Directorate General Border Security Force (Prov Dte: Mod Cell)

Directorate General Border Security Force (Prov Dte: Mod Cell)

Expression of Interest Dy. Inspector General (Ord) HQ DG BSF, Prov Dte (Ord Sec) Block No. 10, CGO Complex Lodhi Road, New Delhi (Tele/Fax No. 011-24367683) Mail id: [email protected]

The Sub-group of technical experts on surveillance equipment constituted by MHA vide their letter No. IV-17017/18/2001-Prov-I dated 05 Jul 2002 held its meeting at BSF HQ on 15th May 2019 and 31st May 2019 to formulate the QRs of Equipment and accessories for CCTV surveillance system.

After detailed deliberation the referred Sub-group of technical experts has formulated the QRs and TDs of Equipment and accessories for CCTV surveillance system on 31st May 2019 which are as under:-

a) QR OF 4 Port POE with 2 SFP ports and 2 SFP modules (Unmanaged)

S.No Specifications

1 Rugged outdoor Din Rail mountable switch with Ethernet ports 2 or more

with suitable AC PSU; Support bi-directional SFP optical for seamless

integration and dual power inputs.

2 POE + Standards should be in accordance with IEEE 802.3af and IEEE

802.3at standards with PoE budget of 240W or more. Should support HPOe

60W to power PTZ

3 The Switch must support IEEE 802.17 or equivalent Ring resiliency / Ring

protection technology for Sub 50Ms convergence time

4 L2 Features: IEEE 802.3ac, IEEE 802.3az, IEEE 802.1v, IEEE 802.1Q, IEEE

802.1s, IEEE 802.1w, IEEE 802.1D,VRRPv3 and shall be upgradable to

support RIP, OSPF for IPv4 and IPv6 based on network requirements.

5 Multicast For Video: IGMP snooping v1 , v2 and v3, MLD snooping (v1 and v2)

6 Security: Should support ACLs, DHCP snooping, IEEE 802.1x based port

authentication, DHCPv4 (Snooping, server/ client), RADIUS, TACACS+, SSL,

SSH, SSLv3, Port Mirroring, NTP, sflow/netflow

:02:

Wire speed traffic classification with low latency essential for real time

streaming and real time Video and voice applications

Management: SNMPv1, v2c and v3, Web GUI, CLI, IPv6 management

features on open standards

Should support Unidirectional Link Detection (UDLD) or equivalent to detect

unidirectional links caused by incorrect fibre optic wiring or port faults and

disable on fibre optics interfaces

Operating Temperature: Min of -40 to 70 Degrees or better

Humidity: 5% to 95% or better

Certifications: Shock EN60068-2-2/ EN60068-2-3A/ibration EN60068-2-6/

NEMA TS2/EMC : EN61000-4-2 (ESD)/ EN61000-4-3 (RS)/ EN61000-4-4

(EFT)/ EN61000-4-5 (Surge)/ EN61000-4-6 (CS)/ EN61000-4-8 EN61000-4-11

UUIEC/EN 60950-1; ROHS Compliance; Min. IP30 Enclosure Rating, DIN Rail Mounting (Optional)

Device management(Optional)- Graphical Monitoring (Topology view, Floor

view, System (iDMS) Map view), find my switch, Traffic Monitoring, Trouble

shooting

(Ashok Kumar Sharma) (Rajnish I mar), PSO (E) (S e der Singh)DC CRPF ADG (Log) BSF BPR&D

(Insp/Comn Chhitar Mal) (Insp/Tele Thakar Ram) SSB ITBP

APPROVED/ NOT-APPROVED

(Rajni Kant Mishra) IPS DIRECTOR GENERAL

BORDER SECURITY FORCE

(SI/RM Subhash) SIW, BSF

c, 1.1e117 -42=v:aii..gtavw69.1:J (Gagan Bhardwaj), AC SIW, BSF

BPR&D (Ashok umar Sharma) (Rajnis ADG (Log) BSF

ar), PSO (E) (Sur der Singh)DC CRPF

), DC (917 1° 6.3-4 4, (Cagan Bhardwaj), AC SIW, BSF w

QR of Junction Box

SNo. 1 Specification An IP66 Rated Junction Box with following as minimum requirement

1. Frame Enclosures in sturdy sheet steel construction consisting of a 1.5mm sheet steel frame folded from one piece and welded, with All-round protective channel on the door aperture. Cutout with Gland plates on Top sides for cable entry purpose.

2. Enclosure Material CRCA Sheet steel 3. Surface finish Powder-coated 4. Colour Nano Ceramic Coated, electro-dipcoat primed to 20 microns and powder coated with Textured polyester RAL 7035 to 80 to 120 microns 5. Dimension (minimum) 300 X 400 X 210 (mm) 6. IP Protection IP66 (Certificate to be enclosed ) 7. Paint Electrophoretic Powder quoting: 8. Standard and Certificates Regulatory Standard Compliance: IP66 to EN60529 , ISO 9001, 14001, comply with EIA 310 ,DIN 41494 9. Supply includes: a 6 Core Fiber Splice Tray, b 2 Pole 16Amp MCB c Terminal Blocks

(Insp/Comn Chhitar Mal) (Insp/Tele Thakar Ram) (SI/RM Subhash) SSB ITBP SIW, BSF

APPROVED/ NOT-APPROVE/T—



Network Video Recorder (NVR)

S. No. Parameter Specification i. Channels 64 Nos IP Channel ii. Max incoming 640 Mbps or better iii. Supported camera ONVIF iv. Video Output 1 HDMI/I VGA/TCP/IP v. Display resolution 3840x2160,

1920x1200,1920x1080,1680x1050,1600x1200 vi. Display speed Upto 1920 ips vii. Digital zoom X2-X12 viii. Max throughput 4k (UHD) resolution with 30 frames/sec

(Maximum) ix. Recording resolution upto 12 MP ( depending on IP camera) x. Encoding Mode CBR,VBR xi. Compression H.265, H.264 xii. Recording Mode Time-Lapse, Event,Pre-Event, Panic Alarm In,

Audio Detection , Trip -Zone, Tampering xiii. Trigger events with

suitable analytics Video loss, text-in, ANPR,FRS at respective interface (as per requirement)

xiv. Performance 16ch full HD synchronous playback time-lapse , event log. Thumbnail

xv. Search Mode Motion, text in xvi. Digital zoom X2-x12/SATAX4/SATAX8,eSATAx1 (As per

project requirement)

xvii. HDD (upto 10 TB capacity for each disk), RAID 1,5/6, 10 supported

xviii. Total capacity 4x4 (External) xix. Client connection Gigabit Ethernet (client)xl xx. Video in connection Gigabit Ethernet (video in) x3 xxi Remote data export Yes, Email (attach clip)(cbf) (,call back to xxii Event notification Notification (mobile) xxiii Redudancy support 10:01 xxiv Two way audio Yes, Local (NVR) :1 RCA/1RCA+1HDMI xxv Audio in/out IP camera:64/64 (depending on IP) xxvi Alarm in/out Local (NVR):4/1 IP camera: 64/64 xxvii Alarm reset in 1 xxviii Serial interface RS232 (terminal block), RS 485 xxix USB USB 2.0X2,USB 3.0X1, mouse control

network remote keyboard , front

xxx User interface Button (panic) xxxi Operating system Embedded Linux/windows

"Ggg- (R K M 1), DC CPItVit CISF

(Ashok Ku a Sharma) (Rajnish ADG (Log) BSF BPR&D CRPF

414 4 *1:77,6Py) (Gagan Bhardwaj), AC SIW, BSF

-2-

xxxii Chasis Rack type xxxiii Working temp

Operating humidity 0-40 degree centigrade 10-90% xxxiv

xxxv Power input Ac 100-240 V (redundant SMPSY ra A


Approved/ Net-approve-d

(Rajni Kant Mishra) Director General

Border Security Force

ai„ ,shagizo (Gagan Bhardwaj), AC SIW, BSF

t'f/4,191/ g (R K 1, DC CISF

QRS OF OFC 6 CORE (ARMOURED) — -- .■ .......• ...nos—. • .M.VIM

(A) Optical Fiber Sensor Cable: 1 Loose Tube jelly filled Multi tube design Armored optical Fiber 2 cable

Single Mode : (ITU-T Rec. G652D) Fiber 3 Attenuation : At 1310nm > 0.38 dB/Km 4 Attenuation : At 1550 nm < 0.25 dB/Km 5 Core Diameter : 9/125/250p m 6 Clad Diameter : 125 + 1.0 p m 7 Clad non circularity : < 1.0%

8 Coating Diameter : 245 + 10 p m 9 Chromatic Dispersion : At 1550 nm < 18.0 ps/nm.km 10 Zero Dispersion wave length : 1300 —1324 nm 11 Zero Dispersion slop : < 0.092 ps/nm2.km 12 Cut-off Wavelength : < 1320 nm 13 Polarization Mode Diameter : < 0.2 ps/root km 14 Mode Field Diameter : At 1310 nm 9.3 + 0.5 p m 15 Fiber Identification: Blue, Orange, Green, Brown, Slate, White, Red, Black, Yellow, Violet, Pink & Natural. 16 No. of fibers : 06F 17 Moisture Barrier: Single layer of water swellable tape / Polyester Tape applied longitudinally. (B) Strength: 1 Type (Outer Jacket) : 2# Steel wire /FRP RODs 2 Type (Peripheral) : Aramid Yarn (C) Mechanical and Environmental: 1 Max Tensile Strength : 3500 Newton 2 Crush Resistance :Newton 4000/10 cm 3 Minimum Bending radius : 20 x Diameter 4 Operating Temperature : -30°C to +70°C

/ r

0 R ib,

(Ashok mar Sharma) (Rajnish(Kpmar), PSO (E) (Su der Singh)DC ADG (Log) BSF BPR&D CRPF

(Insp/Comn Chhitar Mal) (Insp/Tele iakar Ram) (SI/RM Subhash) SSB ITBP SIW, BSF

Approved/ approved.



QR OF SOFTWARE FOR INTEGRATION OF CAMERAS WITH SDK/API WITH VMS, 2.5D MAPS, HYPERLINK, VA-TRIPWIRE & ZONE ENTRY EXIT

S r. No. Specifications 1 REQUIREMENT:

The requirements VMS System shall be as below: 1.1 Management Software: 1.1.1 This shall be a highly scalable enterprise level software solution. It shall offer a

complete video surveillance solution that will be scalable to required numbers of cameras that can be added on a unit-by-unit basis.

1.1.2 The Management Software shall be licensed and shall operate on open architecture and shall require no proprietary IT hardware.

1.1.3 The Management Software shall allow for video to be streamed on workstation in Matrix or on a video wall.

1.1.4 The user with administrative rights shall create clients (users) and give access to the software client application based on predefined user access rights.

1.1.5 The system shall allow the recording, live monitoring, playback of archived video and data simultaneously.

1.1.6 The software shall provide the following: 1.1.6.1 Several simultaneous live picture connections of camera in network. 1.1.6.2 Configuration of monitoring situation (2 Dimensional Multi-Level site maps). 1.1.6.3 Programming of alarm-triggered automatic events in various alarms confi • uration. 1.1.6.4 System set up with limited operation options for clearly defined surveillance

tasks. 1.1.6.5 Programming of automatic recording events on a network recorder. 1.1.7 The software shall display dual H.264 video streams in real time simultaneously

at frame rates ranging from 1 fps to 25 fps and resolution ranging Full HD to other HD/SD resolution.

1.1.8 Each camera's bit rate, frame rate and resolution shall be set independently from other cameras in the system, and altering these settings shall not affect the recording and display settings of other cameras.

1.1.9 The software shall provide automatic search and discovery of components of video surveillance system on the network which can be network cameras.

1.1.10 The software shall provide drag & drop functions on the system and also for set up of connection between cameras and monitors connected to one workstation.

1.1.11 The software shall allow: 1.1.11.1 Live display of cameras. 1.1.11.2 Live display of camera sequences. 1.1.11.3 Control of PTZ cameras. 1.1.11.4 Playback of archived video. 1.1.11.5 Retrieval of archived video. 1.1.11.6 Instant Replay of live video. 1.1.11.7 Use of site maps. 1.1.11.8 Configuration of system settings. 1.1.11.9 Configuration and programming of P/T/Z cameras, features like auto tours,

presets etc. P

csv

1.1.12 The software shall be able to do video recording on any of the following options - inbuilt hard disks on the server, direct attached storage boxes attached to servers, network attached storage, storage area network.

1.1.13 The software shall be capable of handling camera and alarm icons on area maps. The area map shall be configurable to pop up upon the receipt of an alarm received from a camera on the map. This can be on the same or other

monitors on the PC. 1.1.14 The software shall be able to select the required recording based on the time

recording was activated, the duration of recording, operator activated recording, event activated recording, scheduled recording.

1.1.15 The software shall provide a reporting utility for tracking for the following minimum options. Video clips and image snapshots shall be stored with reports for documenting events.

1.1.15.1 Alarms 1.1.15.2 Incidents 1.1.15.3 Operator logs 1.1.16 The software shall have the facility to export the desired portion of clipping of

video from a desired date/time to another desired date/time on DVD/ on any client/ network storage device. Viewing of this recording shall be possible on authorized player which shall be provided by software manufacturer or in media player on computer utilizing a Window environment.

1.1.17 The Video Management servers shall not limit the number of network video recording servers which can be networked together to form video management and recording system.

1.1.18 The Video Management servers shall maintain a catalog of settings for all the clients, servers, and IP cameras & IP enabled cameras in the system. If Video Management servers & recording cannot be managed by single server, in such cases, additional server shall be provided.

1.1.19 The software shall enable the client to dynamically create connections between cameras and clients and view live or recorded video on Monitors.

1.1.20 The software shall provide the client seamless operation of all cameras and clients available in the system regardless of the actual connection to different Network Video Recording servers.

1.1.21 The software shall detect signal loss and have the capability to alert the systems administrator.

1.1.22 The software shall receive all incoming events (motion detection and triggered digital input and relay output) in the system and take appropriate actions based on user-defined event/action relationships.

1.1.23 The software shall create an audit trail of all events and user activities. 1.1.24 The Management Software shall support the following:- 1.1.24.1 The Management Software shall provide a full matrix operation of IP video to

display monitors. 1.1.24.2 The Management Software shall have the capability of creating camera

sequences with the following functionalities: 1.1.24.2.1 Each Sequence shall have capability up to hundreds of cameras. 1.1.24.2.2 Each camera in the sequence shall have its own individual dwell time, from 1

to 60 seconds. 1.1.24.2.3 Multiple users shall be able to view the same camera sequence

simultaneously, not necessarily synchronized on9 '

with the other. ! 1

1.1.25 The software shall provide alarm management module. 1.1.25.1 The alarm management shall be able to set any monitor or groups of

monitors to automatically display cameras in response to alarm inputs. 1.1.25.2 The alarm management shall be able to reset automatically or manually

alarmed video. 1.1.26 It shall be possible to search for recordings in the software by camera, date

and time. If a data and time is specified, playback shall commence from that date and time. It shall be possible to playback more than one camera

simultaneously. 1.1.27 The software shall support at least 64 video streams concurrently. It shall

support at least 4 monitors in one server/ workstation for displaying live video. It shall allow minimum 5 levels of user and alarm prioritization. It shall allow minimum 16 cameras to be replayed simultaneously.

1.1.28 The VMS shall be seamlessly integrated with Face recognition Software and have capability to receive the alerts.

1.2 Graphic User Interface Client Software Features: 1.2.1 The GUI software shall perform the following applications simultaneously

without interfering with any of the storage server operations (recording, alarms, etc.): 1.2.1.1 Live display of cameras. 1.2.1.2 Live display of camera sequences. 1.2.1.3 Control of PTZ cameras. 1.2.1.4 Playback of archived video. 1.2.1.5 Retrieval of archived video. 1.2.1.6 Instant replay of live video. 1.2.1.7 Use of graphical controls (maps) and alarm management. 1.2.1.8 Configuration of system settings. 1.2.2 The GUI software shall support any form of IP network connectivity including

LAN, WAN and wireless LAN technologies. 1.2.3 The GUI software shall support multicast and unicast video streaming. 1.2.4 The GUI software shall provide an authentication mechanism, which verifies

the validity of the user. 1.2.5 The GUI software shall allow for live monitoring of video. 1.2.6 It shall enable view of 1 to minimum 16 video tiles simultaneously on a single

digital monitor at 25 fps per camera. 1.2.7 The software shall provide on each of the digital monitors independently the

following tile views: 1.2.7.1 Full screen 1.2.7.2 Quad view 1.2.7.3 4x4 (16-view) 1.2.7.4 The Software shall also support any other window division based on the site

requirement. 1.2.8 Camera.

The GUI software shall allow operators to view an instant replay of any

1.2.8.1 The operator shall be able to define the amount of time he wishes to go back from a timeline bar or through a custom setup period.

1.2.8.2 The operator shall be able to control the playback with play, pause, forward, and speed buttons.

1.2.9 The operator shall be able to choose and trigger following minimum action from a macro/site map:

........, I r

r

1_

0 4-

View Camera in a video tile. View map or procedure in a video tile. Starting/stopping . PTZ a

1.2.9.4 Go to PTZ preset. 1.2.10 The GUI software shall provide management and control over the system

using a standard PC mouse, keyboard and Digital keyboard. 1.2.11 The GUI software shall display all cameras attached to the system regardless

of their physical location on the network. 1.2.12 The GUI software shall display all camera sequences created in the system. 1.2.13 The GUI software shall allow operators to control (pause/play, skip forwards,

skip backwards) camera sequences. 1.2.14 tree.

The GUI software shall display all cameras, sequences and users in a logical

1.2.15 The GUI software operator shall be able to drag and drop a camera from a tree of available cameras into any video tile for live viewing.

1.2.16 The GUI software operator shall be able to view the camera from a tree of available cameras into any video tile for live viewing.

1.2.17 The GUI software shall support graphical site representation (map) functionality, where digital maps are used to represent the physical location of cameras and other devices throughout facility.

1.2.18 The maps shall have the ability to contain hyperlinks to create a hierarchy of interlinked maps.

1.2.19

browser.

The GUI software operator shall be able to view the camera from a map into a video tile for live viewing in the same browser without opening a new

1.2.20

stream.

The operator shall be able to click on an icon in a map to initiate PTZ camera preset, run PTZ pattern, view camera in an analog monitor or send an I/O

1.2.21 streams.

The GUI software shall support digital zoom on a fixed camera's live video

1.2.22 streams.

The GUI software shall support digital zoom on a PTZ camera's live video

1.2.23 Camera.

The operator shall be able to control Pan, Tilt and Zoom patterns of PTT/Z

1.2.24 The software shall be able to display video of cameras on 40 inch Large Format Display Monitors and Workstation Monitors.

1.2.25 The software shall allow the control of display from the client PC. 1.2.26 The operator from the GUI software shall be able to decide the screen layout

and also the cameras that shall be displayed on the monitors. 1.2.27 The software shall support multicasting. 1.2.28 It shall be possible to switch the screen layout in response to an alarm. 1.2.29 The GUI Software shall support text superimposing the title and date & time

on the video. 1,3 Video Recording Software: 1.3.1 Software shall support recording of H.264/H.265 video streams. It shall

support recording of video and audio for all the channels. 1.3.2 Software shall support triplex applications, recording, re-play and backup

simultaneously. It shall be compatible with windows Server OS or Linux for highest performance and reliability.

i

1.2.9.1 1.2.9.2 1.2.9.3

1.3.3 The software shall support absolute recording redundancy with X to N, N to X and N to N redundancy configurations for recording severs. This feature shall be provided, if specified by purchaser.

1.3.4 Software shall operate on open architecture and shall not require any proprietary hardware.

1.3.5

network.

Software shall be able to record minimum 64 different video streams or more simultaneously. It shall be accessible from any client PC connected to the

1.3.6 Software shall provide network time server function to ensure the synchronization of the video servers and the recordings.

1.3.7 The servers shall be connected to the network so that these can be placed at any location which has network access.

1.3.8 The software shall be able to receive alarms of different types from equipment to start a recording. These alarms can be motion detection, video loss, unified picture and trigger input.

1.3.9 The software alarm recording shall support pre-and post-alarm periods. Both can be configured in duration.

1.3.10 The software shall provide a status of the available recording capacity. 1,3.11 Fault Tolerant Recording: 1.3.11.1 If software & server(s) operation are interrupted, like power disconnection and

once the server(s) are restarted, these shall automatically resume recording of any cameras these were recording prior to the interruption.

1.3.11.2 The software shall support network fault-tolerant recording such that if the network connection between a video management server and video recording server becomes unavailable, for example through cable breakage, network congestion or WLAN interruption, the system operation shall automatically recover when the connection is restored.

1.3.12 Search & Export: 1.3.12.1 It shall be possible to search for recordings in the software by camera, date

and time. If a data and time is specified, playback shall commence from that date and time. It shall be possible to playback more than one camera

simultaneously. 1.3.12.2

possible.

The software shall be able to export sections of recordings to a separate Windows folder, which can then be written to CD-ROM, DVD-ROM or USB Flash Drives etc. to be played back at a location not connected to the network video management & recording network. The export process shall make available a player application, which can be provided with the exported video. Export shall be possible in Windows media player or any other media player compatible format. Simultaneous export of multiple cameras shall also be

The VMS should be able to integrate with IRIDISS and raise an alarm. It should support intelligent logics for entry-exit, entry-exit-entry. It should also be able to detect multiple entry, false entry,

division of intruders etc VMS Should be able to integrate to unmanned ground sensors. This should

be depicted on the live map with highlighting of zone of intrusion The VMS should be able to integrate with exiting surveillance equipment. It should be able to highlight any movement of humans and vehicles under no

light conditions and pop up alerts on the alert screen.

venue.

The Command Control Software should be integrated to GIS Maps to support position of cameras with Lat/Long. In addition should be DMR ready to integrate the Police DMR sets for live display of location of policemen in the

_

s-

(Ashok Ku harma) (Rajnish ADG (Log) BSF

), PSO (E) (Surender Singh)DC CRPF BPR&D

Additional Features:

The software should have an integrated Video Analytics to support following Features :

i. Tripwire ii. Person moving in/out of an Area iii. Left object Detection iv. ANPR Capability v. UVSS Capability

The VMS Software, Video Analytics, ANPR & UVSS should be a seamless integrated single software Platform.

1.3.11.2

1.3.12 1.3.12.1

APPROVED/ NOT-APPROVED



(Gagan Bhardwaj),.AC ge,sc SIW, BSF

(Insp/Comn Chhitar Mal) (Insp/Tele Thakar Ram) SSB ITBP

(SI/RM Subhash) SIW, BSF

Trial Directive OF 4 Port POE with 2 SFP ports and 2 SFP modules (Unmanaged)

S.No Specifications Trial Directive 1 Rugged outdoor Din Rail mountable switch Ethernet

ports 2 more with suitable AC PSU; Support bi- directional SFP optical for seamless integration and dual power inputs.

Specification to be verified by the BOO through Specs Sheet.

2 POE + Standards should be in accordance with IEEE 802.3af and IEEE 802.3at standards with PoE budget of 240W or more. Sould support HPOe 60W to power PTZ


3 The Switch must support IEEE 802.17 or equiavlent Ring resiliency / Ring protection technology for Sub 50Ms convergence time


4 L2 Features: IEEE 802.3ac, IEEE 802.3az, IEEE 802.1v, IEEE 802.1Q, IEEE 802.1s, IEEE 802.1w, IEEE 802.1D,VRRPv3 and shall be upgradable to support RIP, OSPF for IPv4 and IPv6 based on network requirements.


5 Multicast For Video: IGMP snooping v1 , v2 and v3, MLD snooping (v1 and v2)


6 Security: Should support ACLs, DHCP snooping, IEEE 802.1x based port authentication, DHCPv4 (Snooping, server/ client), RADIUS, TACACS+, SSL, SSH, SSLv3, Port Mirroring, NTP, sflow/netflow


7 Wire speed traffic classification with low latency essential for real time streaming and real time Video and voice applications


8 Management: SNMPv1, v2c and v3, Web GUI, CLI, IPv6 management features on open standards


9 Should support Unidirectional Link Detection (UDLD) or equivalent to detect unidirectional links caused by incorrect fibre optic wiring or port faults and disable on fibre optics interfaces


10 Operating Temperature: Min of -40 to 70 Degrees or better


11

..,

Humidity: 5% to 95% or better Specification to be verified by the BOO through Specs Sheet.

BPR&D ADG (Log) BSF (Ashok K Sharma) (Rajnish mar), PSO (E) (Suren er Singh)DC

CRPF

(R eel), DC CISF

12 Certifications: Shock EN60068-2-2/ EN60068-2- 3Nibration EN60068-2-6/ NEMA TS2/EMC : EN61000-4-2 (ESD)/ EN61000-4-3 (RS)/ EN61000-4- 4 (EFT)/ EN61000-4-5 (Surge)/ EN61000-4-6 (CS)/ EN61000-4-8 EN61000-4-11


13 UL/IEC/EN 60950-1; ROHS Compliance; Min. IP30 Enclosure Rating, DIN Rail Mounting


14. Device management(Optional)- Graphical Monitoring (Topology view, Floor view, System (iDMS) Map view), find my switch, Traffic Monitoring, Trouble shooting

To be checked physically by the BOO.

A

k.stikm..oSivish &a l > (Gagan Bhardwaj), AC SIW, BSF

64-


APPROVED/ NOT-APPROVED,-



(Ashok umar Sharma) (Rajni ADG (Log) BSF

BPR&D umar), PSO (E) (S

CR nder Singh)DC

TD of Junction Box

; ONO. I bpecnication Trial Directive An IP66 requirement

Rated Junction Box with following as minimum

1. Frame Enclosures in sturdy sheet steel construction

consisting of a 1.5mm sheet steel frame folded from one piece and welded, with All-round protective channel on the door aperture. Cutout with Gland plates on Top sides for cable entry purpose.

Specification to be verified by the BOO through specs sheet

2. Enclosure Material CRCA Sheet steel Specification to be verified by the BOO through specs sheet Specification to be verified by the BOO through specs sheet

3. Surface finish Powder-coated

4. Colour Nano Ceramic Coated, electro-dipcoat primed to 20 microns and powder coated with Textured polyester RAL 7035 to 80 to 120 microns


5. Dimension (minimum) 300 X 400 X 210 (mm) Specification to be verified by the BOO through specs sheet

6. IP Protection IP66 (Certificate to be enclosed) Specification to be verified by the BOO through specs sheet

7. Paint Electrophoretic Powder quoting: Specification to be verified by the BOO through specs sheet

8. Standard and Certificates Regulatory Standard Compliance: IP66 to EN60529 , ISO 9001, 14001, comply with EIA 310 ,DIN 41494


9. Supply includes: Specification to be verified by the BOO through specs sheet

a 6 Core Fiber Splice Tray, Specification to be verified by the BOO through specs sheet

b 2 Pole 16Amp MCB Specification to be verified by the BOO through specs sheet

c Terminal Blocks Specification to be verified by the BOO throughNecs sheet n ., .-.

cgbein 4)-a ► SitspatatDod) (Gagan Bhardwaj), AC SIW, BSF


APPROVED/ NOT-APPROVED.

t.) (Rajni Kant Mishra) IPS

DIRECTOR GENERAL


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TD OF OFC 06 CORE (ARMOURED) zwimo 1 SPECIFICATION

I TRIAL DIRECTIVE (A) Optical Fiber Sensor Cable:

1 Loose Tube jelly filled Multi tube design Armored optical Fiber cable

Specification to be verified by the BOO

through Specs Sheet. 2 Single Mode : (ITU-T Rec. G652D)Fiber Specification to be verified by the BOO

through Specs Sheet. 3 Attenuation : At 1310nm > 0.38 dB/Km Specification to be verified by the BOO

through Specs Sheet. 4 Attenuation : At 1550 nm < 0.25 dB/Km Specification to be verified by the BOO

through Specs Sheet. 5 Core Diameter : 9/125/250p m


through Specs Sheet. 6 Clad Diameter : 125 + 1.0 p m Specification to be verified by the BOO

through Specs Sheet. 7 Clad non circularity : < 1.0% Specification to be verified by the BOO

through Specs Sheet. 8 Coating Diameter : 245 + 10 p m Specification to be verified by the BOO

through Specs Sheet. 9 Chromatic Dispersion : At 1550 nm < 18.0 ps/nm.km Specification to be verified by the BOO

through Specs Sheet. 10 Zero Dispersion wave length : 1300 -1324 nm Specification to be verified by the BOO

through Specs Sheet. 11 Zero Dispersion slop : < 0.092 ps/nm2.km Specification to be verified by the BOO

through Specs Sheet. 12 Cut-off Wavelength : < 1320 nm Specification to be verified by the BOO

through Specs Sheet. 13 Polarization Mode Diameter :< 0.2 ps/root km Specification to be verified by the BOO

through Specs Sheet. 14 Mode Field Diameter : At 1310 nm 9.3 + 0.5 p m Specification to be verified by the BOO

through Specs Sheet. 15 Fiber Identification: Blue, Orange, Green, Brown,

Slate, White, Red, Black, Yellow, Violet, Pink & Natural.


through Specs Sheet.

16 No. of fibers : 06 F Checked by BOO. 17 Moisture Barrier: Single layer of water swellable tape

/ Polyester Tape applied longitudinally. Specification to be verified by the BOO

through Specs Sheet. (B) Strength:

1 Type (Outer Jacket) : 2# Steel wire /FRP RODs Specification to be verified by the BOO

through Specs Sheet. 2 Type (Peripheral) : Aramid Yarn Specification to be verified by the BOO

i

~ai11,12.1+

harma) (Rajnish Kumar), PSO (E) BPR&D

(Ashok Kum r ADG (Log) BSF nder Singh)DC

CR

through Specs Sheet. (C) Mechanical and Environmental:

1 Max Tensile Strength : 3500 Newton

2

3

Crush Resistance :Newton 4000/10 cm

Minimum Bending radius : 20 x Diameter

4 Operating Temperature : -30°C to +70°C









/:" -,6kfiegia It.o4r244V (Gagan Bhardwaj), AC gcir SIW, BSF

CISF


Approved/Net-approved

K%:-%Vk-\\N



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Ret

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al o

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Ins t

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Use

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figur

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the

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me

ntin

g ev

ents

.

co E CIS

< Inci

dent

s

Ope

rato

r lo

gs

Th

e so

ftw

are

sh

all

hav

e th

e fa

cilit

y to

ex

port

th

e des

ired

port

ion

of

clip

ping

of

vid

eo f

rom

a

desi

red

date

/tim

e to

an

ot h

er

desi

red

dat

e/ti

me

on

DV

D/

on a

ny c

lien

t/ n

etw

ork

sto

rage

dev

ice.

V

iew

ing

of

t his

reco

rdin

g s

hall

be

po

ssib

le o

n a

uth

ori

zed

pla

yer w

hich

sh

all be

pro

vided

by s

oft

war

e m

anu

fact

ure

r o

r in

me

dia

pla

y er on c

om

pute

r u

tiliz

ing

a W

indo

w

env

iron

men

t.

Th

e V

ideo

Man

agem

ent

se

rver

s sh

all

not

lim

it th

e nu

mbe

r of

net

wor

k v

ideo

reco

rdin

g se

rver

s w

hich

can

be n

etw

ork

ed t

og

ether

to

form

vid

eo m

anag

em

ent an

d r

ecord

ing

syst

em

.

Th

e V

ideo

Manag

em

ent

se

rver

s s

ha

ll m

ain

tain

a c

ata

log

of

se

ttin

gs fo

r a

ll t

he

clie

nts,

se

rver

s, a

nd

IP c

amer

as &

IP

en

ab

led c

am

eras

in

the

syst

em. I

f V

ideo

Man

agem

ent se

rve

rs

& r

eco

rdin

g ca

nnot

be

man

aged

by

sin

gle

ser

ver

, in s

uch c

ase

s, a

ddi

tion

al

serv

er s

ha

ll b

e p

rov

ided

.

The

soft

ware

sh

all

en

ab

le t

he

cli

ent t

o d

yn

amic

ally

cre

ate

co

nn

ecti

o ns

be

twee

n c

ame

ras

an

d c

lien

ts a

nd v

iew

liv

e o

r re

cord

ed v

ideo

on

Mon

ito

rs.

Th

e s

oft

ware

sha

ll p

rov

ide

the

cli

ent se

am

less

op

era

tion

of

al l c

amer

as a

nd c

lients

ava

ilab

le

in t

he

syst

em

reg

ard

less

of

the

ac

tua

l co

nnect

ion

to d

iffe

rent

Ne

two

rk V

ideo

Rec

ord

ing

serv

ers

.

Th

e so

ftw

are

sh

all d

ete

ct s

ignal lo

ss a

nd

hav

e t

he

cap

abi

lity

to a

lert

the

sy

stem

s a

dmin

istr

ator

.

The

soft

ware

sh

all

rece

ive a

ll in

com

ing

eve

nts

(mot

ion

det

ecti

on a

nd t

rigg

ere

d d

igit

al in

put

an

d r

ela

y ou

tput

) in

the

sy

stem

an

d t

ake

app

rop

riat

e ac

tio

ns

base

d o

n u

se

r-d

efin

ed

even

t/ac

tion

re

lati

on

ship

s.

The

soft

war

e s

ha

ll c

reate

an

au

dit t

rail

of a

ll e

vents

an

d u

ser

act

iviti

es.

The

Man

agem

ent S

oft

war

e s

ha

ll s

upp

ort

the

foll

owin

g:-

The

Man

ag

em

ent S

oft

war

e s

hall

pro

vid

e a f

ull

ma

trix

op

era

tion

of

IP v

ideo

to d

isp

lay

mo

nito

rs.

U) "e- ,--

•■— U) •■—

,--

Csi U) 'C.-

c-

CO U) •E--

.—

(0 .(—

c-

r'••• V*

N—

CO •C—

1—

0) 1— ,-.

CD CNI a—

T— Cs1 c—

(N CN v—

CO CV x.—

.(t. C \ I e---

N--- NI: Cs4 .--

Spe

c ific

atio

n to

be

verif

ied

by th

e B

OO

thro

ugh

spec

s sh

eet

Spe

cific

atio

n to

be v

erif

ied

by t

he B

OO

thr

ough

sp

ecs

shee

t

Sp e

cific

atio

n to

be

verif

ied

by t

he B

OO

thro

ugh

spec

s sh

eet

Spe

cific

atio

n to

be

verif

ied

by t

he B

OO

thr

ough

spe

cs

shee

t

Sp e

cific

atio

n to b

e ve

rified

by t

he B

OO

thr

oug h

spe

cs

shee

t

Spe

cific

atio

n to

be

ver

ified

by

the

BO

O th

roug

h sp

ecs

shee

t

Spe

cific

atio

n to

be v

erif

ied

by th

e B

OO

thro

ugh

spec

s sh

eet

Spe

c ific

atio

n to

be

verif

ied b

y th

e B

OO

thro

ugh

sp

ecs

shee

t

Spe

cific

atio

n to

be v

erifi

ed b

y th

e B

OO

thro

ugh s

pec

s sh

eet

Spe

cific

atio

n to

be

verif

ied

by the

BO

O th

roug

h sp

ecs

shee

t

1.2

Gra

phic

Use

r int

erfa

ce C

lien t S

oftw

are

Feat

ures

:

1.2.

1

The

GU

I so

ftwa

re s

hall

perf

orm

the

follo

win

g a

pp

licat

ions

sim

ulta

neou

sly

with

out i

nte

rfer

ing

Sp e

cific

atio

n to

be

veri

fied

by t

he B

OO

thr

ough

sp

ecs

with

any

of t

he s

tora

ge s

erv

er o

per

atio

ns (

reco

rdin

g, a

larm

s, e

tc.)

: sh

eet

1.2.

1.1

Li

ve d

isp

lay

of c

amer

as.

Phy

sica

lly c

heck

ed b

y B

OO

/Spe

cific

a tio

n to b

e ve

rifie

d by

th

e B

OO

thro

ugh

spec

s s

heet

1.2.

1.2

Live

dis

play

of c

am

era

seq

uenc

es.

Phy

sica

lly c

hec

ked

by

BO

O/S

pec

ifica

tion to b

e ve

rifie

d by

th

e B

OO

thro

ugh

spec

s s

heet

1.2.

1.3

Con

tro

l of P

TZ

cam

eras

. P

hysi

cally

che

cked

by

BO

O/S

pec

ifica

tion

to b

e ve

rifie

d by

th

e B

OO

thro

ugh

spec

s s

heet

1.2.

1.4

Pla

ybac

k of

arc

hive

d vi

deo.

P

hysi

cally

che

cked

by

BO

O/S

peci

ficat

ion to b

e ve

rifie

d by

th

e B

OO

thro

ugh

spec

s s

heet

1.2.

1.5

R

etri

eval

of a

rchi

ved

vide

o.

Phy

sitly

che

cked

by

BO

O/S

pec

ifica

tion

to b

e ve

r ifie

d by

The

Man

agem

ent S

oftw

are

sha

ll have

the c

ap

abili

ty o

f cr

eatin

g ca

mer

a se

que

nces

with

the

fo

llow

ing

func

t iona

litie

s:

Eac

h S

eque

nce

shal

l hav

e ca

p abi

lity

up to h

und

reds

of c

am

eras

.

Eac

h ca

mer

a in

the

seq

uenc

e s

hall

have

its

own

indi

vidu

al d

we l

l tim

e, fr

om 1

to 6

0 se

con d

s.

• M

ultip

le u

se

rs s

hall

be

abl

e to

vie

w t

he s

am

e c

am

era

se

que

nce

sim

ulta

neou

s ly,

no

t ne

cess

arily

syn

c hro

nize

d on

e w

ith th

e ot

her.

The

so

ftwa

re s

hall

prov

ide

ala

rm m

anag

emen

t mod

ule.

The

ala

rm m

ana

g em

ent

shall be

abl

e to

se

t any m

on i

tor or

gro

ups

of m

on

itors

to

auto

mat

ica l

ly d

ispl

ay c

am

eras

in res

po

nse

to a

larm

inp

uts.

The

ala

rm m

anag

emen

t shall be

abl

e to

res

et a

u tom

atic

ally

or

ma

nua

lly a

larm

ed v

ideo

.

It s

hall

be

pos

s ibl

e to s

earch for

reco

rdin

g s i

n t

he s

oftw

are

by

cam

era,

da

te a

nd

tim

e. If a

data

and

tim

e is

sp

ecifi

ed, p

layb

ack s

hall

com

men

ce fro

m t

hat d

ate

an

d t

ime.

It s

hall be

poss

ible

to p

layb

ack

mor

e th

an o

ne c

amer

a si

mu l

tane

ousl

y.

The

so

ftwa

re s

hall

supp

ort at le

ast 6

4 v

ideo

str

eam

s co

ncur

rent

ly. I

t s

hall

supp

ort

at l

ea

st 4

m

onito

rs in

one

ser

ver/

wor

ksta

t ion

for

dis

play

ing

live

vide

o. It s

hall

allo

w m

inim

um 5

leve

ls o

f us

er a

nd a

larm

prio

ritiz

atio

n. It s

hall a

llow

min

imum

16 c

am

era

s to

be r

ep

laye

d si

mul

tane

ousl

y.

The

VM

S s

hall be

sea

mle

ssly

int

egra

ted

with

Fac

e re

cogni

tion

Sof

twar

e a

nd h

ave

cap

abili

ty

to rec

eiv

e th

e a

lerts

.

C \I

N..CI: \! .--

N-- CNi 4

c`4 N--

1.1.

24.2

.2

1.1.

24.2

.3

C-

Iri

("! .,--

(V

tri N ,-

co c`.! c--

r- CV .---

co CN! N.--

the

BO

O t

hro

ug

h s

pecs

shee

t

Spec

ific

atio

n to

be

ver

ified

by t

he

BO

O t

hro

ug

h s

pec

s sh

eet

Spec

ific

atio

n to

be

ve

r ifi

ed b

y the

BO

O t

hro

ug

h s

pec

s sh

eet

Speci

fica

tion

to b

e v

erifi

e d b

y t

he

BO

O t

hro

ug

h sp

ecs

shee

t

Spec

ific

atio

n to

be

ver

ified

by th

e B

OO

thro

ug

h s

pecs

shee

t

Spec

ifica

tion

to b

e v

erif

ied b

y t

he

BO

O t

hro

ug

h s

pecs

shee

t

Spec

ific

atio

n to

be

ver

ifie

d b

y the

BO

O t

hro

ug

h sp

ecs

shee

t

Spec

ific

atio

n to

be

ve

rifie

d b

y th

e B

OO

thro

ug

h s

pecs

sh

eet

Spec

i fica

tion

to b

e v

erifi

ed b

y the

BO

O t

hro

ug

h sp

ecs

shee

t

Spec

ifica

tion

to b

e ve

rifi

ed b

y t

he

BO

O t

hro

ug

h sp

ecs

sh

eet

Phys

ica

lly c

hec

ked

by B

OO

/Spec

ific

atio

n to

be

ver

ifie

d by

the

BO

O t

hro

ug

h s

pecs

sh

eet

Physi

cally

chec

ked

by B

OO

/Sp

ec

ific

atio

n to

be

ve

rifie

d b

y

the

BO

O t

hrou

gh

specs

shee

t

Phys

ical

ly c

hec

ked

by

BO

O/S

peci

fica

tion

to b

e ver

ifie

d by

t he

BO

O t

hro

ug

h s

pecs

shee

t

Spec

ific

atio

n to

be

ver

ified

by

th

e B

OO

thro

ug

h s

pec

s sh

eet

Spec

ifica

tion

to b

e ver

ified

by

the

BO

O t

hro

ug

h s

pec

s sh

eet

Spec

ific

atio

n to

be

ve

rifie

d by

the

BO

O t

hro

ug

h s

pecs

sh

eet

Spec

ifica

tion

to b

e v

erif

ied by

the

BO

O t

hro

ug

h s

pecs

sh

eet

Ins t

ant

rep

lay

of

live

vid

eo.

Use

of

gra

phi

cal c

ont

rols

(m

aps)

an

d a

larm

man

agem

ent.

Con

figu

rati

on o

f sy

ste

m s

ett

ings.

The

GU

I so

ftw

are

sh

all

su

ppo

rt a

ny f

orm

of

IP n

etw

ork

connec

tivi

ty inc l

udin

g L

AN

, W

AN

an

d w

irel

ess L

AN

tec

hno

log

ies.

The

GU

I so

ftw

are

sh

all

su

ppo

rt m

ulti

cast

an

d u

nic

ast

v id

eo s

trea

min

g.

Th

e G

UI

soft

ware

sh

all

pro

v ide

an

au

the

ntic

atio

n m

ec

han

ism

, wh

ich

veri

fies

th

e va

lidity

of

the

use

r.

The

GU

I so

ftw

are

sh

all

all

ow f

or li

ve m

on

itor

ing

of

v ideo

.

It s

ha

ll e

na

ble

vie

w o

f 1 t

o m

inim

um 1

6 v

ideo

til

es s

imult

aneo

us l

y o

n a

sin

gle

dig

ital

mon

itor

a

t 25 f

ps p

er

cam

era

.

The

soft

wa r

e s

ha

ll p

rov

ide

on

ea

ch o

f th

e dig

ital

mon

itor

s in

dep

end

ent l

y th

e fo

llow

ing

tile

v

iew

s:

Fu

ll s

cree

n

Qua

d v

iew

4x4

(1

6-v

iew

)

The

So

ftw

a re

sh

all

also

supp

ort

any o

ther

win

do

w d

ivis

ion

base

d o

n th

e s

ite

req

uir

emen

t.

The

GU

I so

ftw

are

sh

all

allo

w o

pe

rato

rs to v

iew

an

in

stan

t rep

lay

of

any C

amer

a.

Th

e o

pe

rato

r sh

all

be

able

to d

efin

e th

e am

ou

n t o

f ti

me

he w

ishes

to g

o b

ack fr

om a

tim

elin

e bar

or

thro

ug

h a

cust

om

se

tup

per

iod.

Th

e op

era

tor s

ha

ll b

e a

ble

to c

on

trol

the

pla

ybac

k w

ith p

lay,

pau

se, f

orw

ard, a

nd s

pee

d bu

ttons.

co l--

N

h. N.-

N

03. l--

N N N

co. N

'4: N

kr)

N co. N

N N

.— N N

N N N

c N N

'4" N N

co N

.— cc) N

c`! cc? N

Spe

c ific

atio

n to

be

veri

fied

by t

he B

OO

thr

oug h

spe

cs

shee

t

Spe

c ific

atio

n to

be v

eri

fied

by the B

OO

t hro

ugh

spec

s sh

eet

Sp e

cific

atio

n to b

e ve

rifie

d by

the B

OO

thr

ough

sp

ecs

shee

t

Sp e

cific

atio

n to b

e v

eri

fied

by t

he B

OO

thr

ough

sp e

cs

shee

t

Sp e

cific

atio

n to

be

veri

fied

by the

BO

O thr

oug h

spe

cs

shee

t

Spe

cific

a tio

n to

be v

er i

fied by

the

BO

O t

hrou

g h s

p ecs

sh

eet

Sp e

cific

atio

n to

be v

erif

ied by

the

BO

O t

hrou

g h s

pecs

sh

eet

Spe

cific

a tio

n to

be

veri f

ied

by the

BO

O t

hrou

gh s

pec

s sh

eet

Spe

cific

a tio

n to

be v

er i

fied

by the B

OO

thr

oug h

spe

cs

shee

t

Sp e

cific

atio

n to

be

verif

ied

by t

he B

OO

thr

ough

sp

ecs

shee

t

Sp e

cific

atio

n to b

e ve

rifie

d by

the

BO

O t

hrou

gh s

p ecs

sh

eet

Spe

cific

a tio

n to

be

ver

ifie d

by the B

OO

thr

oug h

spe

cs

shee

t

Spe

cif ic

atio

n to

be

ver i

fied

by the B

OO

thr

oug h

spe

cs

shee

t

Spe

c ific

atio

n to

be

ver if

ied

by t

he B

OO

thr

oug h

spe

cs

shee

t

The

GU

I so f

twa

re o

per

ator

sha ll b

e a

ble

to v

iew

the

cam

era

from

a m

ap

into

a v

ideo

tile

for S

pec

ifica

tion

to b

e ve

r ified by

th

e B

OO

t hro

ugh

spec

s liv

e v

iew

ing

in the s

ame

brow

ser w

ithou

t op

enin

g a n

ew b

row

ser.

sh

eet

Spe

cific

a tio

n to

be

verif

ied

by th

e B

OO

thr

oug h

sp e

cs

shee

t

' Spe

cific

a tio

n to

be

verifie

d by

the

BO

O t

hrou

g h s

p ecs

/I A

.001

The

op

erat

or s

hall

be a

ble

to c

hoos

e an

d tr

igge

r fo

llow

ing

min

imum

ac t

ion

from

a m

acro

/site

m

ap:

Vie

w C

am

era

in a

vid

eo tile

.

Vie

w m

ap o

r p

roce

dure

in a

vid

eo tile

.

Sta

rting

/sto

ppin

g P

TZ

pat

tern

.

tl.) CO ED CL N I- 0- 0 0

0

The

GU

I so

ftwa

re s

hall

prov

ide

man

agem

ent an

d co

n tro

l ov e

r th

e s

yst

em u

sin

g a s

tan

dard

P

C m

o use

, key

boa r

d an

d D

igital

key b

oard

.

The

GU

I so

ftwar

e s

hall disp

lay

all

cam

era

s a

ttac h

ed t

o th

e s

yst

em re

gar

dles

s of

t hei

r p

hysi

cal l

oca t

ion

on t

he n

etw

ork.

The

GU

I sof

twar

e sh

a ll d

isp

lay

all

cam

era

seq

uenc

es c

rea

ted

in t

he s

yste

m.

The

GU

I so f

twar

e sh

a ll a

llow

op

erat

ors

to c

on t

rol (

pau s

e/p

lay,

ski

p fo

rwar

ds, s

kip

bac k

war

ds)

cam

era

seq

uenc

es.

The

GU

I sof

twa

re s

hall

dis

play

all

cam

eras

, seq

uenc

es a

n d u

sers

in a

log

ical

tree

.

The

GU

I so

ftwar

e o

per

a tor

shall be

abl

e to

dra

g a

nd

drop

a c

amer

a fr

om

a tre

e o

f ava

ilabl

e ca

mer

as in

to a

ny v

ideo

tile

for l

ive

vie

win

g.

The

GU

I so f

twa

re o

per

ator

sha

ll be

abl

e to

vie

w th

e c

amer

a fr

om a

tre

e o

f ava

ilabl

e ca

mer

as

into

an

y vi

deo

t ile fo

r liv

e v i

ewin

g.

The

GU

I so f

twar

e sh

a ll s

uppo

r t g

raph

ica l

site

rep

rese

nta t

ion

(map

) fu

nct io

nalit

y, w

here

dig

ital

map

s a

re u

sed

to

rep

rese

n t t

he p

hysi

cal

loc a

tion

of c

amer

as a

nd

oth

er d

evic

es t

hrou

g hou

t fa

c ilit

y.

The

ma

ps

shall ha

ve t

he a

bilit

y to

con

tain

hy

per li

nks

to c

reat

e a

hie

rarc

hy o

f in

terl

inke

d

map

s.

The

op

era t

or s

hall

be a

ble

to c

lick

on a

n ic

on in

a m

ap to

initi

ate

PT

Z c

amer

a p

rese

t, ru

n P

TZ

pa

ttern

, vie

w c

amer

a in

an

ana

log

mon

itor o

r se

nd

an I/

O s

trea

m.

1.2.

21

I T

he G

UI s

o ftw

are

s hal

l sup

port

dig

ital z

oom

on a

fix

ed c

am

era'

s li

ve v

ideo

str

eam

s.

V 1

t -

•l.

0)

" .-

CV 0)

"

M

N

NJ- 0) CV

a ..

"

N T..

(N•

CO 0) t- "

C) CV

shee

t

Sp e

cific

atio

n to b

e ve

r ifie

d by

the

BO

O thr

ough

sp

ecs

shee

t

Sp

ecifi

catio

n to

be

verif

ied

by t

he B

OO

thr

ough

sp

ecs

shee

t

Sp e

cific

atio

n to

be

veri f

ied

by t

he B

OO

thr

oug h

spe

cs

shee

t

Spe

cific

a tio

n to

be

veri

fied

by the

BO

O t

hrou

gh s

p ecs

sh

eet

Spe

c ific

atio

n to

be

verif

ied

by t

he B

OO

t hro

ugh

spec

s s h

eet

Spe

cific

atio

n to

be v

erifi

ed b

y th

e B

OO

thr

ough

sp e

cs

shee

t

Sp e

cific

atio

n to

be

veri

fied

by th

e B

OO

thr

oug h

spe

cs

she

et

Spe

c ific

atio

n to

be v

eri

fied

by t

he B

OO

thr

ough

sp e

cs

shee

t

1.3

Vid

eo R

ecor

ding

Sof

twar

e:

1.3.

1

Sof

twar

e s

hall

supp

ort r

ecord

ing

of H

.264

/H.2

65

vid

eo s

trea

ms.

It s

hall

supp

ort r

ecor

din

g of

Sp

ecifi

catio

n to

be

veri

fied b

y t

he B

OO

thr

ough

sp

ecs

vide

o a

n d a

udio

for

all

t he

chan

nels

. sh

eet

1.3.

2 S

oftw

are

sha

ll su

ppor

t tr

iple

x app

licat

ions

, re

cord

ing,

re

-pla

y a

nd

ba

ckup

sim

ulta

neou

s ly.

It S

pec

ifica

tion

to b

e v

erif

ied b

y t

he B

OO

thr

oug h

sp

ecs

shal

l be

com

pat

ible

with

win

dow

s S

erv

er O

S o

r Lin

ux fo

r hi

ghes

t pe

rfor

man

ce a

nd

relia

bilit

y.

shee

t

1.3.

3 T

he s

oftw

are

sha

ll su

pport

abs

olu

te r

eco

rdin

g re

dund

ancy

with

X to

N, N

to X

an

d N

to N

Spe

cific

atio

n to

be v

erifi

ed b

y th

e B

OO

thr

ough

sp

ecs

redu

n dan

cy c

onfig

ura t

ions

fo

r re

cord

ing

seve

rs. T

his

feat

ure

shal

l be p

rovi

ded,

if s

pec

ified

by s

hee t

pu

rcha

ser.

1.3.

4 S

oftw

are

sha

ll op

era

te o

n op

en a

rchi

tect

ure

an

d sh

a ll n

ot r

equi

re a

ny p

ropr

ieta

ry h

ard

wa

re.

Spe

cific

atio

n to

be

verif

ied

by the

BO

O th

roug

h sp

ecs

shee

t

1.3.

5 S

oftw

are

sha

ll be

abl

e to

rec

ord

min

imu m

64

diff

eren

t vid

eo s

trea

ms

or

mor

e si

mu l

tane

ousl

y.

Spe

c ific

atio

n to

be v

erifi

e d by

the

BO

O t

hrou

g h s

pecs

It

sha

ll be

acc

essi

ble

from

any

clie

nt P

C c

onn

ecte

d to

the

ne

twor

k.

shee

t

1.3.

6

Sof

twar

e s

hall

pro

vide

ne

twor

k t

ime

serv

er

funct

ion

to e

nsur

e th

e sy

nchr

oniz

a tio

n o

f th

e

Spe

cific

atio

n to

be

verif

ied by

the

BO

O th

roug

h sp

ecs

vide

o se

rver

s a

nd t

he rec

ordi

ngs.

sh

eet

1.3.

7 T

he s

erv

ers

shall be

con

nec t

ed

to

the

ne

twork

so t

hat t h

ese

can

be

pla

ced

at a

ny l

ocat

ion S

pec

ifica

tion

to b

e ve

rified by

the B

OO

thro

ugh

spec

s w

hich

has

net

wor

k ac

cess

. sh

eet

The

GU

I so f

twar

e s

hall

supp

ort d

igita

l zoo

m o

n a

PT

Z c

amer

a's

live

vid

eo s

trea

ms.

The

op

era

tor

s hall b

e a

ble

to c

ontr

ol P

an, T

ilt a

nd

Zoo

m p

a tte

rns

of P

/T/Z

Cam

e ra.

The

so

ftwa

re s

hall

be a

ble

to d

isp l

ay v

ideo

of ca

mera

s o

n 4

0 inc

h L

arg

e F

orm

at D

isp

lay

Mon

itors

and

Wor

ksta

tion

Mon i

tors

.

The s

oftw

are

shal

l allo

w the

con

tro

l of d

isp

lay

from

the

clie

nt P

C.

The

op

erat

or f

rom

the

GU

I so

ftwar

e s

hall be

abl

e to

deci

de t

he s

cree

n la

yout

an

d a

lso

the

cam

eras

tha

t shall be

dis

pla

yed

on the

mon

itors

.

The

so

ftwar

e s

hall

supp

ort

mu

ltica

stin

g.

It s

hall

be p

ossi

ble

to s

witc

h t h

e s

cree

n la

y out

in res

pon

se to

an

ala

rm.

The

GU

I Sof

twar

e sh

all s

upp o

rt te

xt s

uper

impo

sing

the

titl

e a

nd

date

& t

ime

on

the

vid

eo.

CV CV

CNi e—

CO CV

C s''i

•:1- CV

C.Ni

10

(..!

(.0 CV

Csi

I'■ CSI N

CO CV

C‘j

0) ("Ni

fr.

Sp e

cific

a tio

n to

be v

erifi

ed b

y th

e B

OO

thr

oug h

spe

cs

shee

t

Spe

c ific

atio

n to

be v

erif

ied

by the

BO

O t

hrou

g h s

pecs

sh

eet

Sp e

cific

atio

n to

be v

erifi

ed b

y t h

e B

OO

thr

oug h

spe

cs

shee

t

Sp e

cific

atio

n to b

e v

er if

ied

by t

he B

OO

thro

ugh

spec

s sh

e et

Spe

c ific

atio

n to

be v

erifie

d by

the

BO

O t h

roug

h sp

ecs

shee

t

Spe

cific

a tio

n to

be v

erifi

ed

by t

he B

OO

thr

ough

sp e

cs

shee

t

Spe

c ific

atio

n to

be v

erifi

ed b

y th

e B

OO

thr

ough

sp e

cs

s hee

t

Sp e

cific

atio

n to

be v

erif

ied

by the

BO

O t

hrou

gh s

p ecs

sh

eet

Spe

c ific

atio

n to

be v

erifi

ed

by t

he B

OO

t hro

ugh

spec

s sh

eet

Spe

cific

atio

n to

be v

erifi

ed

by t

he B

OO

t hro

ugh

spec

s sh

eet

Sp e

cific

atio

n to

be v

erifi

ed b

y t h

e B

OO

t hro

ugh

spec

s sh

eet

Spe

cific

atio

n to

be v

erifi

ed b

y th

e B

OO

t hro

ugh

spec

s s h

eet

Spe

c ific

atio

n to

be v

erifi

ed

by the

BO

O t

hrou

g h s

pecs

sh

eet

Spe

cific

a tio

n to

be v

erifi

ed b

y th

e B

OO

t hro

ugh

spec

s sh

eet

Le

f

A

The

so

ftwar

e s

hall

be a

ble

to r

ece

ive

ala

rms

of di

ffere

n t typ

es fro

m e

qui

p men

t to s

tar t

a

reco

r din

g. T

hese

ala

rms

can

be m

otio

n de

tect

ion,

vid

e o lo

ss, u

nifi

ed p

ictu

re a

nd

trig

ger

inpu

t.

The

so

ftwa

re a

larm

re

co

r din

g s

hall

sup

port p

re- a

nd p

ost-

ala

rm p

erio

ds. B

ot h

can b

e

conf

igur

ed in

dur

at io

n.

The

so

ftwar

e s

hall

pro

v ide

a s

tatu

s of

the

ava

ilabl

e re

cord

ing

cap

acity

.

- _

0 0

If

0 i•-• 4.4

0

If s

o ftw

are

& s

erv

er(

s ) o

per

atio

n a

re in

terr

upte

d, lik

e p

ower

dis

con

nec t

ion

an

d o

nce

the

serv

er( s

) are

re

s tart

ed, th

ese

sha

ll a

u tom

a tic

ally

re

sum

e r

eco

r din

g of

an

y ca

me

ras

thes

e w

ere

reco

rdin

g p

rior t

o th

e in

terr

upt io

n.

The

so

ftwar

e s

hall

sup

por

t ne

twor k

fa

ult-

tole

ran t

recor d

ing

su

ch t

hat i f t

he n

etw

ork

conn

ectio

n be

twee

n a v

ideo

ma

na

gem

ent

serv

er a

nd v

ide o

re

cor d

ing

serv

er beco

mes

u nav

aila

ble,

for

exa

mp

le t

hrou

g h c

abl

e br

eaka

g e, n

etw

ork

cong

est io

n o

r W

LAN

inte

rrup

tion,

th

e sy

stem

op

e rat

ion

s hal

l au t

oma

t ical

ly rec

over w

hen

the c

onne

ctio

n is

res

tore

d.

Sea

rch

& E

xpor

t:

It s

hall

be p

ossi

ble

to s

earch

for

reco

r din

gs i

n th

e s

oftw

are

by

cam

era,

da

te a

nd

tim

e. If

a

data

an

d t i

me

is s

pec

ifie d

, pla

y bac

k s h

a ll c

omm

ence

fro

m t

hat d

ate

an

d ti

me.

It s

hall be

p o

ssib

le to p

layb

ack

mor

e th

an o

ne c

amer

a si

mu l

tane

ous l

y.

The

so

ftwa

re s

hall

be a

ble

to e

xport

sect

ions

of

reco

rdin

gs to a

sep

arat

e W

indo

ws

fold

er,

whi

ch c

an t

hen

be

wr i

tten

to C

D- R

OM

, DV

D- R

OM

or U

SB

Fla

s h D

r ives

etc

. to

be p

laye

d ba

ck a

t a lo

catio

n no t

co

nnec

ted

to t

he n

e tw

ork

v ide

o m

ana

g em

ent &

rec

ordi

ng n

etw

ork.

The

ex

port p

roce

ss s

hall

ma

ke a

vaila

ble

a p

laye

r a

pp

licat

ion,

whi

c h c

an

be p

rovi

ded w

ith t

he

exp o

rted

vid

eo. E

xport

shall be

pos

sibl

e in

Win

dow

s m

edi

a p

laye

r or

any

ot h

er m

ed

ia p

lay e

r co

mpa

t ible

form

a t. S

imu l

tane

ous

export

of m

ulti

ple c

amer

as s

hall

also

be

pos

s ibl

e.

The

VM

S s

hou l

d be

abl

e to

int

eg

rate

with

IRID

ISS

an d

ra

ise

an

ala

rm. I

t s

houl

d su

pport

in

telli

g ent lo

gics

for e

n try

-exi

t, e

ntr

y-ex

it-en

try.

It s

hou l

d a

lso

be a

b le to

dete

ct m

ulti

p le

entr

y, f

als

e e

ntry

, div

isio

n of in

tru d

ers

etc

VM

S S

hou l

d be

abl

e to

inte

gra

te to u

nman

ned

g rou

nd s

ens

ors.

Thi

s s

hou l

d be

dep

icte

d on

t h

e liv

e m

ap w

ith hig h

light

ing

of z

one

of in

trus

ion

The

VM

S s

hou ld be

abl

e to

int

egra

te w

ith e

xit in

g su

rve

illan

ce e

qui

p men

t. It s

houl

d be

abl

e to

hi

ghlig

ht a

ny m

ovem

ent o

f hum

ans

and

vehi

c les

un

der n

o lig

ht c

ondi

tions

an

d po

p up

ale

r ts

on the

ale

rt sc

ree n

.

The

Com

man

d C

ontr

ol

So f

twar

e s

hou ld be

inte

gra

ted

to G

IS M

aps

to s

upport

pos i

tion

of

cam

eras

with

La t

/Lon

g. I

n a

dditi

on s

hou l

d be

DM

R r

eady

to in

tegk

ate

the

Po

lice

DM

R s

e ts

fo

live

dis

p lay

of lo

catio

n o

f po l

icem

en in

the

ven

ue.

CO

Cti

V-

0)

Ctri. l-

Cr).

N--- c- c-

6

l--

CI c—

6

Cs1 V-

6 M

CV

CNi

C6

N--

0

a)

O

C

O

Co

_o

a) a_

O a) MO -c 03 (I) >, 0 ra

0. U) O Ds 0 .0 0 • " .0 >, 75 O (70

L 0_ _c

a) 0.

2 _c

0 0 co

a) -c

> -o

-o a)

a)

a) _o

O

C 0

a)

•

15 0- _c In u)

Ad

dit

ion

al Fea

ture

s:

• • U) a)

co a)

LL

C

7:5

O 0. 0.

C

O as a) -o 112

-o

• C O o o

>, >, Co

= = .5 .6-

a) '5 a as co • 0 0_ 2 Co

a E

-D C 0 0 Et (1)

O 0_ = u) w z > 1- 0- -J < D

a)

O

> a)

I—.c

a) 5) C U)

a)

a) C

E

CO

Co

O

a)

a) (is

_a

_c

a

z Ci

Co C

O a)

O

u)

> a) _c 0

u)

N 4

C

( Insp

/C

om

n C

hhit

ar

Ma l

)

AP

PR

OV

ED

/

(Raj

ni K

ant

Mis

hra)

IP

S

DIR

EC

TO

R G

EN

ER

AL

BO

RD

ER

SE

CU

RI T

Y F

OR

CE

Directorate General Border Security Force (Prov Dte: Mod Cell)

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Transcript of Directorate General Border Security Force (Prov Dte: Mod Cell)