Shenzhen Toby Technology Co., Ltd.

Shenzhen Toby Technology Co., Ltd.

Report No.: TB-ARIB164771

Page: 1 of 102

TB-RF-074-2.0

1A/F., Bldg.6, Yusheng Industrial Zone, The National Road No.107 Xixiang Section 467, Xixiang, Bao’an, Shenzhen, China

Tel: +86 75526509301 Fax: +86 75526509195

ARIB STD-T66 TEST REPORT

Report No. : TB-ARIB164771

Applicant : Zhuhai TMEZON Technology Co.,Ltd

Equipment Under Test (EUT)

EUT Name : Wireless Network Video Recorder

Model No. : MZ-WN1004

Series Model No. : MZ-WN1008

Brand Name : Tmezon

Receipt Date : 2018-12-04

Test Date : 2018-12-04 to 2018-12-11

Issue Date : 2019-03-18

Rule Part(s) : MIC Notice No.88 Annex 43

Test Standards : ARIB STD-T66

Conclusions : PASS

In the configuration tested, the EUT complied with the standards specified above

Test/Witness Engineer : Jason Xu

Engineer Supervisor : Ivan Su

Engineer Manager : Ray Lai

This report details the results of the testing carried out on one sample. The results contained in this test report do not relate to other samples of the same product. The manufacturer should ensure that all products in series production are in conformity with the product sample detailed in the report. The test report shall not be reproduced except in full without the written approval of Shenzhen Toby Technology Co., Ltd.

Report No.: TB-ARIB164771 Page: 2 of 102

TB-RF-074-1.0

Contents

1. General Information…. ........................................................................................................ 5

1.1. Description of Device (EUT) .................................................................................... 5

1.2. Test Lab Information ................................................................................................. 6

1.3. Summary of Test Result ........................................................................................... 7

1.4. Assistant Equipment Used for Test ....................................................................... 8

1.5. Block Diagram ............................................................................................................. 8

1.6. Test Mode Description .............................................................................................. 8

1.7. Test Conditions ........................................................................................................... 8

1.8. Measurement Uncertainty (95% confidence levels, k=2) ................................. 8

2. Antenna Power ..................................................................................................................... 9

2.1. Test Equipment ........................................................................................................... 9

2.2. Limt ................................................................................................................................ 9

2.3. Block Diagram of Test Setup ................................................................................... 9

2.4. Test Precedure ............................................................................................................ 9

2.5. Test Data ..................................................................................................................... 10

3. Frequency Tolerance ........................................................................................................ 10

3.1. Test Equipment ......................................................................................................... 27

3.2. Limit ............................................................................................................................. 27

3.3. Block Diagram of Test Setup ................................................................................. 27

3.4. Test Procedure .......................................................................................................... 27

3.5. Test Result ................................................................................................................. 28

4. Occupied Frequency Bandwidth .................................................................................... 33

4.1. Test Equipment ......................................................................................................... 33

4.2. Limit ............................................................................................................................. 33


4.4. Test Procedure .......................................................................................................... 33

4.5. Test Result ................................................................................................................. 34

5. Spread Bandwidth ............................................................................................................. 43

5.1. Test Equipment ......................................................................................................... 43

5.2. Limit ............................................................................................................................. 43


5.4. Test Procedure .......................................................................................................... 43

5.5. Test Result ................................................................................................................. 44

6. Transmitter Spurious Emissions (conducted) ........................................................... 54

6.1. Test Equipment ......................................................................................................... 54

6.2. Limit ............................................................................................................................. 54


6.4. Test Procedure .......................................................................................................... 54

6.5. Test Result ................................................................................................................. 54


TB-RF-074-1.0

7. Interference prevention function ................................................................................... 79

8. Carrier sensing function .................................................................................................. 80

9. Secondary Radiated Emissions ..................................................................................... 81

9.1. Test Equipment ......................................................................................................... 81

9.2. Limit ............................................................................................................................. 81


9.4. Test Procedure .......................................................................................................... 81

9.5. Original Test Data ..................................................................................................... 81

10. Test Setup Photo ................................................................................................................ 94

11. EUT Photo ............................................................................................................................ 95

12. Appendix-Label Information .......................................................................................... 101

13. Appendix-Construction Protection Confirmation Method .................................... 102

13.1. Requirement ............................................................................................................ 102

13.2. Confirmation Method............................................................................................. 102


TB-RF-074-1.0

Revision History

Report No. Version Description Issued Date

TB-ARIB163179 Rev.01 Initial issue of report 2018-12-12

TB-ARID164771 Rev.02 Change Model, company name and

Brand Name 2019-03-18


TB-RF-074-1.0

1. General Information

1.1. Description of Device (EUT)

EUT : Wireless Network Video Recorder

Model(s) No. : MZ-WN1004,MZ-WN1008

Power supply : DC 12V Radio Technology : IEEE 802.11b/g/n(HT20)/n(HT40)

Operation frequency : 802.11b/g/n(HT20): 2412MHz-2472MHz 802.11n(HT40): 2422MHz-2462MHz

Modulation : 802.11b:DSSS(CCK, DQPSK, DBPSK) 802.11g/n:OFDM(BPSK,QPSK,16QAM,64QAM)

Data Rate : 802.11b:11/5.5/2/1Mbps 802.11g:54/48/36/24/18/12/9/6 Mbps 802.11n: up to 150Mbps

Antenna Type : SMA antenna, Maximum Gain: 5.5dBi Smart Mode : SISO for 802.11b/g/n(HT20)/n(HT40).

Declared Output Power :

802.11b: 3mW/MHz 802.11g: 4mW/MHz 802.11n(T20): 4mW/MHz 802.11n(HT40): 3mW/MHz

Applicant : Zhuhai TMEZON Technology Co.,Ltd Address : A qu,F5, 2 QiChangFang, No.6,PingBei 2 Road,NanPing

Technology Park,XiangZhou District,ZhuHai,GuangDong,China(519000)

Manufacturer : Zhuhai TMEZON Technology Co.,Ltd Address : A qu,F5, 2 QiChangFang, No.6,PingBei 2 Road,NanPing

Technology Park,XiangZhou District,ZhuHai,GuangDong,China(519000)

Hardware Version : v125P Software Version : v2.8.7.0 Remark: Number of carrier for OFDM device: This device has more than 1 subcarrier in 1MHz, complicances with the requirement.


TB-RF-074-1.0

1.2. Test Lab Information

The testing report were performed by the Shenzhen Toby Technology Co., Ltd., in their facilities located at 1A/F., Bldg.6, Yusheng Industrial Zone, The National Road No.107 Xixiang Section 467, Xixiang, Bao’an, Shenzhen, Guangdong, China. At the time of testing, the following bodies accredited the Laboratory:

CNAS (L5813) The Laboratory has been accredited by CNAS to ISO/IEC 17025: 2005 General Requirements for the Competence of Testing and Calibration Laboratories for the competence in the field of testing. And the Registration No.: CNAS L5813. A2LA Certificate No.: 4750.01 The laboratory has been accredited by American Association for Laboratory Accreditation(A2LA) to ISO/IEC 17025：2005 General Requirements for the Competence of Testing and Calibration Laboratories for the technical competence in the field of Electrical Testing. And the A2LA Certificate No.: 4750.01. IC Registration No.: (11950A-1) The Laboratory has been registered by Certification and Engineering Bureau of Industry Canada for radio equipment testing. The site registration: Site# 11950A-1.


TB-RF-074-1.0

1.3. Summary of Test Result

CLAUSE (ARIB STD-T66)

TEST PARAMETER RESULTS

Transmitter Parameters

3.2 (2) Antenna Power PASS

3.2 (3) Tolerances for Antenna Power PASS

3.2 (4) Frequency Tolerance PASS

3.2 (5) Transmission Rate PASS

3.2 (7) Occupied Frequency Bandwidth PASS

3.2 (8) Spread Bandwidth PASS

3.2 (9) Process Gain N/A

3.2 (10) Number of Carriers PASS

3.2 (11) Dwell Time N/A

3.2 (6) Spurious Emissions PASS

/ Interference prevention function PASS

/ Carrier Sensing function PASS

Receiver Parameters

3.3 (1) Secondary Radiated Emissions PASS

N/A is an abbreviation for Not Applicable.


TB-RF-074-1.0

1.4. Assistant Equipment Used for Test

The EUT has been tested as an independent unit.

1.5. Block Diagram

Test EUT run test software provided by client to control EUT work in test mode as described in clause 2.4

1.6. Test Mode Description

802.11b/g/n Channel List

Channel Frequency

(MHz) Channel

Frequency(MHz)

Channel Frequency

(MHz) 01 2412 06 2437 11 2462 02 2417 07 2442 12 2467 03 2422 08 2447 13 2472 04 2427 09 2452 05 2432 10 2457

Note: (1)For 802.11b/g/n(HT20) mode with CH01~CH13 (2)For 802.11n(HT40) mode with CH03~CH11

The test software “CMD instruction” was used to control EUT work in Continuous TX mode, and select test channel, wireless mode

Note1: Some modes not apply for all the test items. Remark: Two antennas could not be transmitted simultaneously, and both antennas were tested, but only the worst mode was shown in this report.

1.7. Test Conditions

1.8. Measurement Uncertainty (95% confidence levels, k=2)

Item MU Remark Bandwidth 0.2KHz /

Antenna Power 0.33dB / Frequency Tolerance 2.8 x 10-4MHz /

Conducted spurious emission 0.13dB /

Tested Mode, Channel and Data Rate Information

Mode Channel Data Rate

802.11b CH01/CH07/CH13 1Mbps

802.11g CH01/CH07/CH13 6Mbps

802.11n(HT20) CH01/CH07/CH13 6.5Mbps

802.11n(HT40) CH03/CH07/CH11 13Mbps

Test Voltage Information

Normal Voltage High Voltage Low Voltage

DC 12V DC 13.2V DC 9V

Temperature range 21-25℃

Humidity range 40-75% Pressure range 86-106kPa


TB-RF-074-1.0

2. Antenna Power

2.1. Test Equipment

Equipment Manufacturer Model No. Serial No. Last Cal. Cal. Due

Date

Spectrum Analyzer

Agilent E4407B MY45106456 Jul. 18, 2018 Jul. 17, 2019

Spectrum Analyzer

Rohde & Schwarz ESCI 100321 Jul. 18, 2018 Jul. 17, 2019

Cable HUBER+SUHNER 100 SUCOFLEX Mar.17, 2018 Mar.16, 2019

DC Power Supply

MATRIX MPS-3005L-3 D806050W Jul. 20, 2018 Jul. 19, 2019

Attenuator Mini-Circuits BW-S10W2 101109 Mar. 14, 2018 Mar. 13, 2019

2.2. Limt

Modulation system

Frequency band used

Antenna power (max.)

EIRP (max)

Omni-directional case

Directional case

DS.OFDM (Narrow-Band)

2,400 – 2,4835 MHz

10mW/MHz

12.14dBm/MHz (16.368mW/MHz)

22.14dBm/MHz (163.68 mW/MHz)

OFDM (Wide-Band) 2,400 – 2,4835 MHz 5mW/MHz



2.3. Block Diagram of Test Setup

2.4. Test Precedure

1. Connect the UUT to the spectrum analyzer and use the following settings: Centre Frequency: The centre frequency of the channel under test. RBW: 1 MHz/VBW: 1 MHz/ Span: Wide enough to cover the complete power envelope of the signal of the EUT. / Detector: Peak. / Trace Mode: Max Hold.

2. When the trace is complete, find the peak value of the power envelope and record the frequency. .

EUT and Assistant System

AttenuatorSpectrumAnalyzer


TB-RF-074-1.0

2.5. Test Data

Measured result: Remark: The operation mode of the two antennas is SISO.

Output Power and Tolerance- ANT1

802.11b Test

Condition Channel (MHz)

Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2412 3.931 2.472

3

-17.590% PASS

2442 1.822 1.521 -49.292% PASS

2472 3.634 2.309 -23.038% PASS

Remark: The Rated Power is 3mW/MHz, which declared by manufacturer.

802.11g Test


Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2412 5.958 3.943

4

-1.431% PASS

2442 5.706 3.720 -6.988% PASS

2472 5.232 3.336 -16.605% PASS


802.11n(HT20) Test


Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2412 4.062 2.548

4

-36.300% PASS

2442 5.49 3.540 -11.501% PASS

2472 4.809 3.026 -24.345% PASS


802.11n(HT40) Test


Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2422 1.485 1.408

3

-53.067% PASS

2442 1.611 1.449 -51.696% PASS

2462 1.176 1.311 -56.300% PASS


Maximum Tolerance = (Maximum power measured - Rated power)/Rated power * 100% Antenna Power (mW/MHz) = Average Burst Power(dbm/MHz)

Note: 802.11b/g/n-HT20/HT40 in three voltages have been tested, but only show the worst test plots of normal condition.


TB-RF-074-1.0

Output Power and Tolerance- ANT2

802.11b Test


Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2412 3.867 2.436

3

-18.796% PASS

2442 1.8 1.514 -49.548% PASS

2472 3.644 2.314 -22.860% PASS


802.11g Test


Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2412 5.899 3.890

4

-2.761% PASS

2442 5.523 3.567 -10.826% PASS

2472 5.255 3.354 -16.162% PASS


802.11n(HT20) Test


Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2412 3.851 2.427

4

-39.321% PASS

2442 5.673 3.692 -7.692% PASS

2472 5.172 3.290 -17.749% PASS


802.11n(HT40) Test


Measured Power

(dBm/MHz)

Antenna Power

(mW/MHz)

Rated Power

(mW/MHz)

Maximum Tolerance

ResultVolt. (dc)

12V

2422 1.214 1.323

3

-55.916% PASS

2442 1.886 1.544 -48.539% PASS

2462 1.104 1.289 -57.019% PASS


Maximum Tolerance = (Maximum power measured - Rated power)/Rated power * 100% Antenna Power (mW/MHz) = Average Burst Power(dbm/MHz)



TB-RF-074-1.0

E.I.R.P Power-ANT1

802.11b Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2412 3.931 5.5

9.431

12.14

PASS

2442 1.822 7.322 PASS

2472 3.634 9.134 PASS

Remark: E.I.R.P Power= Measured Power+ Antenna Gain

802.11g Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2412 5.958 5.5

11.458

12.14

PASS

2442 5.706 11.206 PASS

2472 5.232 10.732 PASS


802.11n(HT20) Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2412 4.062 5.5

9.562

12.14

PASS

2442 5.49 10.990 PASS

2472 4.809 10.309 PASS


802.11n(HT40) Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2422 1.485 5.5

6.985

9.14

PASS

2442 1.611 7.111 PASS

2462 1.176 6.676 PASS




TB-RF-074-1.0

E.I.R.P Power-ANT2

802.11b Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2412 3.867 5.5

9.367

12.14

PASS

2442 1.8 7.300 PASS

2472 3.644 9.144 PASS


802.11g Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2412 5.899 5.5

11.399

12.14

PASS

2442 5.523 11.023 PASS

2472 5.255 10.755 PASS


802.11n(HT20) Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2412 3.851 5.5

9.351

12.14

PASS

2442 5.673 11.173 PASS

2472 5.172 10.672 PASS


802.11n(HT40) Test


Measured Power

(dBm/MHz)

Antenna Gain (dBi)

E.I.R.P Power

(dBm/MHz)

Limit (dBm/MHz)

ResultVolt. (dc)

12V

2422 1.214 5.5

6.714

9.14

PASS

2442 1.886 7.386 PASS

2462 1.104 6.604 PASS




TB-RF-074-1.0

Output Power-ANT1 802.11b 2412MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search

Ref 20 dBm Atten 30 dBMkr1 2.4130 GHz

3.931 dBm PeakLog10dB/Offst2dB

M1 S2S3 FC

AA

Center 2.412 GHz#Res BW 1 MHz VBW 1 MHz

Span 40 MHzSweep 4 ms (401 pts)

1

Marker2.413000000 GHz 3.931 dBm

802.11b 2442MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.443000000 GHz 1.822 dBm

802.11b 2472MHz


TB-RF-074-1.0

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.471000000 GHz 3.634 dBm


TB-RF-074-1.0

Output Power-ANT1 802.11g 2412MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.405900000 GHz 5.958 dBm

802.11g 2442MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.439500000 GHz 5.706 dBm

802.11g 2472MHz


TB-RF-074-1.0

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.469600000 GHz 5.232 dBm


TB-RF-074-1.0

Output Power-ANT1 802.11n(HT20) 2412MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.408300000 GHz 4.062 dBm

802.11n(HT20) 2442MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.437200000 GHz 5.49 dBm

802.11n(HT20) 2472MHz


TB-RF-074-1.0

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.468400000 GHz 4.809 dBm

Output Power-ANT1

802.11n(HT40) 2422MHz

Output Power

802.11n(HT40) 2442MHz


TB-RF-074-1.0

Output Power

802.11n(HT40) 2462MHz


TB-RF-074-1.0

Output Power-ANT2 802.11b 2412MHz

Trace1 2 3

Clear Write

Max Hold

Min Hold

View

Blank

More1 of 2

Trace/View



M1 S2S3 FC

AA



1

Marker2.413000000 GHz 3.867 dBm

802.11b 2442MHz

Trace1 2 3

Clear Write

Max Hold

Min Hold

View

Blank

More1 of 2

Trace/View



M1 S2S3 FC

AA



1


802.11b 2472MHz


TB-RF-074-1.0

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.473000000 GHz 3.644 dBm

Output Power-ANT2

802.11g 2412MHz

Trace1 2 3

Clear Write

Max Hold

Min Hold

View

Blank

More1 of 2

Trace/View



M1 S2S3 FC

AA



1

Marker2.405900000 GHz 5.899 dBm

802.11g 2442MHz


TB-RF-074-1.0

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.439400000 GHz 5.523 dBm

802.11g 2472MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.469500000 GHz 5.255 dBm


TB-RF-074-1.0

Output Power-ANT2 802.11n(HT20) 2412MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.408100000 GHz 3.851 dBm

802.11n(HT20) 2442MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.447300000 GHz 5.673 dBm

802.11n(HT20) 2472MHz


TB-RF-074-1.0

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



M1 S2S3 FC

AA



1

Marker2.477300000 GHz 5.172 dBm

Output Power-ANT2

802.11n(HT40) 2422MHz

Output Power

802.11n(HT40) 2442MHz


TB-RF-074-1.0

Output Power

802.11n(HT40) 2462MHz


TB-RF-074-1.0

3. Frequency Tolerance

3.1. Test Equipment


Date

Spectrum Analyzer


Spectrum Analyzer


Cable HUBER+SUHNER 100 SUCOFLEX Mar.17, 2018 Mar. 16, 2019

DC Power Supply



3.2. Limit

+/- 50x 10-6 or less (50ppm)


3.4. Test Procedure

(1) Configure EUT and assistant system according clause 2.4 and 4.3

(2) Set EUT work in carrier Tx mode as described in clause 2.4

(3) Connected the EUT’s antenna port to the Spectrum Analyzer by suitable attenuator,

set the Spectrum Analyzer as below:

Centre Frequency: The centre frequency of the channel under test.

Resolution BW: 10 KHz.

Video BW: 10 KHz.

Span: 1MHz.

Detector: Peak.

Trace Mode: Max Hold.

(4) When the trace is complete, find the peak value of the power envelope and record the

frequency.

Attenuator

SpectrumAnalyzer



TB-RF-074-1.0

3.5. Test Result

Remark: Two antennas were tested and the report showed only the worst condition, and we found the worst condition is normal voltage.

802.11b Test


Measured (MHz)

Tolerance (MHz)

Tolerance (ppm)

Limit (ppm)

Result Volt. (ac)

12V

2412 2411.9875 -0.012 -5.182 ±50.000

PASS

2442 2441.9875 -0.012 -5.119 PASS

2472 2471.9875 -0.012 -5.057 PASS

802.11g Test


Measured (MHz)

Tolerance (MHz)

Tolerance (ppm)

Limit (ppm)

Result Volt. (ac)

12V

2412 2411.9875 -0.012 -5.182

±50.000

PASS

2442 2441.9875 -0.012 -5.119 PASS

2472 2471.9875 -0.012 -5.057 PASS

802.11n(HT20) Test


Measured (MHz)

Tolerance (MHz)

Tolerance (ppm)

Limit (ppm)

Result Volt. (ac)

12V

2412 2411.9875 -0.012 -5.182 ±50.000

PASS

2442 2441.9875 -0.012 -5.119 PASS

2472 2471.9875 -0.012 -5.057 PASS

802.11n(HT40) Test


Measured (MHz)

Tolerance (MHz)

Tolerance (ppm)

Limit (ppm)

Result Volt. (ac)

12V

2422 2421.9900 -0.010 -4.129

±50.000

PASS

2442 2441.9875 -0.012 -5.119 PASS

2462 2461.9900 -0.010 -4.062 PASS


TB-RF-074-1.0

Frequency Tolerance 802.11b 2412MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

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M1 S2S3 FC

AA

Center 2.412 GHz#Res BW 10 kHz #VBW 10 kHz

Span 1 MHzSweep 12.88 ms (401 pts)

1

Marker2.411987500 GHz 16.83 dBm

802.11b 2442MHz

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M1 S2S3 FC

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1

Marker2.441987500 GHz 17.16 dBm

802.11b 2472MHz

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M1 S2S3 FC

AA



1



TB-RF-074-1.0

Frequency Tolerance 802.11g 2412MHz

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1

Marker2.411987500 GHz 16.91 dBm

802.11g 2442MHz

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1

Marker2.441987500 GHz 17.18 dBm

802.11g 2472MHz

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1

Marker2.471987500 GHz 17.19 dBm


TB-RF-074-1.0

Frequency Tolerance 802.11n(HT20) 2412MHz

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1

Marker2.411987500 GHz 16.86 dBm

802.11n(HT20) 2442MHz

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1

Marker2.441987500 GHz 17.14 dBm

802.11n(HT20) 2472MHz

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1



TB-RF-074-1.0

Frequency Tolerance 802.11n(HT40) 2422MHz

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M1 S2S3 FC

AA

Center 2.422 GHz#Res BW 10 kHz VBW 10 kHz


1

Marker2.421990000 GHz 23.41 dBm

802.11n(HT40) 2442MHz

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1

Marker2.441987500 GHz 23.47 dBm

802.11n(HT40) 2462MHz

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1

Marker2.461990000 GHz 22.87 dBm


TB-RF-074-1.0

4. Occupied Frequency Bandwidth

4.1. Test Equipment


Date

Spectrum Analyzer


Spectrum Analyzer



DC Power Supply



4.2. Limit

Permissible value for occupied bandwidth using the FH system, a hybrid system

combining DS and FH systems, or a hybrid system combining FH and OFDM systems

shall be 83.5 MHz or less, for OFDM systems shall be 38MHz or less, while necessary

bandwidth (minimum occupied bandwidth sufficient to ensure information transmission of

required quality at a required transmission rate for the system used under specified

conditions for a given emission type) using a system other than any of the above shall be

26 MHz or less.


4.4. Test Procedure

1. Setting of SA is following as: RBW:300kHz / VBW: 300kHz / Sweep time: Auto / Sweep Mode: Continuous sweep / Detect mode: Positive peak / Trace mode: Max hold/ Span: 30MHz

2. EUT have transmitted the maximum modulation signal and fixed channelize (For DSSS or OFDM Device) or continuous maximum power of hopping mode (For FHSS Device). SA set to 99% of occupied bandwidth to measure occupied bandwidth. The limit is less than 38MHz (for OFDM Device) or less than 26MHz (For other DSSS Device).

Attenuator

SpectrumAnalyzer



TB-RF-074-1.0

4.5. Test Result

Test Data Remark: Two antennas were tested and the report showed only the worst condition.

802.11b

Occupied Frequency Bandwidth

Test Condition Channel (MHz)

Occupied Bandwidth (MHz)

Limit Result Volt(ac) Temp

12V

25℃ 2412 14.8744

≤ 26 MHz Pass 25℃ 2442 14.9364

25℃ 2472 15.1348

802.11g





12V

25℃ 2412 16.8268

≤ 26 MHz Pass 25℃ 2442 16.8572

25℃ 2472 16.7944

802.11n(HT20)





12V

25℃ 2412 17.7922

≤ 26 MHz Pass 25℃ 2442 17.7916

25℃ 2472 17.8354

802.11n(HT40)





12V

25℃ 2422 35.8793

≤ 38 MHz Pass 25℃ 2442 35.9315

25℃ 2462 35.8828


TB-RF-074-1.0

Occupied Bandwidth 802.11b 2412MHz

Center 2.412000000 GHz

Occupied Bandwidth

Ch Freq 2.412 GHz Trig Free Center Freq 2.41200000 GHz

Start Freq 2.39200000 GHz

Stop Freq 2.43200000 GHz

CF Step 4.00000000 MHzAuto Man

Freq Offset 0.00000000 Hz

Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel

Ref 20 dBm Atten 30 dB#PeakLog10dB/Offst2dB



Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB14.8744 MHz44.953 kHz

99.00 %

10.195 MHz

-6.00 dB

802.11b 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel


Center 2.442 GHzRes BW 300 kHz #VBW 300 kHz


Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB14.9364 MHz10.355 kHz

99.00 %

10.210 MHz

-6.00 dB

802.11b 2472MHz


TB-RF-074-1.0


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB15.1348 MHz21.169 kHz

99.00 %

10.221 MHz

-6.00 dB


TB-RF-074-1.0

Occupied Bandwidth 802.11g 2412MHz

Ref Level 20.00 dBm

Occupied Bandwidth

Ch Freq 2.412 GHz Trig Free Ref Level 20.00 dBm

Attenuation 30.00 dB

Auto Man

Scale/Div 10.00 dB

Scale TypeLog Lin

Presel Center

Presel Adjust 0.00000000 Hz

More1 of 3

Amplitude




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB16.8268 MHz-25.674 kHz

99.00 %

16.589 MHz

-6.00 dB

802.11g 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB16.8572 MHz-37.919 kHz

99.00 %

16.584 MHz

-6.00 dB

802.11g 2472MHz


TB-RF-074-1.0


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB16.7944 MHz18.908 kHz

99.00 %

16.534 MHz

-6.00 dB


TB-RF-074-1.0

Occupied Bandwidth 802.11n(HT20) 2412MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB17.7922 MHz57.469 kHz

99.00 %

17.685 MHz

-6.00 dB

802.11n(HT20) 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB17.7916 MHz21.788 kHz

99.00 %

17.694 MHz

-6.00 dB

802.11n(HT20) 2472MHz


TB-RF-074-1.0


Occupied Bandwidth

Ch Freq 2.472 GHz Trig Free Trace1 2 3

Clear Write

Max Hold

Min Hold

View

Blank

More1 of 2

Trace/View




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB17.8354 MHz20.343 kHz

99.00 %

17.821 MHz

-6.00 dB


TB-RF-074-1.0

Occupied Bandwidth 802.11n(HT40) 2422MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB35.8793 MHz59.984 kHz

99.00 %

36.303 MHz

-6.00 dB

802.11n(HT40) 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB35.9315 MHz28.900 kHz

99.00 %

36.372 MHz

-6.00 dB

802.11n(HT40) 2462MHz


TB-RF-074-1.0

VBW 300.0000000 kHz

Occupied Bandwidth

Ch Freq 2.462 GHz Trig Free Res BW 300.000000 kHzAuto Man

Video BW 300.000000 kHzAuto Man

VBW/RBW 10.00000

Auto Man

Average10

On Off

Avg TypeVideo

Auto Man

EMI Res BW None

BW/Avg




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB35.8828 MHz13.019 kHz

99.00 %

36.295 MHz

-6.00 dB


TB-RF-074-1.0

5. Spread Bandwidth

5.1. Test Equipment


Date

Spectrum Analyzer


Spectrum Analyzer



DC Power Supply



5.2. Limit

ITEM LIMIT REMARK

SPREADING FACTOR ≧5 Operating frequency 2400 to 2483MHz SPREADING BANDWIDTH

≧500kHz


5.4. Test Procedure

3. Setting of SA is following as: RBW:300kHz / VBW: 300k MHz / Sweep time: Auto / Sweep Mode: Continuous sweep / Detect mode: Positive peak / Trace mode: Max hold/ Span: 30MHz

4. EUT have transmitted the maximum modulation signal and fixed channelize (For DSSS or OFDM Device) or continuous maximum power of hopping mode (For FHSS Device). SA set to 90% of occupied bandwidth to measure occupied bandwidth. The 90% occupied bandwidth shall be greater than 500kHz.

Attenuator

SpectrumAnalyzer



TB-RF-074-1.0

5.5. Test Result

Remark: Two antennas were tested and the report showed only the worst condition.

802.11b

Spread Bandwidth


Spread Bandwidth (MHz)


12V

25℃ 2412 8.8391

≥500 kHz Pass 25℃ 2442 8.8431

25℃ 2472 8.8323

802.11g

Spread Bandwidth




12V

25℃ 2412 14.7837

≥500 kHz Pass 25℃ 2442 14.8867

25℃ 2472 14.7811

802.11n(HT20)

Spread Bandwidth




12V

25℃ 2412 15.6868

≥500 kHz Pass 25℃ 2442 15.6907

25℃ 2472 15.7205

802.11n(HT40)

Spread Bandwidth




12V

25℃ 2422 32.0125

≥500 kHz Pass 25℃ 2442 32.3941

25℃ 2462 32.1786


TB-RF-074-1.0

802.11b

Spread Bandwidth


Spreading Factor

Limit Result Volt(dc) Temp

12V

25℃ 2412 6.428436 ≥5 Pass 25℃ 2442 6.431345

25℃ 2472 6.423491

NOTE: For the test plots please refer to the below page.

Spreading Factor: 90% channel power bandwidth / 1.375

802.11g

Spread Bandwidth


Spreading Factor


12V

25℃ 2412 9.85580 ≥5 Pass 25℃ 2442 9.924467

25℃ 2472 9.854067


Spreading Factor: 90% channel power bandwidth / 1.5. 802.11n(HT20)

Spread Bandwidth


Spreading Factor


12V

25℃ 2412 10.45787 ≥5 Pass 25℃ 2442 10.46047

25℃ 2472 10.48033


Spreading Factor: 90% channel power bandwidth / 1.5. 802.11n(HT40)

Spread Bandwidth


Spreading Factor


12V

25℃ 2422 10.67083 ≥5 Pass 25℃ 2442 10.79803

25℃ 2462 10.72620


Spreading Factor: 90% channel power bandwidth / 3.


TB-RF-074-1.0

Spread Bandwidth 802.11b 2412MHz

Span 40.00000000 MHz

Occupied Bandwidth

Ch Freq 2.412 GHz Trig Free Span 40.0000000 MHz

Span Zoom

Full Span

Zero Span

Last Span

Zone

Span




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB8.8391 MHz38.707 kHz

90.00 %

17.334 MHz

-26.00 dB

802.11b 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB8.8431 MHz8.791 kHz

90.00 %

17.343 MHz

-26.00 dB

802.11b 2472MHz


TB-RF-074-1.0


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB8.8323 MHz-11.475 kHz

90.00 %

17.334 MHz

-26.00 dB


TB-RF-074-1.0

Spread Bandwidth 802.11g 2412MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB14.7837 MHz15.238 kHz

90.00 %

21.069 MHz

-26.00 dB

802.11g 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB14.8867 MHz23.640 kHz

90.00 %

20.842 MHz

-26.00 dB

802.11g 2472MHz


TB-RF-074-1.0


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB14.7811 MHz-69.619 kHz

90.00 %

20.880 MHz

-26.00 dB


TB-RF-074-1.0

Spread Bandwidth 802.11n(HT20) 2412MHz

Ref Level 20.00 dBm

Occupied Bandwidth

Ch Freq 2.412 GHz Trig Free Trace1 2 3

Clear Write

Max Hold

Min Hold

View

Blank

More1 of 2

Trace/View




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB15.6868 MHz43.719 kHz

90.00 %

21.207 MHz

-26.00 dB

802.11n(HT20) 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB15.6907 MHz-43.081 kHz

90.00 %

21.698 MHz

-26.00 dB

802.11n(HT20) 2472MHz


TB-RF-074-1.0


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB15.7205 MHz-50.374 kHz

90.00 %

21.696 MHz

-26.00 dB


TB-RF-074-1.0

Spread Bandwidth 802.11n(HT40) 2422MHz

Span 80.00000000 MHz

Occupied Bandwidth

Ch Freq 2.422 GHz Trig Free Span 80.0000000 MHz

Span Zoom

Full Span

Zero Span

Last Span

Zone

Span




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB32.0125 MHz250.286 kHz

90.00 %

39.756 MHz

-26.00 dB

802.11n(HT40) 2442MHz


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB32.3941 MHz64.052 kHz

90.00 %

39.783 MHz

-26.00 dB

802.11n(HT40) 2462MHz


TB-RF-074-1.0


Occupied Bandwidth






Signal TrackOn Off

Scale TypeLog Lin

Freq/Channel




Occupied Bandwidth

Transmit Freq Error

Occ BW % Pwr

x dB Bandwidth

x dB32.1786 MHz-131.400 kHz

90.00 %

39.982 MHz

-26.00 dB


TB-RF-074-1.0

6. Transmitter Spurious Emissions (conducted)

6.1. Test Equipment


Date

Spectrum Analyzer


Signal Analyzer

Agilent N9020A MY499100060 Jul. 18, 2018 Jul. 17, 2019

Spectrum Analyzer

Rohde & Schwarz ESCI 100321 Mar.17, 2018 Mar. 16, 2019

Cable HUBER+SUHNER 100 SUCOFLEX Jul. 20, 2018 Jul. 19, 2019

DC Power Supply

MATRIX MPS-3005L-3 D806050W Mar. 14, 2018 Mar. 13, 2019

Attenuator Mini-Circuits BW-S10W2 101109 Jul. 18, 2018 Jul. 17, 2019

6.2. Limit

Permissible mean power of spurious emission of each frequency supplied to a feeder, that

is, mean power of spurious emission in the 1 MHz bandwidth at frequency f other than

frequency band used shall be as follows:

a. 2,387MHz ≤ f ≤ 2,400MHz and 2,483.5MHz < f ≤ 2,496.5MHz 25 µW or less

b. 2,387MHz > f and 2,496.5MHz < f 2.5 µW or less


6.4. Test Procedure


(2) Set EUT work in test mode as described in clause 2.4



Resolution BW: 100kHz. Video BW: 100kHz for below 1GHz

Resolution BW: 1MHz. Video BW: 1MHz for above 1GHz

Detector: Peak. Trace Mode: Max Hold.

(4)All the emissions from 10MHz to 12.75 GHz were measured and record.

6.5. Test Result


Attenuator

SpectrumAnalyzer



TB-RF-074-1.0

Transmitter Spurious Emissions 802.11b 2412MHz 10MHz~1000MHz

Full Screen

Display Line-36.00 dBm

On Off

Limits

Active Fctn Position

Center

Title

Preferences

Display

Ref 10 dBm Atten 20 dBMkr1 240.00 MHz

-57.79 dBm #PeakLog10dB/Offst1dB

Dl-36.0dBm

M1 S2S3 FC

AA

Start 10 MHz#Res BW 100 kHz #VBW 100 kHz

Stop 1 GHzSweep 127.6 ms (8192 pts)

1

Display Line-36.00 dBm ≤ -36dBm(0.25uW)

1000MHz~2387MHz

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-45.04 dBm PeakLog10dB/Offst1dB

Dl-26.0dBm

M1 S2S3 FC

AA

Start 1 GHz#Res BW 1 MHz #VBW 1 MHz

Stop 2.387 GHzSweep 81.91 ms (8192 pts)

1

Marker2.387000000 GHz-45.04 dBm ≤ -26dBm(2.5uW)

2387MHz~2400MHz

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Dl-16.0dBm

M1 S2S3 FC

AA

Start 2.387 GHz#Res BW 1 MHz #VBW 1 MHz


1Marker2.399904773 GHz-31.98 dBm ≤ -16dBm(25uW)


TB-RF-074-1.0

Transmitter Spurious Emissions 802.11b 2412MHz

2483.5MHz~2496.5MHz

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M1 S2S3 FC

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1

Marker2.491160969 GHz-45.08 dBm ≤ -16dBm(25uW)

2496.5MHz~8000MHz

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Dl-26.0dBm

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1

Marker4.823947686 GHz-47.24 dBm ≤-26dBm(2.5uW)

8000MHz~12750MHz

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Dl-26.0dBm

M1 S2S3 FC

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1



TB-RF-074-1.0


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Dl-36.0dBm

M1 S2S3 FC

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1

Marker830.185569 MHz-58.66 dBm ≤ -36dBm(0.25uW)

1000MHz~2387MHz

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Dl-26.0dBm

M1 S2S3 FC

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1


2387MHz~2400MHz

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Dl-16.0dBm

M1 S2S3 FC

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1



TB-RF-074-1.0


2483.5MHz~2496.5MHz

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1


2496.5MHz~8000MHz

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Dl-26.0dBm

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1


8000MHz~12750MHz

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Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


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Dl-36.0dBm

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1


1000MHz~2387MHz

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Dl-26.0dBm

M1 S2S3 FC

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1

Marker2.384290684 GHz -46.2 dBm ≤-26dBm(2.5uW)

2387MHz~2400MHz

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M1 S2S3 FC

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1



TB-RF-074-1.0


2483.5MHz~2496.5MHz

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Dl-16.0dBm

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AA



1


2496.5MHz~8000MHz

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Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

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Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

Transmitter Spurious Emissions 802.11g 2412MHz 10MHz~1000MHz

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Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

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Dl-26.0dBm

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AA



1


2387MHz~2400MHz

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Dl-16.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

Transmitter Spurious Emissions 802.11g 2412MHz

2483.5MHz~2496.5MHz

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Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

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-47 dBm PeakLog10dB/Offst1dB

Dl-26.0dBm

M1 S2S3 FC

AA



1

Marker2.497843791 GHz -47 dBm ≤-26dBm(2.5uW)

8000MHz~12750MHz

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Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


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Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


2483.5MHz~2496.5MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


2483.5MHz~2496.5MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1

Marker2.483538090 GHz -19.6 dBm ≤ -16dBm(25uW)

2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

Transmitter Spurious Emissions 802.11n(HT20) 2412MHz

10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-36.0dBm

M1 S2S3 FC

AA



1

Marker339.234525 MHz -58.1 dBm ≤ -36dBm(0.25uW)

1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1

Marker2.399982541 GHz -24.1 dBm ≤ -16dBm(25uW)


TB-RF-074-1.0

Transmitter Spurious Emissions 802.11n(HT20) 2412MHz 2483.5MHz~2496.5MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search


-43 dBm PeakLog10dB/Offst1dB

Dl-26.0dBm

M1 S2S3 FC

AA



1

Marker2.386322671 GHz -43 dBm ≤-26dBm(2.5uW)

2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1Marker2.399988890 GHz-31.82 dBm ≤ -16dBm(25uW)


TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-36.0dBm

M1 S2S3 FC

AA



1


1000MHz~2387MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


2387MHz~2400MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-16.0dBm

M1 S2S3 FC

AA



1


2496.5MHz~8000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1


8000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-26.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

7. Interference prevention function

Radio equipment used mainly on the same premises and automatically transmits or receives identification code.

7.1 TEST SETUP

EUT

Attenuation

Receiver

Equipment

7.2 TEST RESULTS

ENVIRONMENTAL CONDITIONS

24 deg.C, 59% RH

LINK MODE TEST RESULT

WiFi PASS


TB-RF-074-1.0

S.G

Distributor

S.A

8. Carrier sensing function

8.1 MEASURING SYSTEM BLOCK DIAGRAM

(EUT operate in multiple outputs: The measurement was performed by combiner.)

8.2 MEASURING OPERATION PROCEDURES 1. Turn the standard signal generator output OFF. Leave the equipment under test to be ready for transmission and verify the transmission with the spectrum analyzer.

2. Set the equipment under test to the receiving state. 3. Turn the standard signal generator ON and leave the equipment under test to be ready for transmission and verify with the spectrum analyzer that no transmission is being made.

8.3 LEVEL OF THE AMBIENT CARRIER

802.11n (HT40)

FREQUENCY (MHz)

Pcs (dBm)C.F (dB)

S.G LEVEL

TEST RESULT

2422 -39.39 4.09 -35.30 PASS

2442 -39.46 4.16 -35.30 PASS

2462 -39.54 4.18 -35.36 PASS

NOTE: Pcs (dBm) = 22.79 + Gr - 20log(F). Gr: Antenna gain (2.4GHz: 5.5dBi). F: Transmission frequency (MHz). CF = Distributor loss + cable loss.

EUT


TB-RF-074-1.0

9. Secondary Radiated Emissions

9.1. Test Equipment


Date

Spectrum Analyzer


Signal Analyzer

Agilent N9020A MY499100060 Jul. 18, 2018 Jul. 17, 2019

Spectrum Analyzer


Cable HUBER+SUHNER 100 SUCOFLEX Mar. 17, 2018 Mar. 16, 2019

DC Power Supply



9.2. Limit

The limit on secondary emissions radiated from the receiving equipment within which the function of other radio equipment will not be impaired shall be, in terms of the power of a dummy antenna circuit that has the same electrical constant as the receiving antenna, 4 nW or less at a frequency below 1 GHz and 20 nW or less at a frequency of 1 GHz or higher as measured using the circuit.


9.4. Test Procedure


(2) Set EUT work in test mode as described in clause 2.4



Resolution BW: 100 KHz for frequency below 1GHz and 1MHz for frequency above

1GHz

Video BW: 100 KHz for frequency below 1GHz and 1MHz for frequency above 1GHz

Detector: Peak.

Trace Mode: Max Hold.

(4) All the emissions from 10MHz to 12.75GHz were measured and record.

9.5. Original Test Data


Attenuator

SpectrumAnalyzer



TB-RF-074-1.0

Receiver Spurious Emissions 802.11b 2412MHz 10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1

Marker999.879135 MHz-66.59 dBm ≤ -54dBm(4nW)

1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1

Marker2.998534977 GHz-56.03 dBm ≤ -47dBm(20nW)

6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1

Marker12.478879257 GHz -57.3 dBm ≤ -47dBm(20nW)


TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1

Marker821.483335 MHz-66.94 dBm ≤-54dBm(4nW)

1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

Receiver Spurious Emissions 802.11g 2412MHz 10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

Receiver Spurious Emissions 802.11n(HT20) 2412MHz

10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

Receiver Spurious Emissions

802.11n(HT20) 2472MHz 10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0


10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

Receiver Spurious Emissions

802.11n(HT40) 2462MHz 10MHz~1000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-54.0dBm

M1 S2S3 FC

AA



1


1000MHz~6000MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1


6000MHz~12750MHz

Meas Tools

Next Peak

Next Pk Right

Next Pk Left

Min Search

Pk-Pk Search

More1 of 2

Peak Search



Dl-47.0dBm

M1 S2S3 FC

AA



1



TB-RF-074-1.0

10. Test Setup Photo


TB-RF-074-1.0

11. EUT Photo

External of EUT


TB-RF-074-1.0


TB-RF-074-1.0

Internal of EUT


TB-RF-074-1.0


TB-RF-074-1.0

12. Appendix-Label Information

Label

Label Location


TB-RF-074-1.0

13. Appendix-Construction Protection Confirmation Method

13.1. Requirement

The high-frequency section and modulation section of the radio equipment shall not be capable of being opened easily.

13.2. Confirmation Method

The RF circuits are located inside of the EUT. WIFI module has metal shield protection, Also it won't be easy to be opened. Frequency Band, channels and Modulation parameters are fixed inside the module. The WiFi Module was soldered with the main PCB. They cannot be edited or modified by end-user.

-----End of the report-----

WiFi Module

3mm

3mm

32 feet chip

Shenzhen Toby Technology Co., Ltd.

Documents

Transcript of Shenzhen Toby Technology Co., Ltd.