Package-X

(Period in weeks from LOA)

Batch-1*

Batch-2*

Batch-3*

Network Security Audit/ Vulnerability assessment

Batch-1 (200 Equipments)

Lot-1 (100 Equipments)

Lot-2 (50 Equipments)

Lot-3 (50 Equipments)

Batch-2 (140 Equipments)

Lot-1 (70 Equipments)

Lot-2 (70 Equipments)

Batch-3 (50 Equipments)

Lot-1 (50 Equipments)

POWERGRID may increase/ decrease the no of Equipment in each LOT based on requirement.

POWERGRID may increase/ decrease the no of BATCH/ LOT for delivery of equipment, based on requirement.

POWERGRID may advance/ delay in the implimentation of TMN

BoQ for 'Package-X: New Generation Equipment Package'

OTN System (100G)

Base Equipment (Crossconnect Fabric, Common cards, min 2x100G line & min 10x10G/ STM-64 client ports, Power supply cards, patch cords, power cabling, tributary cables, other hardware & accessories including sub-racks etc. fully equipped excluding optical Pluggable) Hardware & Software

100G OTN Line pluggable optics (40km)

100G OTN Line pluggable optics (80km)

MPLS-TP Equipment (100G)

Base Equipment (Crossconnect Fabric, Common cards, min 2x100G line & min 10x10G client ports, Power supply cards, patch cords, power cabling, tributary cables, other hardware & accessories including sub-racks etc. fully equipped excluding optical Pluggable) Hardware & Software

100G Line pluggable optics (40km)

100G Line pluggable optics (80km)

Base Equipment (Crossconnect Fabric, Common cards, min 4x10G & min 4x1G (2 Optcial + 2 Electrical) ports patch cords, power cabling, tributary cables, other hardware & accessories including sub-racks etc. fully equipped excluding optical Pluggable) Hardware & Software

Base Equipment (Crossconnect Fabric, Common cards, min 4x10G (optical), 4x1G (2 Optcial + 2 Electrical) ports, 6xE1 & 1xSTM-1 ports, patch cords, power cabling, tributary cables, E1 Cable, STM-1 SFP, other hardware & accessories including sub-racks etc. fully equipped excluding optical Pluggable) Hardware & Software

Base Equipment (Crossconnect Fabric, Common cards, min 4x1G ports (Min 2x1G Optical & min 2x1G Electrical), equipped with SFP, Power supply cards, patch cords, power cabling, tributary cables, other hardware & accessories including sub-racks etc. fully equipped)

AC Power Module

DC Power Module

10GBASE-ZR XFP

10GBASE-ER XFP

10G BASE-LR XFP

10G BASE-SR XFP

1000 BaseLX SFP

Gbe Electrical (1000 base-T) SFP

BI-DI XFP (STM-64/ 10G) 60 KM PAIR:END A

BI-DI XFP (STM-64/ 10G) 60 KM PAIR:END Z

Cabinet Standard

Cabinet Data Center

The ‘Set’ consists of all necessary amplifiers, pluggable Optics for respective equipment, Patch cords, power cables, Communication/ DCN cable accessories and any other items as per TS, for one end of the link i.e. POWERGRID shall order two (02) sets for implementation of one (01) link.

Amplifier Solution Set for 30 dB

Amplifier Solution Set for 35 dB

Amplifier Solution Set for 40 dB

Server

Work stations

Other hardwares

(One set will comprise of all necessary hardwares e.g. gateway NE, Router/Ethernet swtich/Converter etc. as required.)

System software

(One set will comprise of all necessary hardwares e.g. computer system, gateway NE, Router/Ethernet swtich/Converter etc. as required.)

Application software

Server

Work stations

Other hardwares

(One set will comprise of all necessary hardwares e.g. gateway NE, Router/Ethernet swtich/Converter etc. as required.)

System software

Application software

(One set will comprise of all necessary hardwares e.g. computer system, gateway NE, Router/Ethernet swtich/Converter etc. as required.)

Training

Synchronization Clock (Rubidium)

Synchronization Clock (OCXO)

24x7 Shift Operations

Day time Operations (9:00 to 18:00 Hrs)

Comprehensive AMC of all elements in Network

Power Grid Corporation of India Ltd. Telecommunication Backbone and Access Augmentation Project Volume II - Appendcies for Package-X: New Generation Equipment Package

Appendix D

Data Requirement Sheets

The following sets of Data Requirement Sheets are required to be filled up by the bidders to aid in the evaluation process. The response shall be brief and to the point and shall be supported by the printed product description and other literature. However, more parameters may be required to provided in DRS during detailed engineering.

NOTE- DRS for each type of offered equipment shall be filled separately by the bidder & attached with the bid

DATA REQUIREMENTS SHEETS for OTN 100G SYSTEM

Manufacturer:

Model #:

Dimension (mm)

Weight (kg)

Max. Power Supply (W)

Voltage Range (V)

Please mention all modules(Like Xconnect , Controller, FAN ,Power card etc.)

Please mention all modules(Like Xconnect , Controller, FAN ,Power card etc.)

Number of Service Slots

Cross-connect Type

Cross-connect Capability

Rate per Channel (maximum)

Number of Switching Fabric Modules

Switching capacity to each interface card

If more than one Switching Fabric goes done which interface traffic will go down

Supporting other Bit Rates above 100G:

Transport and storage

Operation for long term

Operation for short term

System Availability

Secure Shell (SSHv2) support for remote login and file transfer

SFTP (Secure File Transfer Protocol)

Allows the administrator to define actions permitted for each user

Auto-logout function to logout the idle session

Specify equipped Bit Rates:

Spectral Characteristics(Maximum -20 dB spectral width)

Laser Class

Data rate

Input frequency tolerance

Framing Baud Rate

Modulation format

Pulse shaping

Eye Pattern Mask

Extinction ratio

Channel spacing

Central Frequency Deviation

FEC coding gain

Wavelength range:

Wavelength locking time

Absolute wavelength stability(over life & temperature)

Laser line width (unmodulated)

Side mode suppression ratio

Tx power

output power stability

Chromatic Dispersion tolerance

PMD tolerance

Rx input power range

Receiver reflectance at RS

Pre-FEC BER

BER / error floor (post-FEC) < 1e-15

Bit Rate

Frequency Range

Frequency Spacing

Frequency Stability

Transmission Distance

Connector Type

Transmitter

Laser Type

Mean Output Power(Max)

Mean Output Power(Min)

Minimum Extinction ratio

Eye Mask

SBS Suppression

Optical Path

Dispersion(Max)

Optocal retun Loss(Min)

Discrete reflectance (Max)

DGD(Max)

Receiver

Mean input power Load

Reflectance of receiver

Sensitivity path panelty

Application Code

Fiber type

Modulation

Supported Distance Range [km]

Laser Types

Central Wavelength [nm]

Max. Spectral Width [nm]

Average Launch Power [dBm]

Extinction Ratio [dB]

Receiver Types

Mini. Overload [dBm]

Receiver Sensitivity @BOL [dBm]

Receiver Sensitivity @EOL [dBm]

Optical Path Penalty [dB]

Max. Reflect. of receiver [dB]

Digital Diagnostics Function

ITU-T G.691 Mask Margin

STM-64/ 10GE:

STM-16/Gbe:

SNC/I (sub-network connection with inherent monitoring)

SNC/N (sub-network connection with non-intrusive monitoring)

SNC/S (sub-network connection with sub-layer monitoring)

HO/LO SNC protection

1+1 unidirectional SNC/N, SNC/I and SNC/S w/o APS protocol

1+1 bidirectional SNC/I and SNC/S w/ APS protocol

Unidirectional

Bidirectional (single fibre operation)

Output power Range

Receive Maximum/Minimum power

Laser class

Wavelength range

Gain ripple

EDFA tilt for minimum gain ripple

Noise figure

Gain flatness

Multichannel Gain Variation

Multichannel Gain-change difference

Raman Amplifier safey precations and measure

VOA range

Amplifier management

OPTICAL SUPERVISORY CHANNEL MODULE

OSC transmitter wavelength (nm)

OSC transmitter output (dBm)

OSC receiver sensitivity (dBm)

Insertion loss of return path (dB)

Network Management

Input Port

Output Port

Loss of Signal

Loss of Frame

Signal Degradation(BER)

Input Port

Output Port

a) 100G on G.652 and G.653 fibre

b) 10G on G.652 and G.653 Fiber

Nominal supply voltage:

Power supply variation

Guaranteed performance:

Operation without damage:

Polarity:

Whether 220 Vac mains operation capability inbuilt

List derived DC voltages:

Module cut of power values

Total power consumption (Fully equipped incl. service channels)

Unprotected terminal:

1+1 Protected terminal:

1+1 APS protection provided?

MTBF of power supply unit:

Ultimate power delivery capacity

Are the following protections provided?

Whether proposed equipment has distributed Power Supply?

Provide AC & DC power supply requirement for each of the proposed equipment.

Provide Procedure to convert OLA and Repeaters to Add Drop Multiplexer

Power Distribution in Subrack by power module

Expected life of Equipment

Engineering Orderwire (Fill for all type of Equipment)

Omnibus calling available?Describe:

Signalling scheme Describe:

DTMF supported

Tx/Rx level

Speech coding method & bit rate

Distortion:

Noise performance:

OSC as per G.692

Are Service channel requirements specified in section 2.2.1.3 met?

No of data channels:

Interfaces/Connectors:

Data rates:

PROTECTION SWITCHING

List the type of Protection Schemes supported by the Equipment

Discuss the proposed protection scheme

Switching modes available(For Modules)

Manual?

Remote/network management?

Switching priority:

switchover & switchback criteria:

Switch option mode & status indicators:

Switching Time

Nominal:

Maximum:

List all alarms supported by Equipment:

Number of Sub-Racks (including DC/DC converters, O/W muldem etc.) required for Unprotected Terminal:

1:1 Protected Terminal:

Sub-Rack mounting options:

Sub-Rack clearance requirements

Top * Bottom * Sides:

Front Access:

Rear Access:

Sub-Rack color and finish

Cabinet options available

Slim rack?

Others (specify)?

Whether Truncated Cabinet Available?

Fill for all Cabinet Types Proposed

Protection Class (IP Class):

Rack Color and Finish:

Altitude Installed:

Air flow in subrack (diagram required)

Describe Ventilation requirements:

Describe dustproofing provisions:

Electromagnetic compatibility (List standards & severity levels) (Submit Test Reports)

Noise Standards supported (Submit Test Reports )

Environmental standards supported (Submit Test Reports)

DATA REQUIREMENTS SHEETS for MPLS-TP

Manufacturer:

Model #:

Equipment Type

Dimension (mm)

Weight (kg)

Max. Power Supply (W)

Voltage Range (V)

Please mention all modules(Like Xconnect , Controller, FAN ,Power card etc.)

Please mention all modules(Like Xconnect , Controller, FAN ,Power card etc.)

MPLS Tunnel1:1 Switch Time

LAG Switch Time

Max. Number of Routing

Number of MPLSTunnel

Max. Number of MSP Group

Max. Number LAG Group

Max. Number LSP Protection Group

Max. Number Wrapping

Number PW

Number E-line

Number of E-LAN Service

Number of E-Tree Service

Static MAC Address

Accuracy of CAR/Shaping

Number of CAR

Number of Multicast

Number of PTP Interface

Number of Sync ETH Interface

VLAN (IEEE 802.1Q)

Q-in-Q (IEEE 802.1ad)

9600 bytes jumbo frame

VLAN manipulation: stack/switch/strip

IGMP snooping (V1/V2/V3)

Flow control (IEEE 802.3x)

MPLS-TP OAM (G.8113.1/G.8113.2)

ITU-T Y.1731 End-to-end Performance Monitoring and AIS

802.3 Link OAM

802.1 CFM OAM

LSP 1:1 linear protection

LSP SNC protection

LSP ring protection

Single segment (SS) pseudowire 1:1 protection

Multi-segment (MS) pseudowire 1:1 protection

802.1AX Link Aggregation (UNI/NNI) with LACP

RSTP (IEEE 802.1Q)

Link Pass-Through (LPT)

L2 Classification: VLAN,PRI, MAC address, TPID

L3 Classification: IP address,DSCP, port number, TOS

Connection Admission Control (CAC)

Policing (CIR, CBS, EIR, and EBS; ColorBlind Mode and Color-Aware Mode)

Shaping

Congestion Avoidance: WRED

Transport and storage

Operation for long term

Operation for short term

System Availability

Secure Shell (SSHv2) support for remote login and file transfer

SFTP (Secure File Transfer Protocol)

Allows the administrator to define actions permitted for each user

Auto-logout function to logout the idle session

Specify equipped Bit Rates:

Spectral Characteristics(Maximum -20 dB spectral width)

Laser Class

Data rate

Input frequency tolerance

Framing Baud Rate

Modulation format

Pulse shaping

Eye Pattern Mask

Extinction ratio

Channel spacing

Central Frequency Deviation

FEC coding gain

Wavelength range:

Wavelength locking time

Absolute wavelength stability(over life & temperature)

Laser line width (unmodulated)

Side mode suppression ratio

Tx power

output power stability

Chromatic Dispersion tolerance

PMD tolerance

Rx input power range

Receiver reflectance at RS

Pre-FEC BER

BER / error floor (post-FEC) < 1e-15

Bit Rate

Frequency Range

Frequency Spacing

Frequency Stability

Transmission Distance

Connector Type

Transmitter

Laser Type

Mean Output Power(Max)

Mean Output Power(Min)

Minimum Extinction ratio

Eye Mask

SBS Suppression

Optical Path

Dispersion(Max)

Optocal retun Loss(Min)

Discrete reflectance (Max)

DGD(Max)

Receiver

Mean input power Load

Reflectance of receiver

Sensitivity path panelty

Application Code

Fiber type

Modulation

Supported Distance Range [km]

Laser Types

Central Wavelength [nm]

Max. Spectral Width [nm]

Average Launch Power [dBm]

Extinction Ratio [dB]

Receiver Types

Mini. Overload [dBm]

Receiver Sensitivity @BOL [dBm]

Receiver Sensitivity @EOL [dBm]

Optical Path Penalty [dB]

Max. Reflect. of receiver [dB]

Digital Diagnostics Function

ITU-T G.691 Mask Margin

Bit Rate

Connector Type

Symmetry

Load Impendance

Peak Voltage (Signal Transfer)

Peak Voltage (No Signal)

Return Loss

Input jitter acceptance

Maximum output jitter in the absence of i/p jitter

Jitter transfer characteristic:

Unidirectional

Bidirectional (single fibre operation)

Output power Range

Receive Maximum/Minimum power

Laser class

Wavelength range

Gain ripple

EDFA tilt for minimum gain ripple

Noise figure

Gain flatness

Multichannel Gain Variation

Multichannel Gain-change difference

Raman Amplifier safey precations and measure

VOA range

Amplifier management

OPTICAL SUPERVISORY CHANNEL MODULE

OSC transmitter wavelength (nm)

OSC transmitter output (dBm)

OSC receiver sensitivity (dBm)

Insertion loss of return path (dB)

Network Management

Nominal supply voltage:

Power supply variation

Guaranteed performance:

Operation without damage:

Polarity:

Whether 220 Vac mains operation capability inbuilt

List derived DC voltages:

Module cut of power values

Total power consumption (Fully equipped incl. service channels)

Unprotected terminal:

1+1 Protected terminal:

1+1 APS protection provided?

MTBF of power supply unit:

Ultimate power delivery capacity

Are the following protections provided?

Whether proposed equipment has distributed Power Supply?

Provide AC & DC power supply requirement for each of the proposed equipment.

Provide Procedure to convert OLA and Repeaters to Add Drop Multiplexer

Power Distribution in Subrack by power module

Expected life of Equipment

a) 100G on G.652 and G.653 fibre

b) 10G on G.652 and G.653 Fiber

MEF CE 2.0 Compliant: E-Line, E-LAN,E-Tree, E-Access

ETSI EN 300 386 V1.6.1/EN 55022(2010)

Others

PROTECTION SWITCHING

List the type of Protection Schemes supported by the Equipment

Discuss the proposed protection scheme

Switching modes available(For Modules)

Manual?

Remote/network management?

Switching priority:

switchover & switchback criteria:

Switch option mode & status indicators:

Switching Time

Nominal:

Maximum:

List all alarms supported by Equipment:

Number of Sub-Racks (including DC/DC converters, O/W muldem etc.) required for Unprotected Terminal:

1:1 Protected Terminal:

Sub-Rack mounting options:

Sub-Rack clearance requirements

Top * Bottom * Sides:

Front Access:

Rear Access:

Sub-Rack color and finish

Cabinet options available

Slim rack?

Others (specify)?

Whether Truncated Cabinet Available?

Fill for all Cabinet Types Proposed

Protection Class (IP Class):

Rack Color and Finish:

Altitude Installed:

Air flow in subrack (diagram required)

Describe Ventilation requirements:

Describe dustproofing provisions:

Electromagnetic compatibility (List standards & severity levels) (Submit Test Reports)

Noise Standards supported (Submit Test Reports )

Environmental standards supported (Submit Test Reports)

DATA REQUIREMENTS SHEETS for L2 Switch

Manufacturer:

Model #:

Equipment Type

Dimension (mm)

Weight (kg)

Max. Power Supply (W)

Voltage Range (V)

Ports

Technical Specifications

Switching capacity nonblocking

Forwarding rate

Jambo Frame

Flash Memory

MAC table size

Number of VLANs

Type of VLAN

HOL blocking

Web user interface

CLI interface

SNMP MIBs

Firmware upgrade

Port mirroring

Other management

IEEE 802.1X

Access control

Access security

Link aggregation

Storm control

Spanning tree

IGMP snooping

Priority levels

Scheduling

Class of service

Per flow QoS

Rate limiting

Standards

Application Code

Fiber type

Modulation

Supported Distance Range [km]

Laser Types

Central Wavelength [nm]

Max. Spectral Width [nm]

Average Launch Power [dBm]

Extinction Ratio [dB]

Receiver Types

Mini. Overload [dBm]

Receiver Sensitivity @BOL [dBm]

Receiver Sensitivity @EOL [dBm]

Optical Path Penalty [dB]

Max. Reflect. of receiver [dB]

Digital Diagnostics Function

ITU-T G.691 Mask Margin

Transceiver form factor

Transmission speed

Connector type

Applicable cable and maximum transmission distance

Transport and storage

Operation for long term

Operation for short term

Unidirectional

Bidirectional (single fibre operation)

Nominal supply voltage:

Power supply variation

Guaranteed performance:

Operation without damage:

Polarity:

Whether 220 Vac mains operation capability inbuilt

List derived DC voltages:

Module cut of power values

Total power consumption (Fully equipped incl. service channels)

Unprotected terminal:

1+1 Protected terminal:

1+1 APS protection provided?

MTBF of power supply unit:

Ultimate power delivery capacity

Are the following protections provided?

Whether proposed equipment has distributed Power Supply?

Provide AC & DC power supply requirement for each of the proposed equipment.

Provide Procedure to convert OLA and Repeaters to Add Drop Multiplexer

Power Distribution in Subrack by power module

PROTECTION SWITCHING

List the type of Protection Schemes supported by the Equipment

Discuss the proposed protection scheme

Switching modes available(For Modules)

Manual?

Remote/network management?

Switching priority:

switchover & switchback criteria:

Switch option mode & status indicators:

Switching Time

Nominal:

Maximum:

List all alarms supported by Equipment:

Number of Sub-Racks (including DC/DC converters, O/W muldem etc.) required for Unprotected Terminal:

1:1 Protected Terminal:

Sub-Rack mounting options:

Sub-Rack clearance requirements

Top * Bottom * Sides:

Front Access:

Rear Access:

Sub-Rack color and finish

Cabinet options available

Slim rack?

Others (specify)?

Whether Truncated Cabinet Available?

Fill for all Cabinet Types Proposed

Protection Class (IP Class):

Rack Color and Finish:

Altitude Installed:

Air flow in subrack (diagram required)

Describe Ventilation requirements:

Describe dustproofing provisions:

Electromagnetic compatibility (List standards & severity levels) (Submit Test Reports)

Noise Standards supported (Submit Test Reports )

Environmental standards supported (Submit Test Reports)

DATA REQUIREMENT SHEETS FOR OPTICAL AMPLIFIERS

Manufacturer: ______________________________

GENERAL PARAMETERS

(Fill for All Type of Amplifiers requred for 10G, 100G, 200G and above line rates in DWDM & DCI Box)

Type of Amplifier:

Source Power Supply requirements

Volts:

Current:

Gain medium:

Small Signal Gain:

Connection loss to transmission fibre:

Insertion Loss:

System Noise Figure:

Type of pump laser:

Pumping Wavelength:

Bit-Rate distance product:

Type of optical coupler:

Type of optical isolator:

Operating optical bandwidth:

Polarisation Gain Dependence:

Can the same optical amplifier Operate at:

Operating Bit Rates

Lower Limit:

Upper Limit:

"F" Type interface?

POWER AMPLIFIER, PRE AMPLIFIER, LINE AMPLIFIER (ALL PROPOSED TYPES)

Optical Input:

Signal wavelength:

Signal input power (max):

Signal input power (min):

End of Life :

Spectral width (-20 dB from peak):

Connector type:

Pulse shape:

Optical Reflectance:

Optical Output:

Signal output power (max):

Signal output power (min):

End of Life:

Connector type:

List and describe Monitor, Control and Alarm Points:

Describe Network Management Interface provisions:

Complete Accessibility from TMN

Accessibility as a Modules/ Card of the main Equipment in NMS?

Accessibility as a Sub-Equipment in the NMS?

Input Power Measurement via NMS?

Output Power Measurement via NMS?

Unreachability Alarm in NMS?

DATA REQUIREMENTS SHEETS for TMN

Manufacturer: _____________________________

Model Name & #:_____________________________

Whether all types of offered equipment are manageable from single TMN on a seamless end-to-end basis.

MPLS-TP

L2 Switch

Amplifiers

Hardware Configuration at Main Control Centre, including details of Processors, LAN, Routers, Printers etc.

Hardware Configuration at Back-up control centre including details of Processors, LAN, Routers, Printers etc

Describe the flow of data from Network Element to the Main and Back-up control centre, providing details of all the network components in between.

Describe features of TMN including:

Configuration Management

Fault Management

Performance Management

Security Management

Inventory Management

Software Management

Describe communication network required for TMN

Whether Back-up control centre can function independently?

Whether changes implemented by Main Control center automatically updated at Back-up Control centre and vice versa?

Describe configuration of the Voice Network

Describe Remote Access Solution

Solution Supports:

Storage of such logs/audit trail

DATA REQUIREMENTS SHEETS for Sync Clock

Manufacturer: _____________________________

Model Name & #:_____________________________

GNSS Reference Source (GPS and GLONASS/BEIDOU/GALILEO etc)

Compliance with:

Oscillator Long Term Stability (after 30 Days)

Oscillator Holdover Accuracy (after 4 Days)

No of Interfaces

Dual DC Power

Antenna Cable Length suppot

Cable Compensation