDB26M 1 A PGND – –

2 P TD (A) – –

3 R RD (A) – –

4 – – – –

5 – – R RD (A)

Raisecom




Figure HDB26 PIN

M34 PIN

(Channel 1)

Definition

(Channel 1)

M34 PIN

(Channel 2)

Definition

(Channel 2)

M34F

6 – – T RD (B)

7 B GND – –

8 – – V RCP (A)

9 – – X RCP (B)

10 – – P TD (A)

11 S TD (B) – –

12 – – U SCTE (A)

13 – – W SCTE (B)

14 – – Y TCP (A)

15 Y TCP (A) – –

16 W SCTE (B) – –

17 V RCP (A) – –

18 – – A PGND

19 – – S TD (B)

20 – – – –

21 T RD (B) – –

22 – – AA TCP (B)

23 AA TCP (B) – –

24 U SCTE (A) – –

25 X RCP (B) – –

26 – – B GND

The M34 PIN complies with ISO 2593 standard. The cable belongs to the V.35 service cable which does not support hot swapping. The wiring is also applicable to the CBL-V35-HDB26M/2M34M.

25.4.11 CBL-V24-HDB26M/4DB25F

Figure HDB26M PIN

DB25F PIN Definition Channel

HDB26M Connected to the shell

1 – Channel 1

Raisecom




Figure HDB26M PIN

DB25F PIN Definition Channel

DB25F

7 3 TX1

17 2 RX1

8 15, 17 (two pins are

short connected)

TC1

18 24 RC1

25, 26 7 (two pins share PIN

7)

GND1

Connected to the

shell

1 –

Channel 2

5 3 TX2

15 2 RX2


short connected)

TC2

16 24 RC2


7)

GND2

Connected to the

shell

1 –

Channel 3

3 3 TX3

13 2 RX3


short connected)

TC3

14 24 RC3


7)

GND3

Connected to the

shell

1 –

Channel 4

1 3 TX4

11 2 RX4


short connected)

TC4

12 24 RC4


7)

GND4

Raisecom




The wiring is also applicable to the CBL-V24-HDB26M/4DB25M.

25.5 Terms

1

1+1 protection

A 1+1 protection architecture has one normal traffic signal, one

working transport entity, one protection transport entity, and a permanent bridge.

At the source end, the normal traffic signal is permanently bridged

to both the working and the protection transport entities. At the

sink end, the normal traffic signal is selected from the better of the two transport entities.

Due to the permanent bridging, the 1+1 protection architecture does not allow an unprotected extra traffic signal to be provided.

100BASE-T

A FE standard for twisted-pair cables. Fast Ethernet refers to any

network that supports transmission rate of 100Mbits/s. The Fast

Ethernet is 10 times faster than 10BaseT, and inherits frame

format, MAC addressing scheme, MTU, and so on. Fast Ethernet is

extended from the IEEE 802.3 standard, and it uses the following

three types of transmission media: 100BASE-T4: 4 pairs of phone

twisted-pair cables 100BASE-TX: 2 pairs of data twisted-pair cables 100BASE-FX: 2-core optical fibers.

2R Re-amplifying, Re-shaping

3R Re-amplifying, Re-shaping, Re-timing

A

Automatic Laser

Shutdown (ALS)

The technology that is used for automatically shutting down the

laser to avoid the maintenance and operation risks when the fiber is pulled out or the output power is over great.

Auto-negotiation

The interface automatically chooses the rate and duplex mode

according to the result of negotiation. The auto-negotiation process

is: the interface adapts its rate and duplex mode to the highest

performance according to the peer interface, that is, both ends of

the link adopt the highest rate and duplex mode they both support after auto-negotiation.

B

Bracket Small parts at both sides of the chassis, used to install the chassis

into the cabinet

C

Raisecom




Card

An electronic module, composed of the chip and other electronic

components installed on a flat and hard Printed Circuit Board

(PCB). The PCB has conductive circuits for connecting these components.

F

Failover

Failover provides an interface linkage scheme, extending the range

of link backup. Through monitoring upstream links and

synchronizing downstream links, faults of the upstream device can

be transferred quickly to the downstream device, and

primary/backup switching is triggered. In this way, it avoids traffic

loss because the downstream device does not sense faults of the

upstream link.

Frame It is a data transmission unit, composed of several parts, each of

which has different functions.

Full duplex In a communication link, both parties can receive and send data

concurrently.

G

Ground cable

The cable to connect the device to ground, usually a yellow/green

coaxial cable. Connecting the ground cable properly is an

important guarantee to lightning protection, anti-electric shock, and anti-interference.

H

Half duplex In a communication link, both parties can receive or send data at a

time.

I

Institute of

Electrical and

Electronics

Engineers (IEEE)

A professional society serving electrical engineers through its

publications, conferences, and standards development activities.

The body responsible for the Ethernet 802.3 and wireless LAN

802.11 specifications.

ITU-T International Telecommunication Union Telecommunication

Standardization Sector

L

Label Symbols for cable, chassis, and warnings

Loopback It is the process that a signal is sent out and then sent back to the

sender. It is used to detect and analyze potential faults in a ring

network.

Raisecom




M

Multi-mode fiber In this fiber, multi-mode optical signals are transmitted.

Multiplexer The device to multiplex multiple tributary signals to several

bearing channels

Multiplex Section

Protection (MSP)

MSP is based on multiplex sections. Whether to perform switching

depends on the quality of multiplex section signals. Switching is

initiated by the APS protocol carried by the Multiplex Section

Overhead (MSOH). If a multiplex section fails, service signals of

the whole STM-N are switched to the backup channel.

R

RS232

It is an Asynchronous Transfer Mode (ATM), which does not

contain hand-shaking signals. It can carry on point-to-point

communication with RS232 and RS422 of other stations, featuring

transparent transmission, with a maximum rate of 19.2 kbit/s.

Generally, the form of RS232 interface is DB9 or DB25.

S

Single-mode fiber In this fiber, single-mode optical signals are transmitted.

T

Timeslot Time is divided into periodical frames. Each frame is divided into

multiple timeslots. Each timeslot is a communication channel which can be assigned to a user.

U

U Unit of dimensions, short for unit. It takes 44.45 mm as a basic

unit, namely, 1 U = 44.45 mm

25.6 Acronyms and abbreviations

2

2R Re-amplifying and Re-shaping

3

3R Re-amplifying, Re-shaping, and Re-timing

Raisecom




A

ACL Access Control List

AIS Alarm Indication Signal

ALS Automatic Laser Shutdown

AWG American Wire Gauge

B

BPDU Bridge Protocol Data Unit

C

CFM Connectivity Fault Management

CWDM Coarse Wavelength Division Multiplexing

D

DCC Data Communication Channel

DCE Data Connection Equipment

DTE Data Terminal Equipment

E

EMC Electromagnetic Compatibility

EOL End of Life

EOP Ethernet Over Plesynchronous Digital Hierarchy

EOS Ethernet Over SynchronousDigital Hierarchy

F

FE Fast Ethernet

G

G.SHDSL G.Single-pair High Speed Digital Subscriber Line

GE Gigabit Ethernet

GFP Generic Framing Procedure

H

Raisecom




HDB3 High Density Bipolar of Order 3 Code

I

IEC International Electrotechnical Commission

L

LACP Link Aggregation Control Protocol

LCAS Link capacity adjustment scheme

LSP Label Switching Path

M

MAC Medium Access Control

MPLS Multi-Protocol Label Switching

N

NRZ Non Return to Zero

O

OADM Optical Add/Drop Multiplexer

OAM Operation, Maintenance, and Management

P

PDH Plesiochronous Digital Hierarchy

PTN Packet Transport Network

PWE3 Pseudo-Wire Emulation Edge to Edge

Q

QinQ 802.1Q in 802.1Q

QoS Quality of Service

R

RH Relative Humidity

RMON Remote Network Monitoring

Raisecom




S

SDH Synchronous Digital Hierarchy

SFP Small Form-factor Pluggable

SLA Service Level Agreement

SNMP Simple Network Management Protocol

STM-N Synchronous Transport Module Level-N

T

TDM Time Division Multiplex

V

VC Virtual Container

VCC Virtual Channel Connection

VLAN Virtual LAN

VPLS Virtual Private Lan Service

Address: Raisecom Building, No. 11, East Area, No. 10 Block, East Xibeiwang Road, Haidian

District, Beijing, P.R.China Postal code: 100094 Tel: +86-10-82883305

Fax: 8610-82883056 http://www.raisecom.com Email: [email protected]

iTN2100 (P100R002) Hardware Description (Rel_08)

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Transcript of iTN2100 (P100R002) Hardware Description (Rel_08)