SUB:- SUPPLY, INSTALLATION, COMMISSIONING AND TRAINING...

SUB:- SUPPLY, INSTALLATION, COMMISSIONING AND TRAINING OF CCTV SURVEILLANCE SYSTEM

Sl.No.

Material/Service Details

Quantity/Unit

Delivery Date

00100 Material Number:- 510000000000001676 High Resolution IP Bullet Camera Vari

68 Number 14.07.2017

Material Description :High Resolution IP Bullet Camera Varifocal Lens Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

00200 Material Number:- 510000000000001676 High Resolution IP Dome Camera # Vari

23 Number 14.07.2017

Material Description :High Resolution IP Dome Camera # Varifocal Lens Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

Sl. No.


Quantity/Unit

Delivery Date

00300 Material Number:- 510000000000001676 High Resolution IP Dome Camera # Fixe

75 Number 14.07.2017

Material Description :High Resolution IP Dome Camera # Fixed Lens Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

00400 Material Number:- 510000000000001676 High Resolution IP Bullet Camera # Fi

7 Number 14.07.2017

Material Description :High Resolution IP Bullet Camera # Fixed Lens Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

00500 Material Number:- 510000000000001676 High Resolution IP IR PTZ Camera

14 Number 14.07.2017

Material Description :High Resolution IP IR PTZ Camera Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

00600 Material Number:- 510000000000001676 High Resolution IP Dome Camera # Smok

10 Number 14.07.2017

Material Description :High Resolution IP Dome Camera # Smoked Bubble Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

00700 Material Number:- 510000000000001930 PTZ Keyboard

1 Number 14.07.2017

Material Description :PTZ Keyboard Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

00800 Material Number:- 510000000000001559 Network Video Management and Recording S

200 Number 14.07.2017

Material Description :Network Video Management and Recording Software Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

00900 Material Number:- 510000000000001559 Video Analytics Software License

20 Number 14.07.2017

Material Description :Video Analytics Software License Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

01000

Material Number:- 510000000000001559 Video Recording and Analytics Server

4 Number

14.07.2017

Material Description :Video Recording and Analytics Server Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

01100 Material Number:- 510000000000000200 Video Management Server

1 Number 14.07.2017

Material Description :Video Management Server Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

01200 Material Number:- 510000000000000721 Backup and Storage

1 Number 14.07.2017

Material Description :Storage for Archiving Make: (TYCO/PELCO/BOSCH/AVIGILON/DVTEL)

01300 Material Number:- 510000000000000023 Industrial 4 port PoE

65 Number 14.07.2017

Material Description :Industrial grade 4 port PoE Gigabit switch with 2 SFP - Layer 2 MAKE: CISCO/LANTECH/DELL/HIRSCHMANN/SIXNET

Page: 2 of 5 Sl. No.


Quantity/Unit

Delivery Date

01400 Material Number:- 510000000000000023 8 port PoE switch with Layer 2

14 Number 14.07.2017

Material Description :8 port PoE switch with 2 SFP Layer 2 MAKE:CISCO/LANTECH/DELL/HP/JUNIPER

01500 Material Number:- 510000000000000023 24 port PoE switch with Layer 2

8 Number 14.07.2017

Material Description :24 port PoE switch with 4 SFP Layer 2 MAKE:CISCO/LANTECH/DELL/HP/JUNIPER

01600 Material Number:- 510000000000000023 24 port fiber switch 4 SFP Layer 3

2 Number 14.07.2017

Material Description :24 port Fiber switch 4 SFP Layer 3 MAKE:CISCO/LANTECH/DELL/HP/JUNIPER

01700 Material Number:- 510000000000000023 24 port gigabit switch Layer 3

1 Number 14.07.2017

Material Description :24 port Gigabit switch with 4 port SFP Layer 3 MAKE:CISCO/LANTECH/DELL/HP/JUNIPER

01800 Material Number:- 510000000000000092 Workstation (for client viewing)

22 Number 14.07.2017

Material Description :Workstation (for client viewing) MAKE: DELL/HP/IBM/LENOVO/FUJITSU

01900 Material Number:- 510000000000001929 Viewing Monitors

22 Number 14.07.2017

Material Description :Viewing Monitors MAKE: SAMSUNG/LG/PANASONIC/SONY/VU

02000 Material Number:- 510000000000002206 CAT 6 cables

18,300.00 Meter 14.07.2017

Material Description :CAT 6 cables MAKE:MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

02100 Material Number:- 510000000000002035 6 core SM OFC

8,000.00 Meter 14.07.2017

Material Description :6 core SM OFC MAKE:MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

02200 Material Number:- 510000000000000048 12 port LIU

23 Number 14.07.2017

Material Description :12 port LIU with pigtails and Adapters MAKE:MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

02300 Material Number:- 510000000000002199 OFC Patch Cords

50 Number 14.07.2017

Material Description :OFC Patch Cords MAKE:MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

02400 Material Number:- 510000000000000047 Network Rack 6u

32 Number 14.07.2017

Material Description :Network Rack 6U Make: RITTAL/APW/WQ/VALRACK/NETRACK

02500 Material Number:- 510000000000000047 2 Number 14.07.2017

Page: 3 of 5

Sl. No.


Quantity/Unit

Delivery Date

Network Rack 42u Material Description :Network Rack 42u Make: RITTAL/APW/WQ/VALRACK/NETRACK

02600 Material Number:- 510000000000002070 JUNCTION BOX

47 Number 14.07.2017

Material Description :Weather proof Junction Boxes (600x600x350 mm) - for POE switch & LIU Make: RITTAL/ELDON/APW/WQ/VALRACK


185 Number 14.07.2017

Material Description :Junction Boxes ( 6x6 inch) - for Indoor Cameras Make: HENSEL/RITTAL/ELDON/APW/WQ


14 Number 14.07.2017

Material Description :Weather proof Junction Boxes ( 9X9 inch) - for Outdoor & PTZ cameras Make: HENSEL/RITTAL/ELDON/APW/WQ

02900 Material Number:- 510000000000001509 3 mtr pole

14 Number 14.07.2017

Material Description :3 mtr pole Make: RAJAN TUBES/PARUTI/BAJAJ/VALMONT/SKIPPER

03000 Material Number:- 510000000000001509 Earth pit for pole

14 Number 14.07.2017

Material Description :Earth pit for pole MAKE: LOCAL

03100 Material Number:- 510000000000002041 GI pipe

1,500.00 Meter 14.07.2017

Material Description :GI pipe Make: TATA/JINDAL/GUJRAT STEEL/AMBICA/ZENITH

03200 Material Number:- 510000000000000714 3 core 2.5sq mm Power cable armoured

2,000.00 Meter 14.07.2017

Material Description :3 core 2.5sq mm Power cable armoured Make: POLYCAB/FINOLEX/NEOLEX/CORDS/DELTON

03300 Material Number:- 510000000000000655 1 KVA UPS

79 Number 14.07.2017

Material Description :1 Kva UPS with 10-15 mins backup Make: NUMERIC/CONSUL NEOWATT/EMERSON/ HITACHI/APC/FUJI

03400 Material Number:- 510000000000000655 10 KVA UPS

2 Number 14.07.2017

Material Description :10 KVA online with 1 hour back up Make: NUMERIC/CONSUL NEOWATT/EMERSON/ HITACHI/APC/FUJI

03500 Material Number:- 510000000000002041 PVC pipe

5,000.00 Meter 14.07.2017

Material Description :PVC pipe Make: SUPREME/PRECISION/PRINCE/STAR/SURYA

03600 Digging and trenching Soft Soil 1 Activity unit 14.07.2017

The Line item 03600 covers the following services

Page: 4 of 5

Sl. No.

Delivery Date

0000000010 Service Number:- 200.00 Meter

Short Description:- Digging and trenching soft soil

03700 Digging and trenching hard soil 1 Activity unit 14.07.2017

The Line item 03700 covers the following services 0000000010 Service Number:- 1,000.00 Meter

Short Description:- Digging and trenching hard soil

03800 Road cutting concrete road 1 Activity unit 14.07.2017

The Line item 03800 covers the following services 0000000010 Service Number:- 400.00 Meter

Short Description:- Road cutting conrete road 03900 Installation and commissioning 1 Activity unit 14.07.2017

The Line item 03900 covers the following services 0000000010 Service Number:- 1 Activity unit

Short Description:- Installation and commissioning

Scope Of Work

Supply, Installation, Commissioning and Training of CCTV Surveillance System for .

TECHNICAL SPECIFICATIONS: A. VIDEO CAMERAS Item 100: 1.

High Resolution IP Bullet CameraVarifocal Lens - 68 Nos

Make & Model

TYCO/PELCO/BOSCH/AVIGILON/DVTEL

Sr. No. Technical Description

1 Image Sensor 1/2.8’’ Progressive Scan CMOS

2 Min. Illumination Colour: 0.002 Lux @ F1.2, AGC ON, 0 Lux with IR

3 Shutter Speed 1/3s ~ 1/100,000s

4 Lens 2.8-12mm @ F1.4, angle of view: 90.1°~31°

5 Lens Mount AF -automatic focusing and motorized zoom lens

6 Auto-iris DC drive

7 Day & Night IR Cut Filter

8 WDR 120dB

9 SNR ≥ 50dB

10 Video Compression H.264/MJPEG

11 Video Bit Rate 32 Kbps – 8 Mbps

12 Audio Bit Rate 64Kbps(G.711) / 16Kbps(G.722.1) / 16Kbps(G.726) / 32-128Kbps (MP2L2)

13 Max. Resolution 1920 x 1080

14 Video Streams Triple

15 Image Enhancement BLC/3D DNR/ROI

16 Image Setting Rotate Mode, Saturation, Brightness, Contrast, Sharpness

adjustable by client software or web browser 17 Day/Night Switch Auto/Schedule/Triggered by Alarm In

18 Picture Overlay LOGO picture can be overlaid on video with 128 x 128 24bit bmp format

19 Alarm Trigger Motion detection, Tampering alarm, Network disconnect, IP address conflict, Storage exception

20 Protocols TCP/IP, UDP, ICMP, HTTP, HTTPS, FTP, DHCP, DNS, DDNS, RTP, RTSP, RTCP, PPPoE, NTP, UPnP, SMTP, SNMP, IGMP, 802.1X, QoS, IPv6, Bonjour

21 Security User Authentication, Watermark, IP address filtering, Anonymous access

21 Audio (-S) 1-ch 3.5 mm audio in (Mic in/Line in) /out interface

23 Communication Interface 1 RJ45 10M/100M Ethernet port

24 Alarm (-S) 1 input, 1 output (up to DC24V 1A or AC110V 500mA)

25 Video Output (-S) 1Vp-p composite output (75 Ω/BNC)

26 On-board Storage Built-in Micro SD/SDHC/SDXC slot, up to 128 GB

27 Intelligent Feature-set Face detection, Line crossing detection, Intrusion detection, Scene change detection, Audio exception detection, Defocus detection

28 Protection Level IP67 and IK10

29 Operating Conditions -30°C – 60°C (-22°F – 140°F), Humidity 95% or less (non-condensing)

30 Power Supply 12 V DC ± 10%, PoE (802.3at)

31 IR Distance 50m or more

32 Power Consumption Max. 12W

33 Regulatory CE/FCC/EN/BIS, RoHS and UL certified

No.:

No.:

n Item 200: 2.

High Resolution IP Dome Camera – Varifocal Lens--- 23 Nos

Make & Model










8 WDR 120dB

9 SNR ≥ 50dB







16 Image Setting Rotate Mode, Saturation, Brightness, Contrast, Sharpness adjustable by client software or web browser

17 Day/Night Switch Auto/Schedule/Triggered by Alarm In


19 Alarm Trigger Motion detection, Tampering alarm, Network disconnect, IP address conflict, Storage exception TCP/IP, UDP, ICMP, HTTP, HTTPS, FTP, DHCP, DNS, DDNS, RTP, RTSP,

20 Protocols RTCP, PPPoE, NTP, UPnP, SMTP, SNMP, IGMP, 802.1X, QoS, IPv6, Bonjour












32 Power Consumption Max. 6 W (Max. 9W with IR cut filter on)


Item 300: 3.

High Resolution IP Dome Camera – Fixed Lens--- 75 Nos

Make & Model










8 WDR 120dB

9 SNR ≥ 50dB






of 73

No.:


16 Image Setting Rotate Mode, Saturation, Brightness, Contrast, Sharpness adjustable by client software or web browser

17 Day/Night Switch Auto/Schedule/Triggered by Alarm In


19 Alarm Trigger Motion detection, Tampering alarm, Network disconnect, IP address conflict, Storage exception TCP/IP, UDP, ICMP, HTTP, HTTPS, FTP, DHCP, DNS, DDNS, RTP, RTSP,

20 Protocols RTCP, PPPoE, NTP, UPnP, SMTP, SNMP, IGMP, 802.1X, QoS, IPv6, Bonjour












32 Power Consumption Max. 6 W (Max. 9W with IR cut filter on)


Item 400: 4.

High Resolution IP Bullet Camera – Fixed Lens ---- 7 Nos

Make &

Model



1 Imager 1/3"


3 Video Resolution 1920 × 1080 (2 MP)

4 Minimum Illumination 0.1Lux/F1.6 (color); 0Lux/F1.6 (IR on)

5 S/N Ratio More than 50dB

6 Electronic Shutter Auto/manual, 1/3(4) – 1/10000s

7 Lens 3.6mm Fixed

8 IR Illuminator 30m

9 Day/Night Mechanical ICR

10 BLC/WDR Yes

11 White Balance Auto/Manual

12 Gain Control Auto/Manual

13 Digital Noise Reduction 2D

14 Privacy Zones Up to 4 areas

15 Resolutions 1080p (1920 x 1080); 720p (1280 x 720); D1 (704 x 576/704 x 480);

CIF (352 x 288/352 x 240)

16 Max Frame Rate Main stream: 1080p/720p (30ips); Sub stream: D1/CIF (30ips)

17 Supported Protocols IPv4/IPv6, HTTP, HTTPS, SSL, TCP/IP, UDP, UPnP, ICMP, IGMP, RTSP, RTP, SMTP, NTP, DHCP, DNS, PPPOE, DDNS, FTP, IP Filter, QoS, Bonjour

18 ONVIF-compliant ONVIF Profile S

19 Power Supply DC12V, PoE (802.3af)

20 Power Consumption Max 6W

21 Operating Temperature -30°C to 60°C (-22°F to 140°F)

22 Protection IP 66

23 Certification CE/FCC/EN/BIS, RoHS and UL certified

Page 10 of 73

Item 500: 5.

High Resolution IP IR PTZ Camera---

Make & Model

No.:



2 Effective Pixel 2230K pixels

3 Min. Illumination Colour : 0.02 lux ; B/W : 0.002 lux ; 0 lux with IR

4 White Balance Auto/Manual ATW/Indoor/ Outdoor/Daylight lamp/Sodium lamp

5 AGC Auto / Manual

6 S / N Ratio ≥ 55dB

7 3D DNR, HLC, Defog, BLC, EIS, DWDR, SVC Yes

8 Shutter Time 1-1/30,000s


10 Privacy Mask 24 privacy masks programmable

11 Focus Mode Auto / Semiautomatic / Manual

12 Focal Length 4.3-129mm, 30x optical, 16x digital

13 Pan Range 360° endless

14 Pan Speed Pan Manual Speed: 0.1° 160°/s, Pan Preset Speed: 240°/s

15 Tilt Range -2° 90° (Auto Flip )

16 Tilt Speed Tilt Manual Speed: 0.1° 120°/s, Tilt Preset Speed: 200°/s

17 Number of Preset 256

18 Patrol 8 patrols, up to 32 presets per patrol

19 Smart tracking Supported

20 IR Distance 500m, automatically adjusted depending on the zoom ratio

21 Alarm I/O 7 input & 2 relay output

Face detection, Intrusion detection, Line crossing detection, Motion detection, 22 Alarm Trigger Audio Exception Detection, Dynamic analysis, Tampering alarm,

Network disconnect, IP address conflict, Storage exception 23 Max Image Resolution 1920×1080

24 Image Compression H.264/MJPEG/MPEG4, H.264 encoding with Baseline/Main/High profile

25 ROI encoding Support 24 areas with adjustable levels

26 Audio I/O 1 mic in/line in & 1 audio output

27 Audio Compression G.711ulaw/G.711alaw/G.726/MP2L2/ G.722

28 Protocols IPv4/IPv6, HTTP, HTTPS, 802.1X, QoS, FTP, SMTP, UPnP, SNMP, DNS, DDNS, NTP, RTSP, RTP, TCP, UDP, IGMP, ICMP, DHCP, PPPoE

29 No. of Simultaneous Live View Up to 10

30 Streams Triple

31 Mini SD Mem. Card Built-in card slot, up to 64GB

32 Security Measures User authentication (ID and PW), Host authentication (MAC address), IP address filtering

33 Interface for application programming

Open-ended API, support PSIA and CGI

34 Power 24VAC

35 Working Temp / Humidity -30°C-65°C / 90% or less

36 Protection IP66, Lightning Protection, Surge Protection & Voltage Transient Protection

37 Certification CE/FCC/EN/BIS, RoHS and UL certified

Page 11 of 73

No.:

PTZ Keyboard

No.:

High Resolution IP Dome Camera – Smoked Bubble

Item 600: 6.

----- 10Nos

Make & Model



1 Video Compression H.264, MJPEG

2 Max Frame Rate H.264: 30fps 1920x1080 MJPEG: 30fps 1920x1080

3 ONVIF-Compliant Yes

4 Analogue Video Output 1.0 Vp-p, BNC pigtail included

5 Resolution stream 1 (1920x1080) 1080p 16:9 stream 2 (1280x720) 720p 16:9 stream 3 (1024x576) PAL+ 16:9

6 Imager 1/3.2˝ CMOS progressive scan

7 Light Sensitivity 400 to 900nm

8 Day/Night Yes

0.03 lux at F1.2 color; 9 Minimum Illumination 0.001 lux b/w and

0.00 lux in IR Illuminator mode 10 IR distance 20 m

11 Intelligent features Motion Detection, Face Detection

12

Field of View (H/V) Wide Angle Telephoto

105°/57° 36°/20°

13 Lens 3-9mm, Motorized varifocal

TCP/IP, IPv4, IPv6, TCP, UDP, HTTP, FTP, DHCP, WS-Discovery, DNS, 14 Supported Protocols DDNS, RTP, TLS, RTSP, ICMP, Unicast, Multicast, NTP, SMTP, WS-Security,

SNMP, CIDS, FSTP, UPnP™ 15 Alarm I/O 2 / 1

16 Video Streams 2 simultaneous streams

17 Wide Dynamic Range TWDR 100dB

18 Security Multi-level, IP address filtering, HTTPS, User access log, IEEE 802.1x

19 Card Support Standard SD format up to 4GB, SDHC format up to 32GBytes and SDXC up to 128GBytes

20 Pre-alarm Recording Yes

21 Recording Trigger Dry contact alarms, motion detection, face detection

22 Simultaneous Users Ten

23 Power Input 24VAC, PoE IEEE 802.3af Class 3

24 Power Draw 12.95W

25 Operating Temperature -10° to 40°C

26 Vandal Resistant IK10

27 Camera Bubble Smoked

28 Certifications CE/FCC/EN/BIS, RoHS and UL certified

Item 700: 7.

--- 1 Nos

Make & Model

TYCO/PELCO/BOSCH/AVIGILON/DVTEL Sr. No. Technical Description

1 LCD

a Size 16 x 2 white text on black background, user adjustable

2 Controls

a Keys 47 Tactile, color coded, rubberized keys

b Joystick Three axis joystick for pan, tilt and zoom control and menu navigation

3 Connectors

a RS232, power 2 x RJ45 to switcher/controller via terminal block

4 Electrical

a Supply voltage 9 to 15V DC

b Maximum current 500mA

5 Mechanical

a Construction Mild steel/aluminum with ABS end caps

6 Environmental

a Operating temperature 0°C to 30°C

b Operating humidity 90% max, relative humidity, noncondensing

7 Regulatory CE/FCC/EN/BIS, RoHS certified

Page 12 of 73

B. VIDEO MANAGEMENT SOFTWARE: Item 800: 1.

------ 200 Nos

Make & Model



1 The Network Video Recorder shall run on a Linux / Windows Platform to enable support a secure operating system, ability to run on a wide range of hardware platforms, and operate efficiently as a network appliance. While operators are actively using the system and accessing the live and recorded video / audio, a single

2 NVR bundled server shall support any combination of supported IP cameras or encoders that meet both of the following criteria:

a Maximum of 128 streams can be supported simultaneously on a single server.

system re

quirements and is supported by the Enterprise Linux Operating System.

8 The NVR SW only solution shall not require an OS to be provided.

9 All minimal operating system functions shall be installed with the NVR software

10 Shall provide ease of installation and a simple wizard mode of operation.

11 The NVR shall support the following video compression technologies as native operation:

a M-JPEG

b MPEG4

c H.264

12 The NVR shall support the following audio compression technology as native operation:

a G.711

b G.726

13 The NVR shall be also available as a preinstalled, preconfigured appliance server solution:

a With internal storage of up to 36TB

b Capability to connect to virtually unlimited external storage over iSCSI interface that is supported by the Linux / Windows OS

c All storage internal and external provides RAID capability.

The NVR shall operate in server-client architecture as a network appliance and simultaneously supports live 14 viewing, recording, and playback of video while managing all alarms, alerts, analytics generation and system

management. 15 The Network Video Recorder shall provide required functionality in the following areas:

a System Performance

b Initial Installation / Configuration wizard

c Video Recording, Live Viewing & Playback

d Audio Recording, Live & Playback

e Event or Alarm Generation / Management

f External Storage

g Supported IP Cameras & Peripheral Devices

h Local Client on supported hardware systems

i Web Client

j Maintenance / Software Upgrades

k SDK for integrations with other systems

16 NVR shall support dynamic bandwidth management with no need to add additional hardware or software that provides video format (CODEC), and resolution transcoding for up to four streams

17 NVR shall support the ability to transcode older video formats, such as mjpeg or MPEG-4, to a more efficient optimized h.264 video stream ‘on-the-fly’. NVR shall provide the ability to transcode high quality high frame rate h.264 video for the purpose of

18 transmitting over narrow bandwidth communication channels and for the purpose of streaming to thick clients or smart phone apps.

19 NVR shall make the transcoded streams available to windows based clients and mobile applications running on mobile devices (e.g. smart-phone, tablets, etc…)

20 NVR shall make the transcoded stream available through the product API and SDK to provide 3rd party applications the ability to view transcoded streams through the Dynamic Bandwidth Management interface

21 NVR shall include dynamic bandwidth management that provides frame dropping built in to the NVR without the need to add additional hardware or software

Page 13 of 73

22 NVR shall support the following four bandwidth throttle settings:

a Bandwidth priority

b Traffic smoothing

c WAN bit rate cap

d LAN bit rate cap

23 NVR software shall auto-detects whether a connected client is on a Local-Area or Wide Area Network and automatically, seamlessly switches streaming protocols

24 The NVR software shall minimizes bandwidth and eliminates video interruptions due to network packet collisions by supporting multiple networks

25 The client network shall be used for outbound video transmission to client applications and two-way communication via the web client for administration and configuration The camera network shall be used for transmission of video and events from supported IP cameras and

26 encoders to the Network Video Recorder and for communication of configuration and other settings from the NVR to each individual IP camera and encoder

27 The storage network shall be used for communication between the NVR and supported external iSCSI RAID storage NVR software shall support three network time protocol (NTP) servers for date and time synchronization. In

28 addition, it shall include the option of being the NTP server for environments where connectivity to a public NTP server is restricted

29 The NVR’s operating system shall support multi-path I/O (MPIO) for fault-tolerance and is configured via the command line interface

B Video Analytics (Video analytics shall be server based as for the ease of configuration changes in future.) (20 Nos ) The NVR shall support motion detection with up to a maximum of 10 configurable motion alarm rules. Up to a

1 maximum of 64 simultaneous channels set to low sensitivity is supported to generate the motion detection meta-data.

2 The VCA shall be licensed to the recorder and can be used by any camera on the recorder with no need to update, change or download a new license.

3 Video intelligence shall support at a minimum the following 7 types of configurable alarm rules:

a Object Detection

b Object Abandoned/ Removed

c Direction

d Linger

e Enter an area

f Exit from an area

g Crowd Formation

4 VCA licenses can be moved between cameras on the NVR up to the maximum number of licensed cameras

5 Video intelligence region tools includes polygon, free draw, brush sizes, erase, etc

6 The NVR shall require, at minimum an MJPEG stream set in 4 fps and CIF resolution to analyze the video stream

7 The NVR shall support video compression options such as MPEG4 with at least 4 fps and CIF resolution to analyze the video stream

8 The NVR shall allow a selectable percentage to ensure that the appropriate minimum values can be utilized based on the required field-of-view to trigger the desired video analytics results In case an event is detected in Video Analytics, it should be able to detect 4 types of alarms:

9

a. b. c. d.

Alarm through Siren/Hooter Alarm through alert on Display Alarm through SMS Alarm through email

through external gateway to be provided by bidder C Redundancy and Failover

1 The NVR shall support the following redundancy and failover functions:

a The NVR software shall be designed to provide both redundancy and high availability as standard built-in features The NVR software shall include server-based fail-over so when an NVR is setup to be a redundant standby

b fail-over server, it is setup to monitor one or more active Network Video Recorders (1-to-1 or many-to-1 for N+1 configurations)

c When a failure is detected, the standby fail-over server automatically takes control over all cameras for access and recording

d The standby fail-over server shall have its own storage resources, on the same network segments, and licensed to support the Network Video Recorder with the largest number of camera slots

D Video Management System

1 VMS client shall only be restricted to local computer access when using Express, the single computer version of the VMS solution, or multi-computer access when using Professional site manager.

2 VMS client installed on a hardware platform meeting the recommended specification shall support the simultaneous display of up to 64 video streams across all connected monitors.

3 VMS client shall provide the ability to view live and recorded video on the same camera within a single application layout. VMS client shall provide a completely user-customizable ‘Site View’: enabling the organization of cameras,

4 recorders, tours, salvos into user-defined, multi-level folders, similar to Windows Explorer-style file organization.

5 VMS client shall support the completion of a motion search over 1 week of available recorded analog or IP

Page 14 of 73

video of a scene containing an average level of motion throughout, regardless of codec or resolution of the recorded video, within 2 minutes.

6 From any motion search result, VMS client shall allow the user to add additional, related cameras to the View and shall automatically synchronize the date/time of the added cameras to the original search result.

7

VMS Client shall include an integrated Web Browser tab that can be combined with other user interface components (Video Views, Site View, Event Viewer, etc) into an Application Layout. The Web Browser tab shall allow operators to continue monitoring their security system while also receiving weather or news updates from web-based information sources.

8

VMS client shall support the ability to provide Client-to-Client “Push” enabling a workstation the ability to “push” any layout (e.g. video, alerts, web site, etc.) to another workstation’s monitor based on roles, security and license settings when using Professional. The receiving Client shall have the ability to accept or reject the incoming request.

9 VMS client shall support the ability to have an Event Priority Window to display Camera Call-Up Actions associated with events in prioritization sequence based on license settings.

10 VMS client shall support a Bi-Directional interface to enable ability to easily integrate with other 3rd party systems over a serial or TCP/IP connection.

11 VMS Client shall support database management tools which enable ability to setup rules to regulate the archival to provide enhanced support when using a Microsoft SQL Express database.

12 VMS Client shall support customized On-Screen Display text within the video panes in the Surveillance windows.

13 VMS Client shall support time line filters and a jump to next button for quicker searchers over longer periods of recorded video.

14 VMS Client shall support managing recorded video using the storage video vault to protect any tagged video and/or audio from being data culled. VMS Client shall support advanced integrated mapping that supports standard raster and AutoCad files. It

15 shall allow creation of one or more layers to organize the objects, video pop-up when hovering over a camera icon or during an event, nest maps, and dynamically show animated state changes of any object. VMS Client shall support ability to execute integrated video intelligence analytic searches on Network Video

16 recorders. The analytic search types can be conducted on cameras that had analytic search feature enabled and shall include:

a Object Detection

b Object Direction

c Object Linger

d Object Enter

e Object Exit

f Object Abandoned/Detected

g Crowd Formation

17 VMS Client shall support searching on alarm rules that were defined on Network Video recorders.

18

VMS Client shall support dynamic bandwidth management with Network Video recorders by selecting the current bandwidth connection speed to help optimize the viewing experience over a WAN environment. For policy management, it shall also support enforcing the maximum bandwidth allowed based on the Role or Operator. VMS client shall have the ability to choose either Windows Authentication for Domain/Site Manager or Basic

19 Authentication to log into. VMS client shall provide end users and administrators with functionality in the following areas:

a Camera Management / Organization

b Video Live Viewing & Playback

c Audio Live & Playback

d Video Overlay of On-Screen Display

e Video / Analytic / Alarm Rule Search & Export

f Still Image Capture

g Event / Alarm Management

h Advanced Integrated Mapping

i Virtual Matrix

j CCTV Keyboard Support

k Reporting: Reporting with printout of event generation

l User Management / Permission Controls

m Recorder Management

n Storage Video Vault

o Dynamic Bandwidth Management

p Integrated Web Browser

q Maintenance / Software /License Upgrades

r SDK

20 VMS client interface shall be user-customizable.

21 VMS client shall support the ability of the end user to create a customized application layout for the client software. The client application shall support multiple application layouts that can be assigned to each role.

i Advanced Integrated Mapping

1 The VMS shall support the following advanced integrated mapping functions:

2 VMS client shall support maps to allow visual management of a unified security system. The maps shall be created by importing AutoCAD files (e.g. DWG, DXF) and standard raster image files (e.g. JPG, PNG).

3 VMS client shall be able to create single layer, multi-layer, and nested maps with the ability to turn on/off layers to show/hide the associated icons. Maps images shall support ability to pan and zoom.

Page 15 of 73

VMS client shall be able to enable hover over a map icon and have the associated camera(s) pop-up a live 4 video window. When right-clicking on a map object in view mode, it shall display that objects standard context

menu to enable further interaction. ii Video Live Viewing and Playback

1 The VMS shall support the following live video viewing and video playback functions:

2 VMS client shall support the simultaneous display of MJPEG, MPEG-4 and H.264 video streams within a single video view.

3 VMS client shall provide a common user interface and functionality associated with every camera in the system, regardless of the recorder it is connected to or the video codec used.

4 VMS client shall group the available layouts into three types and each one can be available by setting the preferences via System Values:

a Standard

b Wide Screen

c Portrait

5 VMS client shall allow video streams to be displayed in any of the following views and support three most recent selections:

a 1x1, 2x2, 3x3, 4x3, 4x4, 5x5, 6x6, 8x8

6 VMS client shall be able to name and save different camera window displays as salvos or fixed views.

7 VMS client shall provide for each live window pane a popup menu, available via right mouse click, to access the settings for the pane.

8 VMS shall provide the ability on a live video stream to easily open a new tab that is paused for the same camera to quickly setup the display layout for investigative purposes.

9 VMS shall support InstantView to be displayed side-by-side or to send it to another display monitor.

10 VMS shall provide the ability to play, fast forward, rewind directly from video recorded into a recorders database as well as jump to any point in time where the feature is supported by the recorder.

11 VMS client shall provide the ability to quickly jump back to any user-specified date / time on all visible cameras without interrupting or obscuring video viewing. VMS client shall provide the user the ability to select some or all of the video panes in a Saved View and view

12 recorded video on those panes, while simultaneously displaying Live video on other panes within the same view.

13 VMS client shall provide the ability to view live and recorded video on the same camera within a single application layout.

14 VMS client shall provide Digital PTZ capability on all connected IP fixed cameras (Mega-Pixel and standard resolution). Digital PTZ capability shall include Picture-in-Picture display. VMS client shall provide virtual PTZ controls that support ability to create virtual presets, mouse wheel zoom,

15 and Picture-in-Picture display. vPTZ shall be utilized on clip streams to enable cropping and magnifying the video pane during normal surveillance.

16 VMS client shall provide an interface for operators to define video tours of related cameras.

17 VMS client shall support playing live and recorded audio streams from supported recorders.

18 VMS shall support unlimited operator configurable events, including the action-based trigger of events.

19 The system shall provide 8 event priority levels with pre-defined colors and labels.

20 VMS client shall allow the user to configure the system as a Virtual Matrix – controlling which cameras, tours or salvos are displayed in each pane of each monitor connected to the Client.

21 The virtual matrix shall consist of a combination of operator client workstations and video wall agents.

22 The virtual matrix shall support up to ten client connections or sessions.

23 Each video wall agent shall support up to four monitors natively.

The virtual matrix shall support an unlimited number of video wall agents capable of enabling a large video 24 wall for security operations centers, command and control, or remote alarm monitoring stations to be easily

constructed. 25 Virtual Matrix control shall be via CCTV keyboard or PC keyboard and mouse.

VMS client shall allow for the creation of an unlimited number of Virtual Matrix profiles. Each Profile shall have 26 its own unique name, camera pseudo-numbering, salvo pseudo-numbering and monitor pseudo-numbering

scheme for maximum flexibility of system configuration. 27 The Virtual Matrix Editor shall auto-assign camera pseudo-numbers and gives the user the ability to manually

edit these auto-assigned values.

28 VMS shall be capable of displaying a log of all activity that occurs in the system, from object state changes and operator logon/logoff to video alert information. VMS shall support ability to allow any device within the security system (e.g. camera, door, etc.) to be linked to

29 as many as five other objects. It shall utilize linking of unrelated objects with the intent of enabling incident building capability.

iii Storage Video Vault

1 VMS shall provide the ability to protect media on Network Video Recorders from being data culled by tagging the associated video and/or audio files.

2 VMS shall provide the ability to dynamically define the percentage of an available storage volume for use as the video vault without impacting any recorded video or requiring formatting of volumes.

3 VMS shall protect access to objects via role based security permissions.

4 VMS shall provide an interface to allow the user to add, edit or delete recorders to / from the system.

5

VMS client shall include an integrated Web Browser tab that can be combined with other user interface components (Video Views, Site View, Event Viewer, etc) into an Application Layout. The Web Browser tab shall allow operators to continue monitoring their security system while also receiving weather or news updates from web-based information sources.

6 Access to the Web Browser tab can be restricted via roles and permissions.

Page 16 of 73

------ 20 Nos

) (Recording

& Model



TENDER

7 VMS shall support AES 256-bit encrypted communications between server and VMS client.

8 The VMS shall support the following dynamic bandwidth management functions:

VMS client shall allow the user to select from the status bar the bandwidth from the client to the Network Video a Recorders to utilize the frame dropping and transcoding of resolution for optimal viewing experience for VMS

clients connecting from remote locations with narrow bandwidth deployments: VMS client shall receive native video stream that may be modified by the Network Video Recorders in an attempt to provide it at a lower data rate that can be consumed within the constraints of the surveillance

9 pane’s dimension and connection capability. Network Video Recorders supports frame dropping, transcoding, image smoothing, selectable data rates, and prioritizing of frame rate or resolution when deployments are over a WAN with narrow bandwidth access by remote VMS clients.

E Certification: UL certified / ONVIF

Item 900: 2.

Video Analytics Software License

Refer item No 800 at Sr No B for the Technical Specifications. Item 1000: 3.

Video Recording and Analytics Server (3+1 nos) (storage min 90 TB or above as per design

Parameters: D1 resolution x 25FPS x 24 hours for 30 days)----------------- 04 Nos Make No.:


1 Operating system Linux

2 Processor Intel Xeon E5-2620, 2.00Ghz

3 Memory 8GB

4 OS drive 2 x RAID1 500GB Nearline SAS HD

5 Network interface Minimum Two 1Gb NICs, Recommended: Three

6 RAID Controller PERC H710 Integrated RAID Controller

7 Video Storage 36TB max, usable 30TB usable

8 External storage iSCSI, USB, eSATA

9 Power supply Redundant 495W

10 Max BTU 1908

11 Max Total Cameras 128

12 Digital Interface 1 x VGA

13 Video Recording (write to disc) 400 Mbps

14 Video Playback (to client) 400 Mbps

15 Chassis 2U Rackmount


Item 1100: 3.

Video Management Server - 1 No

Make & Model No.:


1

Operating system

Windows Server 2012R2

2 Processor Intel Xeon E5

3 Memory 24 GB (4 GB RDIMM x 6)

4 Graphics on-board graphics adapter

5 OS drive RAID Controller RAID1

6 Network interface 1GbE

7 Storage Two 600 GB

8 Hard drive hot-plug

9 USB 3 USB

10 Power supply 550W

11 Max BTU 1877 BTU/hr

12 Chassis 1U Rack-mount

13 Regulatory CE/FCC/EN, RoHS and UL certified

Page 17 of 73

No.:

TENDER

Item 1200: 4.

Storage for Archiving - 1 No

Storage for Archiving (min 270TB or above as per design) (Recording Parameters: D1 resolution x 25FPS x 24 hours for 90 days)

Make & Model TYCO/PELCO/BOSCH/AVIGILON/DVTEL


1 Form Factor 3U 19" Rackmount

2 Drive Quantity, Capacity & (16)3.5" 6TB NLSAS

Type 3 Total Disk Groups & Virtual

Disks 6TB NLSAS

4 Processors MIPS 6-Core 1.1GHz

5 Memory 16GB

6 RAID Levels Supported 0,1,0+1, 3, 5, 6, 10, 30, 50, 60, JBOD, Chassis Hot Spare

7 Drives per Enclosure 16 Drives

8 S.M.A.R.T Supported

9 Auto Disk Spin Down Supported

10 External Interfaces (Rear) (4) 1 GbE iSCSI (Data) (1) 1GBE (Management) (1) SAS (Out-Expansion) (1) Console Port (1) USB

11

Maximum Expansion Capacity

672 TB (RAW) - 112 HDD

12 Hot Swappable & Lockable Hard Drives

13 Hot Swappable & Redundant

Power Supplies

14 Power Supply 2+1 250W

15 Battery Backup Module Included

16 Voltage 100-240 VAC, 50-60 Hz, 4-2A

17 BTU 2,400 BTU

18 Operating Temperature 5° - 40°C/ 41° - 104°F 10 to 80% non-condensing

19

Storage Temperature

-40° - 60°C/ -40° - 140°F 10 to 80% non-condensing

20

Regulatory

CE/FCC/BIS/EN, RoHS and UL certified

C. MISCELLANEOUS ITEMS Item 1300: 1.

Industrial Grade 4 port PoEGigabit switch with 2 SFP Layer 2 --65 Nos

Make & Model No.:: CISCO/LANTECH/DELL/HIRSCHMANN/SIXNET 4 10/100/1000T + 2 Dual Speed SFP Industrial Switch w/4 PoE 802.3at/af Injectors

Complies with IEEE 802.3at/afPoE Standard Redundant Power Design Built-in boost voltage from 12VDC to 48VDC(12Vmodel) Wide operating temperature range from -40°C to 75°C

1

OVERVIEW

4 10/100/1000T + 2 Dual Speed SFP with 4 IEEE 802.3at/af High Power PoE Industrial Switch. The switch supports wide operating temperature, range from -40°C to 75°C. The switch should be designed to meet the demands of Industrial environments, comes packaged in a robust IP30 housing and has been tested extensively to meet Industrial EMI and EMC standards. Rigorous mechanical testing has also been undertaken to comply with free fall, shock and vibration stability test requirements.

2

FEATURES & BENEFITS

Page 18 of 73

:

TENDER

Built-in 12 to 48V DC-DC converter for PoE(12V model) Embedded 4-port PoE 802.3at inject function DIP switch to adjust SFP 100M or 1000M speed Back-plane (Switching Fabric): 12Gbps Supports wide operating temperature (-40°C~75°C) PoE 80W buget for 12V input, 120W for 24V input Redundant power with polarity reverse protection 10KB Jumbo frame supported on all ports IP-30 protection with DIN Rail and Wall Mount** design Relay output for power fail and alarm DC45 to 56V; redundant power (48V model)

3

Power Consumption

120W (PoE Full load 48V / 24V input); 6W (switch) 80W (PoE full load 12V input) 4

Operating Humidity

5% to 95% (Non-condensing) 5

Operating Temperature

-40°C ~ 75°C 6

Storage Temperature

-40°C ~ 85°C 7

Case Dimension

IP30, 43mm (W) x 152mm (H) x 105mm (D) 8

Installation

DIN rail or Wall mounting design 9

EMC/EMI

FCC Class A, CE EN61000-4-2 (ESD), CE EN61000- 4-3 (RS), CE EN-61000-4-4 (EFT), CE EN61000-4-5 (Surge), CE EN61000-4-6 (CS), CE EN61000-4-8, CE EN55022 Class A, CEEN55024

10

Stability Testing

IEC60068-2-32 (Free fall), IEC60068-2-27 (Shock), IEC60068-2-6 (Vibration)

11

MTBF

12V model: 1,291,990 hrs 48V model: 1,414,427 hrs Item 1400: 2.

8 port PoE Gigabit switchwith 2 SFP Layer 2 -- 14 Nos

Make

& Model

No.:

CISCO/LANTECH/DELL/HP/JUNIPER

1

General

Features

The switch should support a minimum of 8 nos. 10/100/1000 PoE+ Ethernet Ports The switch should support a minimum of 2 SFP Uplinks The switch should support a total of 10 Ports The switch should support flexibilty to configure hardware resource (TCAM) allocation for different features.

2

Performance

and Scalability

The switch should support Forwarding bandwidth of 12 Gbps

The switch should support Full-duplex Switching bandwidth of 24 Gbps The switch should support 64-Byte Packet Forwarding Rate of 26.75 Mpps The switch should support a Dual Core CPU The switch should support 128 MB of Flash memory The switch should support 512 MB of DRAM The switch should support 25 VLANs

Page 19 of 73

- 2

TENDER

The switch should support 4000 VLAN IDs The switch should support Jumbo frames of 9000 bytes The switch should support Maximum transmission unit (MTU) of 9198 bytes

3

Dimension

The Switch should be 1RU The switch should support Operating temperature up to 5000 ft (1500 m) -5º to 45ºC The switch should support Operating relative humidity 10% to 95% noncondensing

4

Power

Supply

The switch should support an auto-ranging power supply with input voltages between 100 and 240V AC

5

Standards

The switch should support IEEE 802.1D Spanning Tree Protocol The switch should support IEEE 802.1p The switch should support IEEE 802.1Q Trunking The switch should support IEEE 802.1s Multiple Spanning Tree (MSTP) The switch should support IEEE 802.1w Rapid Spanning Tree (RSTP) The switch should support IEEE 802.1x The switch should support IEEE 802.1ab (LLDP) The switch should support IEEE 802.3ad Link Aggregation Control Protocol (LACP) The switch should support IEEE 802.3ah (100BASE-X single/multimode fiber only) The switch should support IEEE 802.3x full duplex on 10BASE-T, 100BASE-TX, and 1000BASE-T ports The switch should support IEEE 802.3 10BASE-T specification The switch should support IEEE 802.3u 100BASE-TX specification The switch should support IEEE 802.3ab 1000BASE-T specification The switch should support IEEE 802.3z 1000BASE-X specification The switch should support RMON I and II standards The switch should support SNMP v1, v2c, and v3

6

Layer

Features

The switch should support Automatic Negotiation of Trunking Protocol, to help minimize the configuration & errors The switch should support IEEE 802.1Q VLAN encapsulation The switch should support Centralized VLAN Management. VLANs created on the Core Switches should be propagated automatically The switch should support Spanning-tree PortFast and PortFast guard for fast convergence The switch should support UplinkFast&BackboneFast technologies to help ensure quick failover recovery, enhancing overall network stability and reliability

TENDER NO

The switch should support Spanning-tree root guard to prevent other edge swicthes becoming the root bridge. The switch should support IGMP filtering The switch should support discovery of the neighboring device of the same vendor giving the details about the platform, IP Address, Link connected through etc, thus helping in troubleshooting connectivity problems. The switch should support Per-port broadcaststorm control to prevent faulty end stations from degrading overall systems performance The switch should support Per-port multicast storm control to prevent faulty end stations from degrading overall systems performance The switch should support Per-port unicast storm control to prevent faulty end stations from degrading overall systems performance The switch should support Voice VLAN to simplify IP telephony installations by keeping voice traffic on a separate VLAN The switch should support Auto-negotiation on all ports to automatically selects half- or full- duplex transmission mode to optimize bandwidth The switch should support Automatic media-dependent interface crossover (MDIX) to automatically adjusts transmit and receive pairs if an incorrect cable type (crossover or straight- through) is installed. The switch should support Unidirectional Link Detection Protocol (UDLD) and Aggressive UDLD to allow for unidirectional links caused by incorrect fiber-optic wiring or port faults to be detected and disabled on fiber-optic interfaces.

The switch should support Local Proxy Address Resolution Protocol (ARP) working in conjunction with Private VLAN Edge to minimize broadcasts and maximize available bandwidth. The switch should support IGMP v1, v2 Snooping The switch should support IGMP v3 Snooping The switch should support IGMP v1, v2 Filtering The switch should support IGMP Snooping Timer The switch should support IGMP Throttling The switch should support IGMP Querier The switch should support Configurable IGMP Leave Timer

7

DHCP Features

The switch should support DHCP snooping to allow administrators to ensure consistent mapping of IP to MAC addressesDHCP binding database, and to rate-limit the amount of DHCP traffic that enters a switch port. The switch should support DHCP Interface Tracker (Option 82) feature to augment a host IP address request with the switch port ID. The switch should support DHCP Option 82 data Insertion The switch should support DHCP Option 82 Pass Through The switch should support DHCP Option 82 - Configurable Remote ID and Circuit ID

Page 21 of 73

TENDER NO Devision

Item 1500: 3.

24 port PoEGigabitswitch 4 SFP Layer 2 --------- 08 Nos

Make & Model No.:: CISCO/LANTECH/DELL/HP/JUNIPER 1

General Features

The switch should support a minimum of 24 nos. 10/100/1000 PoE Ethernet Ports The switch should support a minimum of 4 SFP Uplinks The switch should support a total of 28 Ports The switch should support flexibilty to configure hardware resource (TCAM) allocation for different features.

2

Performance and Scalability

The switch should support Forwarding bandwidth of 28 Gbps The switch should support Full-duplex Switching bandwidth of 56 Gbps The switch should support 64-Byte Packet Forwarding Rate of 41.67 Mpps The switch should support a Dual Core CPU The switch should support 256 MB of Flash memory The switch should support 512 MB of DRAM The switch should support 64 VLANs The switch should support 4096 VLAN IDs The switch should support Jumbo frames of 9216 bytes The switch should support Maximum transmission unit (MTU) of 9198 bytes The switch should support 8000 Unicast MAC addresses

3

Dimension

The Switch should be 1RU The switch should support Operating temperature up to 5000 ft (1500 m) -5º to 45ºC The switch should support Operating relative humidity 10% to 95% noncondensing

4

Power Supply

The switch should support an auto-ranging power supply with input voltages between 100 and 240V AC

5

Standards

The switch should support IEEE 802.1D Spanning Tree Protocol The switch should support IEEE 802.1p The switch should support IEEE 802.1Q Trunking The switch should support IEEE 802.1s Multiple Spanning Tree (MSTP) The switch should support IEEE 802.1w Rapid Spanning Tree (RSTP) The switch should support IEEE 802.1x The switch should support IEEE 802.1ab (LLDP) The switch should support IEEE 802.3ad Link Aggregation Control Protocol (LACP) The switch should support IEEE 802.3ah (100BASE-X single/multimode fiber only) The switch should support IEEE 802.3x full duplex on 10BASE-T, 100BASE-TX, and 1000BASE-T ports The switch should support IEEE 802.3 10BASE-T specification The switch should support IEEE 802.3u 100BASE-TX specification

The switch should support IEEE 802.3ab 1000BASE-T specification

Page 22 of 73

TENDER NO The switch should support IEEE 802.3z 1000BASE-X specification The switch should support RMON I and II standards The switch should support SNMP v1, v2c, and v3

6

Layer-2 Features

The switch should support Automatic Negotiation of Trunking Protocol, to help minimize the configuration & errors The switch should support IEEE 802.1Q VLAN encapsulation The switch should support Centralized VLAN Management. VLANs created on the Core Switches should be propagated automatically The switch should support Spanning-tree PortFast and PortFast guard for fast convergence The switch should support UplinkFast&BackboneFast technologies to help ensure quick failover recovery, enhancing overall network stability and reliability The switch should support Spanning-tree root guard to prevent other edge swicthes becoming the root bridge. The switch should support IGMP filtering The switch should support discovery of the neighboring device of the same vendor giving the details about the platform, IP Address, Link connected through etc, thus helping in troubleshooting connectivity problems. The switch should support Per-port broadcaststorm control to prevent faulty end stations from degrading overall systems performance The switch should support Per-port multicast storm control to prevent faulty end stations from degrading overall systems performance The switch should support Per-port unicast storm control to prevent faulty end stations from degrading overall systems performance The switch should support Voice VLAN to simplify IP telephony installations by keeping voice traffic on a separate VLAN The switch should support Auto-negotiation on all ports to automatically selects half- or full-duplex transmission mode to optimize bandwidth The switch should support Automatic media-dependent interface crossover (MDIX) to automatically adjusts transmit and receive pairs if an incorrect cable type (crossover or straight-through) is installed. The switch should support Unidirectional Link Detection Protocol (UDLD) and Aggressive UDLD to allow for unidirectional links caused by incorrect fiber-optic wiring or port faults to be detected and disabled on fiber-optic interfaces. The switch should support Local Proxy Address Resolution Protocol (ARP) working in conjunction with Private VLAN Edge to minimize broadcasts and maximize available bandwidth. The switch should support IGMP v1, v2 Snooping The switch should support IGMP v3 Snooping The switch should support IGMP v1, v2 Filtering The switch should support IGMP Snooping Timer The switch should support IGMP Throttling The switch should support IGMP Querier The switch should support Configurable IGMP Leave Timer

7

Network security features

The switch should support IEEE 802.1x to allow dynamic, port-based security, providing user authentication. The switch should support Port-based ACLs for Layer 2 interfaces to allow application of security policies on individual switch ports. The switch should support downloading user level ACL polices defined on the RADIUS server during authentication The switch should support precise access controls based on role, device, location or a combination of all The switch should support SSHv2 and SNMPv3 to provide network security by encrypting administrator traffic during Telnet and SNMP sessions.

Page 23 of 73

:

TENDER NO The switch should support TACACS+ and RADIUS authentication enable centralized control of the switch and restrict unauthorized users from altering the configuration. The switch should support MAC address notification to allow administrators to be notified of users added to or removed from the network. The switch should support Port security to secure the access to an access or trunk port based on MAC address.

The switch should support Multilevel security on console access to prevent unauthorized users from altering the switch configuration. The switch should support Private VLAN The switch should support faster authentication by triggering all the supported authentication methods simultaneously The switch should support implementation of 802.1x without affecting user traffic to confirm network readiness for 802.1x transition

8

DHCP Features

The switch should support DHCP snooping to allow administrators to ensure consistent mapping of IP to MAC addressesDHCP binding database, and to rate-limit the amount of DHCP traffic that enters a switch port. The switch should support DHCP Interface Tracker (Option 82) feature to augment a host IP address request with the switch port ID.

The switch should support DHCP Option 82 data Insertion The switch should support DHCP Option 82 Pass Through The switch should support DHCP Option 82 - Configurable Remote ID and Circuit ID

Item 1600: 4.

24 port Fiber switch 4 SFP Layer 3 --------- 02 Nos

Make & Model No.: CISCO/LANTECH/DELL/HP/JUNIPER

1

Switch Architecture

1.1 The Switch should have atleast 24 SFP

1.2 The Switch should support 24 SFP

1.3 The Switch should support Redundant Power Supplies

1.4 The Switch should also support 440W DC power supply.

1.5 The Switch should be Stackable from Day 1 with Stack Power capabilities.

1.6 The Swich should be based on a Modular OS Architecture capable of hosting applications.

1.7 The Switch should have RJ45 & Mini USB Console Ports for Management.

1.8

The Switch should have USB 2.0 for OS Management (uploading, downloading & booting of OS and Configuration).

1.9 The Switch should have Front to Back Airflow system.

1.1 The Switch should have Multicore CPU Architecture.

1.11 The Switch should have atleast 2GB of Flash for storing OS and other Logs.

1.12 The Switch should have atleast 4GB of DRAM.

1.13 The Switch should have atleast 1 10/100/1000 dedicated Ethernet Management Port.

The Switch should have atleast 3 fans and incase of failure of any one of those the other fans

1.14 should automatically speed up. Fans should be field replaceable.

The Switch should have power savings mechanism wherein it should reduce the power consumption 1.15 on ports not being used.

1.16 The Switch should be Rack Mountable and should not take space more than 1RU.

Page 24 of 73

TENDER NO 1.17

The Switch should support operating temperature up to 5000ft (1500m) -5 to +45 degrees C.

1.18 The Switch should support operating relative humidity 10% to 95% noncondensing.

2

Switch Performance

2.1 The Switch should have atleast 88G nonblocking switching bandwidth.

2.2 The Switch should have atleast 65.47Mpps of forwarding rate.

2.3

The Switch should have atleast 240Gbps Unidirectional or 480Gbps Spatial Reuse Stack Bandwidth.

2.4 The Switch should have upto 40Gbps throughput for Wireless Control Plane.

2.5 The Switch should support atleast 32000 MAC Addresses.

2.6 The Switch should support atleast 24000 IPv4 routes.

2.7 The Switch should support atleast 4000 VLAN IDs & 1000 SVIs.

2.9 The Switch should support support 9198 bytes of Jumbo Frames.

2.1 The Switch should support Maximum Transmission Unit (MTU) of 9198 bytes.

2.11 The Switch should support Quad Core CPU.

3

Stacking

3.1 The Switch architecture should be able to stack atleast 9 switches together.

The Switch stack should be based on Distributed forwarding Architecture, where in each stack

3.2 member forwards its own information on network.

The Switch stack architecture should have centralized control and Management plane with Active

3.3 Switch and all the information should be Synchronized with Standby Switch.

The Switch should support Stateful Switchover (SSO) when switching over from Active to Standby 3.4 switch in a Stack.

The Switch stack architecture should be Plug & Play for attaching or removing any switch from the 3.5 stack without any downtime.

The Switch stack architecture should allow the end user to stack 24 Port Switch with 48 Port of the 3.6 same model.

3.7 The Switch stacking module should be hot-swappable.

3.8 The Switch stacking should support 480Gbps of throughput.

3.9 The Switch stacking should support single IP address management for the group of switches.

3.1

The Switch stacking should support automatic upgrade when master switch receives a new software version.

3.11 The Switch stacking should support single configuration.

3.12 The Switch stacking should support stack cable length of 3m.

5

Layer 3 Features

5.1 The Switch should support routing protocols such OSPF, BGPv4, IS-ISv4, EIGRP.

5.2 The Switch should support IPv6 Routing capable protocols such as OSPFv3 in hardware.

The Switch should support IP Multicast and PIM, PIM Sparse Mode, PIM Dense Mode, PIM Sparse-

5.3 dense Mode & Source-Specific Multicast for Wired and Wireless Clients.

5.4 The Switch should support IPv6 Multicast Routing.

5.5 The Switch should support basic IP Unicast routing protocols (static, RIPv1 & RIPv2).

5.6 The Switch should support IPv6 & IPv4 Policy Based Routing (PBR)

5.7 The Switch should support Inter-VLAN routing.

5.8 The Switch should support HSRP for IPv4 & IPv6.

5.9 The Switch should support VRRPv3.

5.1 The Switch should support uRPF for IPv4 and IPv6.

6

Layer 2 Features

Page 25 of 73

to

of

to deny

TENDER NO

The Switch should be able to discover (on both IPv4 & IPv6 Network) the neighboring device giving the details about the platform, IP Address, Link connected through etc, thus helping in

6.1 troubleshooting connectivity problems.

The Switch should support Detection of Unidirectional Links (in case of fiber cut) and to disable them

6.2 to avoid problems such as spanning-tree loops.

The Switch should support centralized VLAN Management, VLANs created on the core switch 6.3 should be propogated automatically.

6.4

The Switch should support 802.1d, 802.1s, 802.1w Spanning-Tree & its enhancement for fast convergence.

6.5 The Switch should support 802.1q VLAN encapsulation.

The Switch should support 802.3ad (LACP) to combine multiple network links for increasing 6.6 throughput and providing redundancy.

7

Network Security Features

The Switch should have Port security to secure the access to an access or trunk port based on MAC

7.1 address limit the number learned MAC addresses MAC address flooding.

The Switch should support DHCP snooping to prevent malicious users from spoofing a DHCP server 7.2 and sending out roughe addresses.

The Switch should support Dynamic ARP inspection (DAI) to ensure user integrity by preventing

7.3 malicious users from exploiting the insecure nature of ARP.

The Switch should support IP source guard to prevent a malicious user from spoofing or taking over another user’s IP address by creating a binding table between the client’s IP and MAC address, port,

7.4 and VLAN.

The Switch should support Unicast Reverse Path Forwarding (RPF) feature to mitigate problems caused by the introduction of malformed or forged (spoofed) IP source addresses into a network by

7.5 discarding IP packets that lack a verifiable IP source address.

The Switch should support Bidirectional data support on the SPAN port to allow the intrusion

7.6 detection system (IDS) to take action when an intruder is detected.

The Switch should support flexible & multiple authentication mechanism, including 802.1X, MAC

7.7 authentication bypass, and web authentication using a single, consistent configuration.

The Switch shoud support RADIUS change of authorization and downloadable Access List for

7.8 comprehensive policy management capabilities.

The Switch should support Private VLANs to restrict traffic between hosts in a common segment by segregating traffic at Layer 2, turning a broadcast segment into a nonbroadcastmultiaccess like segment to provide security & isolation between switch ports, which helps ensure that users cannot

7.9 snoop on other users’ traffic.

The Switch should support Multidomain authentication to allow an IP phone and a PC to

7.1 authenticate on the same switch port while placing them on appropriate voice and data VLAN.

The Switch should support MAC address notification to allow administrators to be notified of users

7.11 added to or removed from the network.

The Switch should support IGMP filtering to provide multicast authentication by filtering out

7.12 nonsubscribers and limits the number of concurrent multicast streams available per port.

The Switch should support VLAN ACLs on all VLANs prevent unauthorized data flows from being 7.13 bridged within VLANs.

7.14 The Switch should support IPv6 ACLs that can be applied to filter IPv6 traffic.

The Switch should support Port-based ACLs for Layer 2 interfaces to allow security policies to be 7.15 applied on individual switch ports.

The Switch should support Secure Shell (SSH) Protocol, Kerberos, and Simple Network Management Protocol Version 3 (SNMPv3) to provide network security by encrypting administrator

7.16 traffic during Telnet and SNMP sessions.

The Switch should support TACACS and RADIUS authentication to facilitate centralized control of

7.17 the switch and restricts unauthorized users from altering the configuration.

The Switch should support Multilevel security on console access to prevent unauthorized users from 7.18 altering the switch configuration.

The Switch should support Bridge protocol data unit (BPDU) Guard to shut down Spanning Tree

7.19 PortFast-enabled interfaces when BPDUs are received to avoid accidental topology loops.

Page 26 of 73

TENDER NO

The Switch should support Spanning Tree Root Guard (STRG) to prevent edge devices not in the 7.2 network administrator’s control from becoming Spanning Tree Protocol root nodes.

The Switch should support Wireless end-to-end CAPWAP-compliant DTLS encryption to make sure

7.21 of encryption between access points and controllers across remote WAN/LAN links.

The Switch should support IPv6 RA Guard, DHCPv6 guard, IPv6 Snooping to prevent any Man-in- 7.22 middle attack.

7.23 The Switch should support IPv6 RA Throttler for Wireless Implementation

The Switch should support Dynamic VLAN, Downloadable ACLs, Multi-Auth VLAN Assignment,

7.24 MAC Based Filtering & Web Authentication security mechanism.

The Switch should support isolation of guest traffic from the enterprise by creating CAPWAP tunnels

7.25 across a layer 3 topolgy between two endpoints.

The Switch shoud support devices that need to resolve Wireless Internet Service Provider roaming

7.26 (WISPr) and have support for captive portal bypass.

7.27 The Switch should be capable of classifying and managing rogue devices.

The Switch should be capable of using network intelligence to analyze wireless attacks and more

7.28 accurately pinpoint and proactively prevent attacks (wIPS).

7.29 The Switch should support Radio Frequency Grouping.

The Switch should support enforcement of identity and context-based access policies for users and 7.3 devices.

7.31 The Switch should support ACLs based on HTTP Domain Names.

9

General

9.1

The Switch should support software image update and switch configuration without user intervention.

9.2 The Switch should support automatic interface configuration as devices connect to the switch port.

9.3 The Switch should support system health checks within the switch.

9.4 The Switch should support real-time network event detection and onboard automation.

The Switch should be capable of being deployed by any installer at the site, without having any prior 9.5 knowledge of the IOS CLIs.

9.6 The Switch should support dynamic port and session configuration management.

The Switch should support real-time network event detection and onboard automation in order to

9.7 take informational, corrective actions when the monitored events occur (Embedded Event Manager).

10

Quality of Service (QoS) & Control

The Switch should support hierarchical wired and wireless QoS (HQoS) including hierarchical 10.1 classification, policing and shaping.

The Switch should have a inbuilt mechanism to distribute bandwidth amongst wireless clients to

10.2 ensure all users have a fair share on bandwidth.

The Switch should be capable of deploying QoS policies at multiple levels based on AP, Radio,

10.3 SSID & clients who are directly connected to the switch.

The Switch should be capable of Downloading Downloadable Access List from network security

10.4 engine based on user identity.

The Switch should be capable of Queuing, Policing, Shaping and marking Wired and Wireless

10.5 Traffic based on Class of Service (CoS) or DSCP.

10.6

The Switch should support IP SLA feature set to verify services guarantee based on business critical IP Applications.

10.7

The Switch should support Auto QoS for certain device types and enable egress queue configurations.

The Switch should support 802.1p CoS and DSCP Field classification using marking and reclassification on a per-packet basis by source and destination IP address, MAC address, or Layer

10.8 4 Transmission Control Protocol/User Datagram Protocol (TCP/UDP) port number.

Page 27 of 73

TENDER

The Switch should support Shaped round robin (SRR) scheduling to ensure differential prioritization of packet flows by intelligently servicing the ingress queues and egress queues. Weighted tail drop (WTD) to provide congestion avoidance at the ingress and egress queues before a disruption occurs. Strict priority queuing to ensure that the highest priority packets are serviced ahead of all

10.9 other traffic.

The Switch should support Rate limiting based on source and destination IP address, source and destination MAC address, Layer 4 TCP/UDP information, or any combination of these fields, using

10.1 QoS ACLs (IP ACLs or MAC ACLs), class maps, and policy maps.

10.11

The Switch should support Eight egress queues per port for wired traffic and four egress queues for wireless to enable differentiated management of different traffic types across the stack for wired traffic.

The Switch should support 6 MB of buffers on the 24 port model. 10.12 The Switch should support IPv6 ACLs and DSCP-matching of IPv6 packets for IPv6 wireless clients.

11

Application Visibility

The Switch should support Full Flexible Neflow v9 which provides ability to characterize IP traffic and identify its source, traffic destination, timing, and application information and is critical for

11.1 network availability, performance, and troubleshooting.

11.2

The Switch should be capable of enabling FnF on all ports of the switch for Ingress and Egress Traffic.

11.3 The Switch should support atleast 24000 Flows per switch

The Switches when stacked together should be capable to exporting the flow independently / directly 11.4 to the FnF Collector.

The Switch should be capable of showing customized reports on OS CLI, based on Top Talkers, 11.5 Top Destination, Top Protocols etc.

11.6 The Switch should be capable of monitoring Wireless Flows from directly connected AP's.

11.7 The Switch should be capable of Microflow Policing for Wireless Clients.

11.8 The Switch should be capable of monitoring network traffic on Physical, VLAN & WLAN.

The Switch should support Wireshark packet analyzer that supports multiple protocols and analyzes 11.9 both wired and wireless traffic.

The Switch should be capable of classifying applications using deep packet inspection provide

11.1 application-level visibility into Wi-Fi networks.

The Switch should support hop-by-hop analysis of application level statistics for troubleshooting 11.11 video applications.

12

Services

The Switch should be capable of enabling multicast Domain Name System (mDNS) to operate

12.1 across Layer 3 boundaries (mDNS Gateway) providing location and role based services.

The Switch should support scalable device profiling by snooping on control protocol traffic such as 12.2 CDP, LLDP, MAC OUI, DHCP etc.

The Switch should be capable of measuring user traffic performance and generating alerts (based 12.3 on thresholds) and reports.

13

Standards & Compliance (Switch Should support all the mentioned Standards)

13.1 IEEE 802.1s

13.2 IEEE 802.1w

13.3 IEEE 802.1x

13.4 IEEE 802.11

13.5 IEEE 802.1x-Rev

13.6 IEEE 802.3ad

13.7 IEEE 802.3af

13.8 IEEE 802.3at

13.9 IEEE 802.3x full duplex on 10BASE-T, 100BASE-TX, and 1000BASE-T ports

13.1 IEEE 802.1D Spanning Tree Protocol

13.11 IEEE 802.1p CoS Prioritization

13.12 IEEE 802.1Q VLAN

Page 28 of 73

TENDER NO 13.13

IEEE 802.3 10BASE-T specification

13.14 IEEE 802.3u 100BASE-TX specification

13.15 IEEE 802.3ab 1000BASE-T specification

13.16 IEEE 802.3z 1000BASE-X specification

13.17 RMON I and II standards

13.18 SNMPv1, SNMPv2c, and SNMPv3

14

Safety & Compliance (Switch should support all of the mentioned standards)

14.1 FCC Part 15 (CFR 47) Class A

14.2 ICES-003 Class A

14.3 EN 55022 Class A

14.4 CISPR 22 Class A

14.5 AS/NZS 3548 Class A

14.6 BSMI Class A (AC input models only)

14.7 VCCI Class A

14.8 EN 55024, EN300386, EN 50082-1, EN 61000-3-2, EN 61000-3-3

14.9 EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN 61000-6-1

14.1 UL 60950-1, CAN/CSA-C22.2 No. 60950-1, EN 60950-1, IEC 60950-1, CCC, CE Marking

14.11 UL 60950-1 Second Edition

14.12 CAN/CSA-C22.2 No. 60950-1 Second Edition

14.13 EN 60950-1 Second Edition

14.14 IEC 60950-1 Second Edition

14.15 GOST

14.16 NOM (obtained by partners and distributors)

14.17 47CFR Part 15 (CFR 47) Class A (FCC Part 15 Class A)

14.18 AS/NZS CISPR22 Class A

14.19 CISPR22 Class A

14.2 EN55022 Class A

14.21 ICES003 Class A

14.22 VCCI Class A

14.23 EN61000-3-2

14.24 EN61000-3-3

14.25 KN22 Class A

14.26 KCC

14.27 CNS13438 Class A

14.28 EN55024

14.29 CISPR24

14.3 KN24

14.31 FIPS 140-2

14.32 Common Criteria

14.33 UCAPL

14.34 USGv6

Page 29 of 73

:

TENDER NO

Item 1700: 5.

24 port Gigabit switch with 4 SFP Layer3 --------- 01Nos

Make & Model No.: CISCO/LANTECH/DELL/HP/JUNIPER

1

Switch Architecture

1.1 The Switch should have atleast 24 10/100/1000 Line Rate for 64byte Packets

1.2 The Switch should support 4 x 1G or 2 x 10G

1.3 The Switch should support Redundant Power Supplies

1.4 The Switch should also support 440W DC power supply.

1.5 The Switch should be Stackable from Day 1 with Stack Power capabilities.

1.6 The Swich should be based on a Modular OS Architecture capable of hosting applications.

1.7 The Switch should have RJ45 & Mini USB Console Ports for Management.

1.8

The Switch should have USB 2.0 for OS Management (uploading, downloading & booting of OS and Configuration).

1.9 The Switch should have Front to Back Airflow system.

1.1 The Switch should have Multicore CPU Architecture.

1.11 The Switch should have atleast 2GB of Flash for storing OS and other Logs.

1.12 The Switch should have atleast 4GB of DRAM.

1.13 The Switch should have atleast 1 10/100/1000 dedicated Ethernet Management Port.

The Switch should have atleast 3 fans and incase of failure of any one of those the other fans should

1.14 automatically speed up. Fans should be field replaceable.

The Switch should have power savings mechanism wherein it should reduce the power consumption 1.15 on ports not being used.

1.16 The Switch should be Rack Mountable and should not take space more than 1RU.

1.17 The Switch should support operating temperature up to 5000ft (1500m) -5 to +45 degrees C.

1.18 The Switch should support operating relative humidity 10% to 95% noncondensing.

2

Switch Performance

2.1 The Switch should have atleast 88G nonblocking switching bandwidth.

2.2 The Switch should have atleast 65.47Mpps of forwarding rate.

2.3 The Switch should have atleast 240Gbps Unidirectional or 480Gbps Spatial Reuse Stack Bandwidth.

2.4 The Switch should have upto 40Gbps throughput for Wireless Control Plane.

2.5 The Switch should support atleast 32000 MAC Addresses.

2.6 The Switch should support atleast 24000 IPv4 routes.

2.7 The Switch should support atleast 4000 VLAN IDs & 1000 SVIs.

2.9 The Switch should support support 9198 bytes of Jumbo Frames.

2.1 The Switch should support Maximum Transmission Unit (MTU) of 9198 bytes.

2.11 The Switch should support Quad Core CPU.

3

Stacking

3.1 The Switch architecture should be able to stack atleast 9 switches together.

The Switch stack should be based on Distributed forwarding Architecture, where in each stack

3.2 member forwards its own information on network.

The Switch stack architecture should have centralized control and Management plane with Active

3.3 Switch and all the information should be Synchronized with Standby Switch.

The Switch should support Stateful Switchover (SSO) when switching over from Active to Standby 3.4 switch in a Stack.

The Switch stack architecture should be Plug & Play for attaching or removing any switch from the 3.5 stack without any downtime.

The Switch stack architecture should allow the end user to stack 24 Port Switch with 48 Port of the 3.6 same model.

Page 30 of 73

TENDER NO 3.7

The Switch stacking module should be hot-swappable.

3.8 The Switch stacking should support 480Gbps of throughput.

3.9 The Switch stacking should support single IP address management for the group of switches.

3.1

The Switch stacking should support automatic upgrade when master switch receives a new software version.

3.11 The Switch stacking should support single configuration.

3.12 The Switch stacking should support stack cable length of 3m.

5

Layer 3 Features

5.1 The Switch should support routing protocols such OSPF, BGPv4, IS-ISv4, EIGRP.

5.2 The Switch should support IPv6 Routing capable protocols such as OSPFv3 in hardware.

The Switch should support IP Multicast and PIM, PIM Sparse Mode, PIM Dense Mode, PIM Sparse-

5.3 dense Mode & Source-Specific Multicast for Wired and Wireless Clients.

5.4 The Switch should support IPv6 Multicast Routing.

5.5 The Switch should support basic IP Unicast routing protocols (static, RIPv1 & RIPv2).

5.6 The Switch should support IPv6 & IPv4 Policy Based Routing (PBR)

5.7 The Switch should support Inter-VLAN routing.

5.8 The Switch should support HSRP for IPv4 & IPv6.

5.9 The Switch should support VRRPv3.

5.1 The Switch should support uRPF for IPv4 and IPv6.

6

Layer 2 Features

The Switch should be able to discover (on both IPv4 & IPv6 Network) the neighboring device giving the details about the platform, IP Address, Link connected through etc, thus helping in troubleshooting

6.1 connectivity problems.

The Switch should support Detection of Unidirectional Links (in case of fiber cut) and to disable them

6.2 to avoid problems such as spanning-tree loops.

The Switch should support centralized VLAN Management, VLANs created on the core switch should 6.3 be propogated automatically.

The Switch should support 802.1d, 802.1s, 802.1w Spanning-Tree & its enhancement for fast 6.4 convergence.

6.5 The Switch should support 802.1q VLAN encapsulation.

The Switch should support 802.3ad (LACP) to combine multiple network links for increasing 6.6 throughput and providing redundancy.

7

Network Security Features

The Switch should have Port security to secure the access to an access or trunk port based on MAC

7.1 address to limit the number of learned MAC addresses to deny MAC address flooding.

The Switch should support DHCP snooping to prevent malicious users from spoofing a DHCP server

7.2 and sending out roughe addresses.

The Switch should support Dynamic ARP inspection (DAI) to ensure user integrity by preventing

7.3 malicious users from exploiting the insecure nature of ARP.

The Switch should support IP source guard to prevent a malicious user from spoofing or taking over another user’s IP address by creating a binding table between the client’s IP and MAC address, port,

7.4 and VLAN.

The Switch should support Unicast Reverse Path Forwarding (RPF) feature to mitigate problems caused by the introduction of malformed or forged (spoofed) IP source addresses into a network by

7.5 discarding IP packets that lack a verifiable IP source address.

The Switch should support Bidirectional data support on the SPAN port to allow the intrusion detection

7.6 system (IDS) to take action when an intruder is detected.

The Switch should support flexible & multiple authentication mechanism, including 802.1X, MAC

7.7 authentication bypass, and web authentication using a single, consistent configuration.

Page 31 of 73

TENDER NO

The Switch shoud support RADIUS change of authorization and downloadable Access List for 7.8 comprehensive policy management capabilities.

The Switch should support Private VLANs to restrict traffic between hosts in a common segment by segregating traffic at Layer 2, turning a broadcast segment into a nonbroadcastmultiaccess like segment to provide security & isolation between switch ports, which helps ensure that users cannot

7.9 snoop on other users’ traffic.

The Switch should support Multidomain authentication to allow an IP phone and a PC to authenticate

7.1 on the same switch port while placing them on appropriate voice and data VLAN.

The Switch should support MAC address notification to allow administrators to be notified of users

7.11 added to or removed from the network.

The Switch should support IGMP filtering to provide multicast authentication by filtering out

7.12 nonsubscribers and limits the number of concurrent multicast streams available per port.

The Switch should support VLAN ACLs on all VLANs prevent unauthorized data flows from being 7.13 bridged within VLANs.

7.14 The Switch should support IPv6 ACLs that can be applied to filter IPv6 traffic.

The Switch should support Port-based ACLs for Layer 2 interfaces to allow security policies to be 7.15 applied on individual switch ports.

The Switch should support Secure Shell (SSH) Protocol, Kerberos, and Simple Network Management Protocol Version 3 (SNMPv3) to provide network security by encrypting administrator traffic during

7.16 Telnet and SNMP sessions.

The Switch should support TACACS and RADIUS authentication to facilitate centralized control of the

7.17 switch and restricts unauthorized users from altering the configuration.

The Switch should support Multilevel security on console access to prevent unauthorized users from 7.18 altering the switch configuration.

The Switch should support Bridge protocol data unit (BPDU) Guard to shut down Spanning Tree

7.19 PortFast-enabled interfaces when BPDUs are received to avoid accidental topology loops.

The Switch should support Spanning Tree Root Guard (STRG) to prevent edge devices not in the

7.2 network administrator’s control from becoming Spanning Tree Protocol root nodes.

The Switch should support Wireless end-to-end CAPWAP-compliant DTLS encryption to make sure of

7.21 encryption between access points and controllers across remote WAN/LAN links.

The Switch should support IPv6 RA Guard, DHCPv6 guard, IPv6 Snooping to prevent any Man-in- 7.22 middle attack.

7.23 The Switch should support IPv6 RA Throttler for Wireless Implementation

The Switch should support Dynamic VLAN, Downloadable ACLs, Multi-Auth VLAN Assignment, MAC

7.24 Based Filtering & Web Authentication security mechanism.

The Switch should support isolation of guest traffic from the enterprise by creating CAPWAP tunnels

7.25 across a layer 3 topolgy between two endpoints.

The Switch shoud support devices that need to resolve Wireless Internet Service Provider roaming

7.26 (WISPr) and have support for captive portal bypass.

7.27 The Switch should be capable of classifying and managing rogue devices.

The Switch should be capable of using network intelligence to analyze wireless attacks and more

7.28 accurately pinpoint and proactively prevent attacks (wIPS).

7.29 The Switch should support Radio Frequency Grouping.

The Switch should support enforcement of identity and context-based access policies for users and 7.3 devices.

7.31 The Switch should support ACLs based on HTTP Domain Names.

9

General

9.1 The Switch should support software image update and switch configuration without user intervention.

9.2 The Switch should support automatic interface configuration as devices connect to the switch port.

9.3 The Switch should support system health checks within the switch.

9.4 The Switch should support real-time network event detection and onboard automation.

9.5 The Switch should be capable of being deployed by any installer at the site, without having any prior

Page 32 of 73

TENDER NO

knowledge of the IOS CLIs. 9.6

The Switch should support dynamic port and session configuration management.

The Switch should support real-time network event detection and onboard automation in order to take

9.7 informational, corrective actions when the monitored events occur (Embedded Event Manager).

10

Quality of Service (QoS) & Control

The Switch should support hierarchical wired and wireless QoS (HQoS) including hierarchical 10.1 classification, policing and shaping.

The Switch should have a inbuilt mechanism to distribute bandwidth amongst wireless clients to

10.2 ensure all users have a fair share on bandwidth.

The Switch should be capable of deploying QoS policies at multiple levels based on AP, Radio, SSID

10.3 & clients who are directly connected to the switch.

The Switch should be capable of Downloading Downloadable Access List from network security 10.4 engine based on user identity.

The Switch should be capable of Queuing, Policing, Shaping and marking Wired and Wireless Traffic

10.5 based on Class of Service (CoS) or DSCP.

10.6

The Switch should support IP SLA feature set to verify services guarantee based on business critical IP Applications.

The Switch should support Auto QoS for certain device types and enable egress queue 10.7 configurations.

The Switch should support 802.1p CoS and DSCP Field classification using marking and reclassification on a per-packet basis by source and destination IP address, MAC address, or Layer 4

10.8 Transmission Control Protocol/User Datagram Protocol (TCP/UDP) port number.

The Switch should support Shaped round robin (SRR) scheduling to ensure differential prioritization of packet flows by intelligently servicing the ingress queues and egress queues. Weighted tail drop (WTD) to provide congestion avoidance at the ingress and egress queues before a disruption occurs.

10.9 Strict priority queuing to ensure that the highest priority packets are serviced ahead of all other traffic.

The Switch should support Rate limiting based on source and destination IP address, source and destination MAC address, Layer 4 TCP/UDP information, or any combination of these fields, using

10.1 QoS ACLs (IP ACLs or MAC ACLs), class maps, and policy maps.

The Switch should support Eight egress queues per port for wired traffic and four egress queues for

10.11 wireless to enable differentiated management of different traffic types across the stack for wired traffic.

The Switch should support 6 MB of buffers on the 24 port model. 10.12 The Switch should support IPv6 ACLs and DSCP-matching of IPv6 packets for IPv6 wireless clients.

11

Application Visibility

The Switch should support Full Flexible Neflow v9 which provides ability to characterize IP traffic and identify its source, traffic destination, timing, and application information and is critical for network

11.1 availability, performance, and troubleshooting.

11.2 The Switch should be capable of enabling FnF on all ports of the switch for Ingress and Egress Traffic.

11.3 The Switch should support atleast 24000 Flows per switch

The Switches when stacked together should be capable to exporting the flow independently / directly 11.4 to the FnF Collector.

The Switch should be capable of showing customized reports on OS CLI, based on Top Talkers, Top 11.5 Destination, Top Protocols etc.

11.6 The Switch should be capable of monitoring Wireless Flows from directly connected AP's.

11.7 The Switch should be capable of Microflow Policing for Wireless Clients.

11.8 The Switch should be capable of monitoring network traffic on Physical, VLAN & WLAN.

The Switch should support Wireshark packet analyzer that supports multiple protocols and analyzes 11.9 both wired and wireless traffic.

The Switch should be capable of classifying applications using deep packet inspection provide

11.1 application-level visibility into Wi-Fi networks.

The Switch should support hop-by-hop analysis of application level statistics for troubleshooting video 11.11 applications.

Page 33 of 73

TENDER NO 12

Services

The Switch should be capable of enabling multicast Domain Name System (mDNS) to operate across

12.1 Layer 3 boundaries (mDNS Gateway) providing location and role based services.

The Switch should support scalable device profiling by snooping on control protocol traffic such as 12.2 CDP, LLDP, MAC OUI, DHCP etc.

The Switch should be capable of measuring user traffic performance and generating alerts (based on 12.3 thresholds) and reports.

13

Standards & Compliance (Switch Should support all the mentioned Standards)

13.1 IEEE 802.1s

13.2 IEEE 802.1w

13.3 IEEE 802.1x

13.4 IEEE 802.11

13.5 IEEE 802.1x-Rev

13.6 IEEE 802.3ad

13.7 IEEE 802.3af

13.8 IEEE 802.3at

13.9 IEEE 802.3x full duplex on 10BASE-T, 100BASE-TX, and 1000BASE-T ports

13.1 IEEE 802.1D Spanning Tree Protocol

13.11 IEEE 802.1p CoS Prioritization

13.12 IEEE 802.1Q VLAN

13.13 IEEE 802.3 10BASE-T specification

13.14 IEEE 802.3u 100BASE-TX specification

13.15 IEEE 802.3ab 1000BASE-T specification

13.16 IEEE 802.3z 1000BASE-X specification

13.17 RMON I and II standards

13.18 SNMPv1, SNMPv2c, and SNMPv3

14

Safety & Compliance (Switch should support all of the mentioned standards)

14.1 FCC Part 15 (CFR 47) Class A

14.2 ICES-003 Class A

14.3 EN 55022 Class A

14.4 CISPR 22 Class A

14.5 AS/NZS 3548 Class A

14.6 BSMI Class A (AC input models only)

14.7 VCCI Class A

14.8 EN 55024, EN300386, EN 50082-1, EN 61000-3-2, EN 61000-3-3

14.9 EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN 61000-6-1

14.1 UL 60950-1, CAN/CSA-C22.2 No. 60950-1, EN 60950-1, IEC 60950-1, CCC, CE Marking

14.11 UL 60950-1 Second Edition

14.12 CAN/CSA-C22.2 No. 60950-1 Second Edition

14.13 EN 60950-1 Second Edition

14.14 IEC 60950-1 Second Edition

14.15 GOST

14.16 NOM (obtained by partners and distributors)

14.17 47CFR Part 15 (CFR 47) Class A (FCC Part 15 Class A)

14.18 AS/NZS CISPR22 Class A

14.19 CISPR22 Class A

Page 34 of 73

Approved Makes:

Approved Makes:

TENDER NO 13 14.2

EN55022 Class A

14.21 ICES003 Class A

14.22 VCCI Class A

14.23 EN61000-3-2

14.24 EN61000-3-3

14.25 KN22 Class A

14.26 KCC

14.27 CNS13438 Class A

14.28 EN55024

14.29 CISPR24

14.3 KN24

14.31 FIPS 140-2

14.32 Common Criteria

14.33 UCAPL

14.34 USGv6

Item 1800: 6. Workstation (for client viewing) ------------- 22 Nos

DELL/HP/IBM/LENOVO/FUJITSU Client workstations shall be Quad core or better Intel Process or better, 3.1 GHZ or Higher, 8MB Cache & 2 x 8 GB 1600 MHz DDR3 ECC RAM Microsoft windows 8.1 professional or higher and compatible in all respect with NVRs /Network Video Recording Servers and other accessories and all required compatible application softwares. Hard disk drive 1 TB SATA, 8X DVD ROM Network interface card -10/100/1000 Video card –Dual NVidia Quadro K620 4 GB Graphics card support 4 or more multiplexed Monitors. Multimedia keyboard, Optical scroll mouse & Compatible Digital keyboards (PTZ) with Joystick.

Item 1900: 7. Viewing Display 40 inch LED(for client viewing) --------- 22 Nos

SAMSUNG/LG/PANASONIC/SONY/VU A. Screen Size:- 40" B. Panel Technology:- 60Hz LED BLU C. Native Resolution:- 1366x768 (16:9) D. Brightness (Max):330 nits E. Contrast Ratio (Typical) :4000:1 F. Viewing Angle: 178° / 178° G. Orientation: Landscape / Portrait H. Response Time: 8ms I. Input Video:VGA (D-Sub 15 Pin), DVI-D, Component/Composite, HDMI Audio: Stereo Mini Jack J. Output Audio: Stereo Mini Jack K. External Control: RS232C (In/Out) thru Stereo Jack L. Power Supply: AC 100 - 240 V~ (+/- 10 %), 50/60 Hz M. Power Consumption (Typical / Max): 47W / 77W N. Power Consumption (Standby) :< 0.5W O. Operating Temperature : 0ºC~ 40ºC P. Operating Humidity : 10~80%

Q. Special Built in Speaker: (10W + 10W), PIP/PBP, Narrow Bezel, Light Weight, RS232 In/Out, 1 D-Sub & 1 HDMI, No function key U. VESA Standard Wall Mount Interface 200 x 200mm R. Product Dimension Without Stand (W x H x D): 29" x 17.1" x 3.7" S. Packaging Dimension (W x H x D): 32.5" x 20.9" x 6.4" T. Bezel Width :16.3mm (Bottom 20.4mm) U. Product Weight: 13.2 lbs. V. Shipping Weight: 16.8 lbs. W. Included Quick Setup Guide, Warranty Card,D-Sub Cable, Power Cord, RemoteController, Batteries

Page 35 of 73

No

No

No

No

No

No

No

:

Approved Makes:

:

:

:

TENDER NO

X. Optional Stand WMN4070SD, WMN250MD Y. Optional Mount STN-L32D, STN-L3240E GREEN MANAGEMENT A. Emission Standard: EMC B. ENERGY STAR® 5.0 Compliant : Yes C. RoHS Compliant : Yes D. Packaging Recyclability: Yes

Item 2000: 8.

CAT 6 cables ------------- 18300mtrs

CAT 6 cables (305 Meter/Box) MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

Item 2100: 9. 6 core Single Mode OFC armoured ---------------- 8000 mtrs

6 core Single Mode OFC armoured Make & Model No. MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

6 CORE SINGLE MODE OUTDOOR ARMOURED 9/125 FIBER OPTIC - UNITUBE TYPE: SINGLE MODE, Loose tube construction for Outdoor application, direct burial. Optical Parameters: Max Attenuation@1310nm = 0.36, cutoff wavelength <=1260, dispersion <= 3.5 Jacketing Material: HDPE standards: ISO/IEC 1181, ANSI/TIA 568, IEC 60793 Testing by otdr to be conducted and reports & performance warranty certificate of 20 years to be submitted.

Item 2200: 10.

12 port LIU --- 23 Nos

12 port LIU loaded with adapters & pigtails and connectorisation Make & Model :MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

Item 2300: 11. OFC Patch Cords ------- 50 Nos

OFC Patch cords 1 mtrs Make & Model MOLEX/TYCO/SYSTIMAX/LEGRAND/BELDEN

Item 2400: 12. Network Rack --------- 32 Nos

6U rack Make & Model RITTAL/APW/WQ/VALRACK/NETRACK

Item 2500: 13. Network Rack ---------------- 02 Nos

Rack for mounting equipments with accessories - 42U Make & Model RITTAL/APW/WQ/VALRACK/NETRACK

Item 2600: 14. Junction Boxes for switch and LIU ------------47 Nos

Weather proof Junction Boxes (600x600x350 mm) - for POE switch & LIU Make & Model :RITTAL/ELDON/APW/WQ/VALRACK

Item 2700: 15. Junction Boxes for Indoor Cameras ------------185 Nos

Junction Boxes ( 6x6 inch) - for Indoor Cameras Make & Model :HENSEL/RITTAL/ELDON/APW/WQ

Item 2800: 16. Junction Boxes for PTZ cameras ------------14 Nos

Weather proof Junction Boxes ( 9X9 inch) - for Outdoor & PTZ cameras Make & Model :HENSEL/RITTAL/ELDON/APW/WQ

Page 36 of 73

No

No

No

No

No

No

No

:

TENDER NO

Item 2900: 17. 3 meter pole ------------- 14 Nos

Make & Model

:RAJAN TUBES/PARUTI/BAJAJ/VALMONT/SKIPPER

Item 3000: 18. Earth pit for pole ------------- 14 Nos

Make &

Model

:

Item 3100: 19. GI pipe ------------- 1500 mtrs

1" GI pipe Make & Model :TATA/JINDAL/GUJRAT STEEL/AMBICA/ZENITH

Item 3200: 20. 3 core 2.5sq mm Power cable armoured --------- 2000 mtrs

Make & Model

POLYCAB/FINOLEX/NEOLEX/CORDS/DELTON

Item 3300: 21. 1 KVA UPS --------- 79 Nos

1 KVA UPS with 10 to 15 min battery backup Make & Model :NUMERIC/CONSUL NEOWATT/EMERSON/ HITACHI/APC/FUJI

Item 3400: 22. 10 KVA UPS --------- 02 Nos

10KVA Online UPS with external batteries for providing 1 hour backup with related racks and links Make & Model :NUMERIC/CONSUL NEOWATT/EMERSON/ HITACHI/APC/FUJI

Item 3500: 23. PVC pipe ------------- 5000mtrs

2" PVC conduit Make & Model :SUPREME/PRECISION/PRINCE/STAR/SURYA

Item 3600: 24. Digging and Trenching– Soft soil ---------- 200 Mtrs

Item 3700: 25. Digging and Trenching – Hard soil ------ 1000 Mtrs

Item 3800: 26. Road cutting – Tar/Concrete Road ---------- 400 Mtrs

Item 3900: 27. Installation & Commissioning ----------1 AU

Installation & Commissioning Charges for the entire setup including laying of cables, fixing of cameras and all other activities on turnkey basis (taining to MDL employee)

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