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—
(Rajni Kant Mishra) IPS DIRECTOR GENERAL
BORDER SECURITY FORCE
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
(Insp/Comn Chhitar Mal) (Insp/Tele Thakar Ram) (SI/RM Subhash) SSB ITBP SIW, BSF
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.
(Rajni Kant Mishra) Director General
Border Security Force
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
(Rajni Kant Mishra) IPS DIRECTOR GENERAL
BORDER SECURITY FORCE
(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
Specification to be verified by the BOO through Specs Sheet.
3 The Switch must support IEEE 802.17 or equiavlent Ring resiliency / Ring protection technology for Sub 50Ms convergence time
Specification to be verified by the BOO through Specs Sheet.
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.
Specification to be verified by the BOO through Specs Sheet.
5 Multicast For Video: IGMP snooping v1 , v2 and v3, MLD snooping (v1 and v2)
Specification to be verified by the BOO through Specs Sheet.
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
Specification to be verified by the BOO through Specs Sheet.
7 Wire speed traffic classification with low latency essential for real time streaming and real time Video and voice applications
Specification to be verified by the BOO through Specs Sheet.
8 Management: SNMPv1, v2c and v3, Web GUI, CLI, IPv6 management features on open standards
Specification to be verified by the BOO through Specs Sheet.
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
Specification to be verified by the BOO through Specs Sheet.
10 Operating Temperature: Min of -40 to 70 Degrees or better
Specification to be verified by the BOO through Specs Sheet.
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
Specification to be verified by the BOO through Specs Sheet.
13 UL/IEC/EN 60950-1; ROHS Compliance; Min. IP30 Enclosure Rating, DIN Rail Mounting
Specification to be verified by the BOO through Specs Sheet.
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-
(Insp/Comn Chhitar Mal) (Insp/Tele Thakar Ram) (SI/RM Subhash) SSB ITBP SIW, BSF
APPROVED/ NOT-APPROVED,-
(Rajni Kant Mishra) IPS DIRECTOR GENERAL
BORDER SECURITY FORCE
(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
Specification to be verified by the BOO through specs sheet
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
Specification to be verified by the BOO through specs sheet
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
(Insp/Comn Chhitar Mal) (Insp/Tele Thakar Ram) (SI/RM Subhash) SSB ITBP SIW, BSF
APPROVED/ NOT-APPROVED.
t.) (Rajni Kant Mishra) IPS
DIRECTOR GENERAL
BORDER SECURITY FORCE
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Spe
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Sp
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64 N
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Cha
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Max
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Sup
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Max
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Rec
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Enc
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Rec
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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
Specification to be verified by the BOO
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.
Specification to be verified by the BOO
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
Specification to be verified by the BOO
through Specs Sheet.
Specification to be verified by the BOO
through Specs Sheet.
Specification to be verified by the BOO
through Specs Sheet.
Specification to be verified by the BOO
through Specs Sheet.
/:" -,6kfiegia It.o4r244V (Gagan Bhardwaj), AC gcir SIW, BSF
CISF
(Insp/Comn Chhitar Mal) (Insp/Tele Thakar Ram) (SI/RM Subhash) SSB ITBP SIW, BSF
Approved/Net-approved
K%:-%Vk-\\N
(Rajni Kant Mishra) Director General
Border Security Force
TD
OF
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FO
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Spec
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Spec
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Spec
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O t
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Spec
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atio
n to
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Spe
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Spec
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ve
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BO
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Spec
ifica
tion
to
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Spec
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atio
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be
ver i
fied by
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Spec
ifica
t ion
to
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fied
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Spec
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be
veri
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the
BO
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spec
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Spe
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cati
on t
o b
e ve
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_ If
Spec
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ns
•
I: Z w 2 w te
a w cc T
he r
equ i
rem
ents
VM
S S
yste
m s
hall
be
as
be
low
:
Man
agem
ent
So f
twa r
e:
Thi
s s
hall
be
a h
ighl
y sc
ala
ble
en
terp
rise
lev
el
soft
war
e so
luti
on. I
t s
hall
off
er a
co
mp
lete
vi
deo
surv
eill
ance
so
luti
on t
hat w
ill b
e sca
labl
e to
req
uire
d nu
mber
s o
f ca
me r
as t
hat ca
n b
e
ad d
ed o
n a
un
it-by
-un i
t bas
is.
The
Man
agem
ent S
oft
war
e s
hall
be li
cens
e d a
nd s
hall
ope
rate
on o
pen
arc
hite
c ture
an
d sh
all
req
uire
no p
rop
riet
ary
IT ha
r dw
are.
The
Man
agem
ent S
oftw
a re
sha l
l allo
w f
or
vid
eo to b
e s t
ream
ed o
n w
orks
tati
on i
n M
atr i
x or
on a
vid
eo w
all.
The
use
r w
ith a
dmin
istr
ativ
e ri
g hts
sha
ll c
reat
e c
lient
s (u
sers
) an
d g
ive
access
to
the
soft
war
e cl
ient
app
licat
ion
bas
ed o
n p
red
e fin
ed u
ser
acce
ss r
ight
s.
The
syst
em s
hall
allo
w t
he r
ecor d
ing,
liv
e m
on
itor i
ng, p
lay b
ack o
f ar
chiv
e d v
ideo
an
d d
ata
si
mu
ltan
eous
ly.
The
so
ftw
are
sha
ll pr
ovid
e th
e fo
llow
ing
:
Sev
era l
sim
ult
aneo
us l
ive p
ictu
re c
onnec
tion
s o
f ca
mer
a in
net
wor
k.
Con
figu
rati
on o
f m
onito
ring
situ
a tio
n (2
Dim
ens i
ona l
Mul
ti-L
eve l
sit
e m
aps)
.
Pro
gra
mm
ing
of
alar
m- t
rigg
ere d
au
tom
atic
even
ts i
n v
ari
ous
ala
rms
conf
igur
atio
n.
Sy s
tem
se
t up
with
lim
ited
oper
atio
n o
pti
ons
for
clea
rly
def
ined
surv
eil
lanc
e ta
sks.
Pro
gra
mm
ing
of
auto
mat
ic r
ecor
din
g ev
ents
on
a net
wor
k re
cor d
er.
The
so
ftw
are
sha
ll d
isp
lay
dual H
.26
4 v
ideo
str
eam
s in
rea
l ti
me
sim
ult
aneo
usl
y a
t fr
ame
rate
s ra
ngin
g fr
om 1
fp
s to
25 f
ps
and
re s
olu
tion
ran
gin
g Fu
ll H
D to o
ther
HD
/SD
res
olu
tio n
.
Eac
h ca
mer
a's
bit
ra
te,
fram
e ra
te a
nd
res
olu
tion
sha
ll b
e se
t in
dep
enden
tly
from
ot h
er
cam
eras
in t
he s
yst
em, a
nd a
lter
ing
thes
e se
ttin
gs s
hall
not
aff
ect t
he r
eco
r din
g a
nd d
isp
lay
sett
ings
of
o the
r ca
me
ras.
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Spe
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Spe
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a tio
n to
be
ver i
fied
by t
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t hro
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spec
s sh
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Phy
sica
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hec k
ed b
y B
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Ph
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ally
check
ed b
y B
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ficat ion
to b
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BO
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Ph
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ally
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to b
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t he B
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pe
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et
Ph
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BO
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to b
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verifie
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y t
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Ph
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pecs
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Ph
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by
BO
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e
verifie
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y t
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BO
O thro
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pe
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Phys
ica
lly c
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by
BO
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pe
cific
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n to b
e
verified
by
the B
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th
rou
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spe
cs s
he
et
Phys
ica
lly c
hec k
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by
BO
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pe
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veri
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th
rou
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Spe
c ific
atio
n to
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fied
by t
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thr
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sp
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Spe
cific
atio
n to
be
v erif
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by the B
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thr
oug h
spe
cs
shee
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Spe
c ific
atio
n to
be
veri
fied
by the B
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thro
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spec
s sh
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Spe
cific
atio
n to b
e ve
rifie
d by
the B
OO
thro
ugh
spec
s sh
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The
so
ftwar
e s
hall p
rov i
de a
uto
mat
ic s
ea
rch a
nd d
isco
very
of
co
mp
one
nts o
f v
ideo
su
rve
illan
ce s
yste
m o
n t
he n
etw
ork
whic
h c
an b
e ne
twor
k ca
mer
as.
The
so
ftwar
e s
hall
pro
vide
dra
g &
drop
fu
nct
ions
on
the
sy
s tem
an
d a
lso
for
se
t up o
f co
nnec
tion b
etw
een
cam
e ras
an
d m
onito
rs c
onne
c ted
to o
ne w
ork
sta t
ion.
The
so f
twar
e s
hall
allo
w:
Live
dis
p lay
of c
amer
as.
Live
dis
play
of c
am
era
seq
uenc
es.
Con
trol
of P
TZ
cam
eras
.
Pla
y bac
k of
arc
hive
d vi
deo.
Ret
rie v
al o
f arc
hive
d v i
deo.
Ins t
ant R
epla
y of
live
vid
eo.
Use
of s
ite m
aps.
Con
figur
atio
n o
f sys
tem
sett
ings
.
Con
figur
atio
n a
nd p
rogr
amm
ing
of P
/T/Z
cam
e ras
, fea
ture
s lik
e au
to tou
rs, p
rese
ts e
tc.
The
so
ftwar
e sh
a ll b
e a
ble to d
o v
ideo
rec
ordi
ng o
n a
ny
of t h
e fo
llow
ing
op
tions
- in
built
har
d d
isks
on
th
e s
erv
er,
di
rect
atta
ched
sto
rag e
box
es a
ttach
ed t
o s
erv
ers
, ne
twork
atta
c hed
st
orag
e, s
tora
ge a
rea
netw
ork.
The
so
ftwa r
e sh
all b
e ca
pa
ble
of ha
n dlin
g ca
me
ra a
nd
ala
rm ic
ons
on
are
a m
ap
s. T
he a
rea
map
sha
ll be
con
figur
able
to p
op u
p u
pon
the
rece
ipt o
f an
ala
rm rece
ived
from
a c
amer
a on
the
map
. Th
is c
an b
e o
n th
e s
ame
or o
ther
mon
itors
on
the
PC
.
The
so
ftwa
re s
hall
be a
ble
to s
elec
t th
e re
qui
red
reco
r din
g b
ase
d o
n t
he tim
e re
cord
ing
was
activ
ate d
, the
dur
a tio
n o
f re
cor d
ing,
op
erat
or a
ctiv
a te
d re
cord
ing,
eve
nt a
c tiv
ate
d re
cord
ing,
sc
hedu
led
reco
rdin
g.
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Spec
ific
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be v
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y th
e B
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th
rou
gh
specs
shee t
Spec
ific
atio
n to
be v
erifi
ed b
y t
he
BO
O t
hrou
gh
spec
s sh
eet
Spec
ifica
tion
to b
e v
erif
ied
by t
he
BO
O t
hro
ug
h sp
ecs
shee
t
Spec
ific
atio
n to
be v
erif
ied by
th
e B
OO
th
rou
gh
spec
s sh
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Spec
ifica
tion
to
be
ver
ified
by t
he
BO
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hro
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h s
pec
s shee
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Spec
ifica
tion
to b
e v
erif
ied b
y t
he
BO
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hro
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sh
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Spec
ifica
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to b
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th
rou
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pecs
sh
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Spec
ific
a tio
n to
be
ver
ified
by t
he
BO
O t
hrou
gh
specs
sh
eet
Spec
ific
atio
n to
be
ver
ified
by t
he
BO
O t
hrou
gh s
pecs
sh
ee
t
Spec
i fica
tion
to b
e ve
rifi
ed b
y t
he
BO
O t
hro
ug
h s
pecs
sh
eet
Spec
ific
atio
n to
be
ve
rifi
ed b
y t
he
BO
O t
hro
ug
h s
pec
s shee
t
Spec
ifica
tion
to b
e v
erif
ied b
y t
he
BO
O t
hroug
h s
pecs
sh
eet
Spec
ifica
tion
to b
e ve
rifie
d b
y t
he
BO
O t
hrou
gh s
pec
s sh
eet cif
icat
ion
to b
e ve
rifi
ed b
y t
he
BO
O t
hro
ug
h s
pecs
The
sof
tware
sh
all
pro
vid
e a r
ep
ort
ing
util
ity f
or t
rack
ing
for th
e fo
llow
ing
min
imu
m o
pti
ons.
V
ideo
cl ip
s a
nd
imag
e s
nap
shots
sha
ll be
sto
red w
ith r
eport
s fo
r docu
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
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V-
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