Section VI- Technical Requirements_25!6!2012

Section VI: Technical Requirements 141

Bidding document for Supply and Installation of BdREN Network System on Turnkey Basis

SECTION VI. TECHNICAL REQUIREMENTS

(INCLUDING IMPLEMENTATION SCHEDULE)



CONTENTS

Section VI. Technical Requirements (including Implementation Schedule)

1INTRODUCTION........................................................................................................ ................145

2 PRINCIPLE AND SCOPE...................................................................................................145

2.1 SCOPE OF THE TENDER............................................................................................ 145 2.2 BdREN PHILOSOPHY AND OBJECTIVE ................................................................... 146 2.3 GENERAL PRINCIPLE................................................................................................ 147 2.4 TURNKEY IMPLEMENTATION ................................................................................. 147 2.5 IMPLEMENTATION SCHEDULE ............................................................................... 147 2.6 OFFERING PRINCIPLE............................................................................................... 148

3 GENERAL INSTRUCTIONS .............................................................................................. 148

3.1 COMPLIANCE STATEMENT...................................................................................... 148 3.2 BREAKUP OF PRICES ................................................................................................ 149

4 SPECIFICATION OF PASSIVE NETWORK AND ACCESSORIES ................................. 149

4.1 CABLING SYSTEM .................................................................................................... 149 4.2SPECIFICATION FOR POWER, ACCESSORIES AND SITE PREPARATION .............. 155 4.3 EARTHING / GROUNDING/Surge Protection............................................................... 158

5 REQUIRED SPECIFICATION FOR TRANSMISSION NETWORK SYSTEM................. 158

5.1 Company Overview and References ............................................................................... 158 5.2 GENERAL INFORMATION, ROADMAP .................................................................... 159 5.3 TECHNICAL DESCRIPTION....................................................................................... 159 5.4 SYSTEM CAPABILITIES ............................................................................................ 164 5.5NETWORK TOPOLOGIES ........................................................................................... 166 5.6SERVICES SUPPORTED .............................................................................................. 167 5.7CHANNEL MODULES (TRANSPONDERS) ................................................................. 168 5.8TDM CHANNEL MODULES (MUXPONDERS) ........................................................... 170 5.9OPTICAL AMPLIFICATION AND DISPERSION COMPENSATION ........................... 172 5.10MAXIMUM DISTANCES ........................................................................................... 173 5.11ENHANCED MONITORING AND MEASUREMENT CAPABILITIES ....................... 173 5.12 OPTICAL SUPERVISORY CHANNEL AND EMBEDDED COMMUNICATION

CHANNEL ............................................................................................................... 173 5.13NETWORK MANAGEMENT ..................................................................................... 174 5.14NETWORK ELEMENT CONNECTIVITY................................................................... 175 5.15OPERATION AND MAINTENANCE.......................................................................... 176 5.16FAULT AND PERFORMANCE MANAGEMENT ....................................................... 177 5.17CONFIGURATION RECOVERY ................................................................................ 177

6 REQUIRED SPECIFICATION FOR DATA NETWORK................................................... 177

6.1 Company Overview ...................................................................................................... 177 6.2 GENERAL INFORMATION, ROADMAP AND REFERENCES ................................... 178 6.3 NETWORK DESCRIPTION ......................................................................................... 178 6.4 TECHNICAL SPECIFICATION OF DATA NETWORK ELEMENTS ........................... 187 6.5 CORE ROUTER........................................................................................................... 195 6.6 DISTRIBUTION ROUTER ........................................................................................... 195 6.7 EDGE ROUTERS GENERAL FEATURES ................................................................... 196 6.8 EDGE ROUTER (TYPE 1) ........................................................................................... 197



6.9 EDGE ROUTER (TYPE 2) ........................................................................................... 198 6.10 BANDWIDTH MANAGER ........................................................................................ 198 7 REQUIREMENT SPECIFICATIONS OF DATA CENTRES (DC AND DR).........................200 7.1 Introduction and Scope .................................................................................................. 200 7.2 SPECIFICATION OF DATA CENTER ACTIVE DEVICES .......................................... 201 7.3 SPECIFICATION OF DATA CENTER INFRASTRUCTURE ........................................ 216 7.4 PRECISION AIR CONDITIONING SYSTEM (PAC) .................................................... 218 7.5 COMFORT AIR CONDITIONING SYSTEM (CRAC)................................................... 220 7.6 DE-HUMIDIFIER ........................................................................................................ 220 7.7NETWORK DISTRIBUTION RACKS ........................................................................... 221 7.8 ACCESS CONTROL SYSTEM..................................................................................... 223 7.9 IP SURVEILLANCE SYSTEM ..................................................................................... 225 7.10AUTOMATIC GAS / FIRE SUPPRESSION SYSTEM .................................................. 226 7.11 RAISED FLOOR ........................................................................................................ 230 7.12 DOORS ...................................................................................................................... 230 7.13CABLE TRAY ............................................................................................................ 231 7.14WATER DETECTION SYSTEM ................................................................................. 232 7.15 CIVIL WORK ............................................................................................................ 233 7.16ELECTRICAL SYSTEMS ........................................................................................... 234 A. Electrical Wiring ............................................................................................................ 234 B. EARTHING AND LIGHTING ARRESTOR .............................................................. 234

8 DATA CENTER SERVER SYSTEMS AND APPLICATIONS ........................................... 234

8.1 FOR DATA CENTER................................................................................................... 234 8.2 FOR DR CENTER ........................................................................................................ 255 8.3 SPECIFICATION OF E-MAIL SOLUTION .................................................................. 264 8.4 SPECIFICATION OF ERP SOLUTION......................................................................... 270

9 requirement specifications video conferencing systems: ....................................................... 271

9.1 INTRODUCTION ........................................................................................................ 271 9.2 SATISFACTORY PERFORMANCE RECORDS ........................................................... 271 9.3 SCOPE OF WORKS ..................................................................................................... 271 9.4 Technical Specification of VC System............................................................................ 273 9.5 SPECIFICATIONS FOR OTHER ACCESSORIES ........................................................ 289 9.6 SPECIFICATION FOR ENVIRONMENTAL MODIFICATION FOR VC SITES............ 303 LIST OF VIDEO CONFERENCING CENTERS ................................................................. 305

10Unified communication systems .......................................................................................... 307

10.1 IP PBX ....................................................................................................................... 307 10.2 UNIFIED MESSAGING SYSTEM .............................................................................. 317 10.3 CONFERENCING AND COLLABORATION ............................................................. 320 10.4 IP PHONE .................................................................................................................. 325

11SERVICES.......................................................................................................................... 327

11.1 PROJECT MANAGEMENT SERVICES ..................................................................... 327 11.2 CUSTOMER PROOF OF CONCEPT .......................................................................... 327 11.3 STORAGE AND LOCAL TRANSPORTAION SERVICES.......................................... 328 11.4 TECHNICAL SUPPORT SERVICES .......................................................................... 328 11.5 TRAINING................................................................................................................. 331 11.6 Test lab....................................................................................................................... 331

ANNEX 1, AVAILABLE AND PLANNED DARK FIBER NETWOTK ................................... 332 ANNEX 2, PLANNED DWDM BASED TRANSMISSION NETWORK.................................. 333 ANNEX 3, PLANNED BACKBONE NETWORK ................................................................ 334



ANNEX 4, PLANNED LOGICAL REPRESENTATION OF DATA NETWORK.................335 ANNEX 5, PLANNED DATA CENTER AND DR CENTER DIAGRAM............................336 ANNEX 6, PLANNED LAYOUT OF DATA CENTER .....................................................337 ANNEX 7, SAMPLE LAYOUT OF VC CENTER ............................................................338 ANNEX 8, SCHEDULE OF REQUIREMENTS ..............................................................339 ANNEX 9, LIST OF PUBLIC UNIVERSITIES ...............................................................344 ANNEX 10, LIST OF INTERNATIONAL UNIVERSITIES ...............................................347 ANNEX 11, LIST OF PRIVATE UNIVERSITIES ............................................................348 ANNEX 12, FIBER TEST REPORT OF SAMPLED SEGMENTS OF BACKBONE FIBER NETWORK..................................................................................................................352 ANNEX 13, IMPLEMENTATION SCHEDULE..............................................................356



1 INTRODUCTION

The University Grants Commission (UGC) of Bangladesh, under the auspices of Ministry of

Education, Government of Bangladesh, is currently implementing a project titled “Higher

Education Quality Enhancement Project (HEQEP)”. The project aims at improving the quality

and relevance of the teaching and research environment in higher education institutions through

encouraging both innovation and accountability within universities and by enhancing the

technical and institutional capacity of the higher education sector.

The major components of the project are a) promoting academic innovation through allocation of

Academic Innovation Fund to research projects, b) building institutional capacity of both UGC

and Universities, c) raising the connectivity Capacity of Higher Education Sector.

The main activity under the component of “Raising the Connectivity Capacity” is to establish

BdREN (Bangladesh Education and Research Network), a high performance information and

communications network providing connectivity among higher education and research institutions

in both public and private sectors. The network, with state-of-the-art network infrastructure and

access to broadband internet connections at a reasonable price, will support geographically

dispersed students, academics, scientists and researchers with reliable access to high-end

computing, simulation tools and datasets. BdREN will also be connected with other regional and

trans-continental Research and Education Networks (RENs) like TEIN 3. Thus it will link faculty

and students of Bangladesh to the global academic community and learning resources. It will

facilitate international collaborative research and will catalyze innovation in the country.

Under the HEQEP, BdREN will establish its key infrastructure including the Network Operating

Center (NOC) and Points of Presences (POPs). It will also support the establishment of Basic

Campus Networks (BCN) in number of universities that currently have no such local area

networks.

The project will set up the NOC at UGC building Dhaka, and POPs in different locations in the

country. The NOC will be equipped with essential equipment and technical staff for the operation

and management of BdREN activities. BdREN will take on lease the backbone physical

infrastructure, like fiber appropriate providers and will develop a core network of multiple of

gigabits per second capacity. Initially about one hundred institutions will be connected to this

network.

2 PRINCIPLE AND SCOPE

2.1 SCOPE OF THE TENDER

Offers are invited from eligible suppliers and system integrators for survey, design,supply,

installation, testing and commissioning of the following systems on turnkey basis:

I. Transmission Network System

II. Data Network System

III. Data Center, Applications and Network Operations Center

IV. Video Conferencing System

V. Unified Communications Systems



The work shall be on turn-key basis. HEQEP/UGC authority shall provide the supplier with

space, power and required fibers for sites connectivity. However suppliers / contractors shall

arrange all required fibers, connectors, cables inside the sites and premises.

Bidders shall have to offer for all the above systems. No partial offer shall be accepted.

Requirement and Specifications on each of the above systems are described in the following

sections of this document.

2.2 BdREN PHILOSOPHY AND OBJECTIVE

The philosophy of BdREN is to build a scalable network, which can expand both in the reach

(spread in the country) and speed.

Setting up a common open network backbone, wherein different categories of users and

applications shall be supported

High Capacity, Highly Scalable Backbone

Provide QoS and Security

Wide Geographical Coverage

Common Standard Platform

Highly Reliable and Available by Design

Test beds ( for various implementation)

Dedicated and Owned

Available Resources and resources to build:

The countrywide network shall be built over mainly the dark fiber (Optical Ground Wire, OPGW)

network of Power Grid Company of Bangladesh (PGCB). For building the countrywide network

of BdREN, University Grants Commission of Bangladesh (UGC) and PGCB has signed an IRU

(Indefeasible Right of Use) Contract whereby, UGC will enjoy the right to use one pair of dark

fiber up to each Substation / Endpoints of PGCB over the entire country for 20 years. The last

mile connectivity / local loop from the PGCB endpoints (Substations) to the Universities and/or

PoP (Point of Presences) shall be over leased fiber from the fiber providers / Nationwide

Telecommunications Transmission Network Service Providers (NTTN). HEQEP shall arrange

leasing of this local loop fiber through separate procurement process.

Please see the following annexes showing different resources and plans of the network:

Annex 1: Available and planned dark fiber network.

Annex 2: Planned DWDM based Transmission Network.



Annex 3: Planned Backbone Network.

Annex 4: Planned Logical representation of data network.

Annex 5: Planned Data Center and DR center Diagram.

Annex 6: Planned Layout of data center

Annex 7: Sample diagram of VC Center

Annex 8: Schedule of requirements.

Annex 9: List of Public Universities.

Annex 10: List of International Universities.

Annex 11: List of Private Universities.

Annex 12: Fiber test Report of sampled segments of backbone fiber network

2.3 GENERAL PRINCIPLE

The principle that the authority intends to follow for entire implementation (starting from design,

construction and implementation) of the project is that the entire system should ensure State-of–

the-Art technology, Five Nines availability, No Single Point of Failure, Future Proof and Ready

for new applications and technologies.

2.4 TURNKEY IMPLEMENTATION

The supplier shall have to implement the works on turnkey basis. Any supply, service and works

that are required for standard implementation of the works / connectivity outlined above shall

have to be performed by the supplier with no additional cost to UGC/HEQEP. This includes petty

civil repair works e.g. partitioning by glass enclosure etc., if required.

2.5 IMPLEMENTATION SCHEDULE

The entire works under this tender is divided into two phases. In the first phase the Contractor will

be required to complete Transmission Network System & Data Network System within 9 months

period. The rest of the works shall be built on the network infrastructure built in the first phase.

The Contractor is required to complete the second phase within the next 9 months. The bidder

shall submit a detailed project implementation schedule to identifying all the tasks, mentioning

time required for each task, dependence of each task with other tasks and resources required for

each task.



2.6 OFFERING PRINCIPLE

This document contains detail description of the requirements and specification for all the systems

in different Sections. The bidders are requested to follow the specifications and guideline outlined

in this specification. However if for any system there is any requirement of additional items that is

required to smooth functioning / performance of the intended objectives, which has been skipped

in the estimated Bill of Materials (BoM) or description, the bidders shall quote that item as a

mandatory item. If for any reason whatsoever, the bidder fails to quote for such system / element,

component that is found later (any time before or during accepting the system) to be required for

the smooth functioning / performance of the intended objective, the bidder shall have to supply

the item free of charge.

3 GENERAL INSTRUCTIONS

3.1 COMPLIANCE STATEMENT

The supplier’s response shall be provided in a document, which shall contain response of each of

the clauses / statements of the bid. The answers shall be clearly identified and shall be written

after the corresponding questions.

The supplier shall identify every answer in accordance with the levels of compliance provided in

Table 1.

Nomenclature

Meaning

Understood

Supplier will respond with “Understood” to paragraphs, which

are provided for information purposes and meaning that

Supplier understands and accepts the information so marked.

This response is used only in respect of clauses that are clearly

providing information to the Supplier and which cannot

reasonably be considered to constitute a requirement.

Compliant

The functionality is supported by the system release, which is

available at the moment of answering this proposal.

Partially Compliant

The functionality is partially supported by the system release,

which is available at the moment of answering this proposal.

The supplier shall clearly describe the level of compliance and

if the system shall be fully compliant in a future release.

Alternative solution may also be offered.



Will Comply

The supplier solution is not compliant at the current time, but

will be fully compliant at a later date as indicated by the

Supplier.

Provide date and release of future compliance.

Non-Compliant

The functionality is not supported by the system release,

which is available at the moment of answering this proposal.

The supplier shall state if the functionality will be supported in

a future release.

Alternative solutions may also be offered.

Table 1: Response compliance categories

Additional information shall be provided afterwards and in annexed documents.

All information included in this document shall be handled confidentially.

3.2 BREAKUP OF PRICES

The bidder shall submit quotation with detail break breakups. It will have three levels of

breakups. Prices shall be quoted at the system level, module levels and card levels. The quotation

should contain price of each replaceable / orderable items of all the systems offered in this bid.

4 SPECIFICATION OF PASSIVE NETWORK AND ACCESSORIES

4.1 CABLING SYSTEM

A. The cabling system that will be installed shall follow Structured Cabling System (SCS)

as per the specifications defined in ANSI/ TIA/EIA-568-B standards.

B. The OFC network shall have the following technical specifications:

a. The technical specifications of different cables and accessories are described

below: The OFC will be used for connection between the Switches, Servers and

Routers. This cabling system must conform to the specifications defined in

ANSI/ TIA/EIA-568-B., ANSI/ TIA/EIA-569-A., ANSI/ TIA/EIA-607

and ANSI/ TIA/EIA-606-A standards specifications.



b. All Fiber Cables shall be terminated through patch panels. Pigtails shall be used

for fiber termination at the patch panel and Fiber patch cords shall be used for

connecting switch / severs / routers and other network elements to the patch

panel. Fusion splicing method shall be used for pigtail termination.

c. Mode: Laser Optimized Multimode Fiber (LOMMF) / OM3 for all internal

connectivity.

d. Single mode for External connectivity (for connectivity between Campus

Gateway Routers to Internet and TEIN 3 connectivity). However the external

cables shall be provided by UGC/HEQEP. The supplier shall be required to patch

those cables with network elements internally.

e. Core/Cladding size (both horizontal and backbone): 50/125 µm;

f. Maximum attenuation: 3.5 dB/km at wavelength 850 nm;

g. Fiber Bend radius: 10 times diameter (w/o load), 15 times diameter (w/ load);

h. Standard: ANSI/ TIA/EIA-568-B.

C. Fiber Optic Connector

The Fiber Connectors shall be LC type for pigtail and also for patch panels.

Please confirm that the connector insertion loss and return loss conforms to ITU-T L.36

table 9-1 Grade C and table 9-2 Grade 3 – (extract below), of all connectors on each

Span:

Typical insertion loss (IL) of a connection shall be: < 0.25 dB average

Maximum insertion loss (IL) of connection shall be: < 0.5 dB in 97%

Maximum return loss (RL) of a connection shall be > 35dB

D. Optical Fiber Splices

Optical Fiber Splices shall have the following characteristics: Maximum insertion loss 0.3

dB Minimum return loss: 20dB. The other specification must meet the requirements and

specifications defined in ANSI/TIA/EIA-568-B.3 standards.

Please confirm that the splice insertion loss and return loss conforms to ITU-T L.12 –

(extract below), for all splices on each DF Span:

Typical insertion loss (IL) of single splice shall be: < 0.1 dB average

Maximum insertion loss (IL) of single splice shall be: < 0.2 dB in 97%

Maximum return loss (RL) of single splice shall be: > 60 dB



E. Fiber Distribution Systems

Fiber distribution system shall include (but limited to) the following items meeting

the requirements and specifications defined in ANSI/TIA/EIA 568-B Standards.

Fiber Runner for routing the fiber properly.

Fiber manager / adapter panel

Accessories Kit.

F. Fiber Patch Panel/ OPTICAL DISTRIBUTION / TERMINATION

FRAME (ODF)

I. The optical distribution / termination frame shall be rack (19 inch. standard rack)

mounted type and will be installed in suitable position in the equipment room.

II. Optical I Links in the optical distribution / termination frame shall be high grade LC/LC

type.

III. There shall be easy access for splicing and provision for maintenance facility.

IV. There shall be provision for cable entry either from above or from the left hand side,

allowing the station cable to enter the bay either from above or below.

V. The capacity of the optical distribution/termination frame shall be minimum of 24 single

fibers. The offered optical distribution/termination frame must have adequate space and

fixing place for I link (adapter) and will be equipped with necessary Pigtail and I Link for

24 fibers at the beginning. The surplus fibers shall be curled up in splice tray for easy

access. The tray shall hold sufficient fiber length to enable not only fusion splicing but

also reopening and re-splicing of any fiber if needed in futures.

VI. There shall be provision for inspection or cleaning the internal fiber connectors.

G. Fiber Pigtail & Patch Cord

I. (Five) meter fiber patch cords shall be used for fiber connectivity between patch panel

and switches / routers etc. at the server room.

II. meter pigtails should be considered for fiber termination.

III. The other specification must meet the requirements and specifications defined in

ANSI/TIA/EIA-568-B.3 standards.

H. UTP (Unshielded Twisted Pair) Cable Network

The Data cables for connecting network elements shall be CAT 6 4 pair UTP LSZH Cables where

applicable.



I. Standards

The cables must conform to the specifications described in ANSI/ TIA/EIA-568-B.1 and B.2

standards.

J. Cable (UTP)

The cable shall have following technical specifications:

a. Conductor: 24 AWG solid bare copper.

b. Insulation: CMP: FEP, CMR: Polyolefin.

c. Cabling: Four unshielded twisted pairs cabled around a star filler member.

d. Impedance: 100 Ω.

e. Operating temperature range: -20°C to +80°C

f. Bulk cable weight: 4.31 Kg/100 m.

g. Maximum recommended pulling tension (during installation): 100 N

h. Minimum bend radius (during installation): 2.54 cm

K. Patch Panels for UTP Cables

a. The Patch Panels shall be Modular; 19˝ Rack mounted, Cat 6, shielded and shall

have 48 ports. The panel must fulfill the specifications of

ANSI/TIA/EIA-568-B.2 standards. The port shall be of Registered Jack

(RJ) ports accommodating RJ connectors specifically RJ45 or 8P8C connectors.

b. The permanent connections shall be 110 IDC contacts. For The 110 termination

T568A and T568B wiring standard shall be followed. The panel shall be

designed for 24 AWG solid conductors.

L. UTP Patch Cords

a. The Patch cords shall be factory crimped, Cat 6 and shall conform to the

specifications defined in ANSI/ TIA/ EIA-568-B.2 standards. The length of each

patch cord shall be of 3 meter.

b. Cat 6 Patch cords shall compose of 4 pairs 24 AWG stranded conductors with

flame redundant PVC jackets. Conductors are wired to gold plated RJ45 plugs in

accordance with the TIA/EIA 568B standard. They consist of a foil shield with

drain wire to protect signals from external noise.

c. Patch Cords must ensure adequate 'flex life’ and long term channel integrity,

quality construction to maintain the quality of signal transmission at the cross-

connect, which is critical to the performance of the entire cabling system.



M. Cable Organizer

a. The Cable Organizers shall be used for guiding the cables in the Patch panels.

The Organizers shall grip cables/cords and protect against damage at the same

time, should be flexible design conforms to fit many different cable bundle sizes,

to be installed/removed easily and shall keep its spiral shape no matter how many

times you wrap and unwrap it.

b. The Cable Organizers, along with them, shall have at least the following

accessories:

Spiral Wraps to organize multiple wires into one bundle and to protect wires

from abrasion and allow breakouts of single or multiple wires for re-routing

or replacement;

Tags to label the cables. The labels shall be written on adhesive back label;

Cable ties etc.

N. Face Plates

The faceplates shall be shuttered, Modular, Cat 6 and 2 ports. Each port will have a

Module to accommodate RJ45 plug to be inserted. The Faceplate shall meet all the

requirements and specifications defined in ANSI/TIA/EIA-568-B.2 standards.

O. UTP Cable Connectors

The connectors shall be RJ45 or 8P8C type. The connectors shall meet all the

requirements and specifications defined in ANSI/TIA/EIA-568-B.2 standards.

P. RACKS

a. Floor Mounted Racks

Brand : To be mentioned

Model : To Mentioned

Country of Origin : To be mentioned

Country of Assembly: to Be mentioned

Width-600mm, Height- 42U, Depth- 1000 and 19'' Standard

Front door: Vented Door

Back Door: Vented panel

Side Panel: Removable, Solid with Lock



Cooling Fan: 4 pcs

PDU: 4 Nos

Minimum 16 Power outlet

Maximum Power consumption: 6KW per Rack

Sliding Tray: 1 Nos

Heavy-duty Castor: 4 pcs

Color: Black/Graphite

Console: 1U LCD Monitor Console, 16 Port KVM Switch with require cable and

accessories

Power distribution channels shall allow tool less mount on zero U space to avoid

cable conjunction inside the Rack

b. Wall Mounted Racks

The wall mounted racks shall be 6 U size and shall meet all the requirements and

specifications defined in EIA-310-D standards to accommodate the network

components such Switches, Patch panels, Cable organizers etc.

The racks shall be protected (by locks and keys). It should contain power distribution

facility.

Q. LABELING SYSTEM

The labeling system includes marking all the networks components such as telecom

rooms, faceplates, connectors, patch panels, spaces etc. The labels must be auto-adhesive

to the components and shall not be loose and lost easily. This system shall meet all the

requirements and specifications defined in TIA/EIA-606-A standards.

R. ZERO DATA LOSS CERTIFICATION

Structure Cabling Solutions for the Campus should be of world reputed brands. The

supplier shall have to provide at least 20 years Zero Data Loss Certification. The supplier

should be Certification partner of the Manufacturer.



4.2 SPECIFICATION FOR POWER, ACCESSORIES AND SITE PREPARATION

A. power and power backup

a. Commercial Power will be supplied by UGC/HEQEP. Supplier shall have to draw power from existing distribution point with appropriate circuit breakers. Industry standard wiring shall have to be maintained.

b. Power Supply (UPS) shall be supplied by the bidders as per the following requirements:

General Requirement:

Input Voltage : 220 v ± 20% AC

Output Voltage : 220 v ± 1% AC

Input Phase : Single Phase

Output Phase : Single Phase

Frequency : 50 Hz.

Wave Form : True Sine Wave.

Transfer Time : Zero

Protection : Lightning, Transient, Over Voltage, Under

Voltage, Over Load, Short Circuit, Battery Over

Charge.

Capacity Load : Shall have to maintain 80% backup time at full

load when fully charged).

Power output management: The UPS should intelligently gracefully shutdown the

system in case of long time power failure.

Specific Requirement:

For Type 1:

Rating/Capacity : 3 KVA

Backup time at full load : 30 minute

Mount : Rack Mountable



For type 2

For Other Campus / PoPs : 5 KVA

Backup time at full load : 120 minute

B. air conditioning system

The offered Air Conditioners shall have the follow ing specifications :

Model To be specified

Cooling Capacity Minimum 3.5 kW / Minimum 12000 BTU/h

Total Cooling Input Minimum 2.0 kW / minimum 10.0 A

EER-Energy Class ; Rated Cooling Capacity (BTU/Hr)/ Power input (Watts) :To be

mentioned by bidder

COP-Energy Class :Rated

Cooling Capacity :

(Watts)/ Power input (Watts) To be mentioned by bidder

Energy Star Rating No. of BEE Stars to be mentioned by bidder

Indoor

Unit

Fan Speed

For high fan speed minimum 800 r.p.m or higher, for medium

fan speed minimum 750 r.p.m or higher, for low fan speed

minimum 700 r.p.m or higher.

Air Circulation For high air circulation, minimum 900 m3/h or higher, for

medium air circulation, minimum 850 m3/h or higher, for low

air circulation, minimum 800 m3/h or higher

Noise(Sound

Per Level)

For high noise, maximum 40 db or Lower, for medium noise,

maximum 35 db or lower, for low noise, maximum 30 db or

lower

Fan Motor

Output

Fan motor output is minimum 65 W or higher

Outdoor

Unit

Fan Speed Fan speed minimum 700 r.p.m or higher

Air Circulation Air circulation is minimum 2000 m3/h

Noise(Sound

Per Level)

Maximum 50 db or lower



Fan Motor

Output

Fan motor output will support 55W or higher

Motor Output motor output is minimum 1.0kW or higher

Power Supply AC 220-240V, 50 Hz

All the sites shall have air conditioning system with N+1 redundancy configuration each unit of

which will have the above specification. N number of Air Conditioning unit shall be active at one

point of time. The redundant unit shall be active when any one of the N active units are non-

functional. All the units shall act as active and redundant unit cyclically which shall be controlled

/ maintained by the Air Conditioner Control Panel (ACP) as specified below.

C. Air CONDITIONER control panel (ACP)

The automatic control panel will automatically control one or multiple ACs so that no AC runs

continuously. It will have the following functionality:

a. If one AC fails to start the other one will start automatically.

b. If the room temperature goes beyond a predefined (field settable) temperature

both the ACs will start.

c. If the room temperature goes below some predefined level (field settable) both

the AC will shut down.

d. If the line voltage becomes more than some pre-defined level or go below any

pre-defined level both the Air-cooler will shut-down.

e. If any kind of smoke or fire is detected, both the air-cooler will shut-down.

f. Other requirements:

It should have LCD monitoring facility.

Operation voltage range: 170-280 volt.

Output load : 30 amp on each output port.

Wall mounting facility.

System fail alarm

Air-cooler error alarm

Smoke detection alarm.

High temperature alarm.



D. renovation

a. The sites may require following types of renovation work for preparing the sites for

installation. The suppliers shall be responsible to prepare the sites according to the

following requirements.

Partitioning with 10 mm glass including locking facility: 100 sft.

Making the room sealed for air conditioning system and secured.

Floor tiles : 100 sft

Wall tiles: 300 sft.

Supplying and fixing cable trays or ladder: 100 rft

Brick works including plastering and painting for closing existing doors

or windows: 100 sft

Replacing existing doors

Painting and distempering interior or exterior walls :200 sft

The figures mentioned above are arbitrary. The supplier shall have to quote based on the above

figures with unit prices. Supplier shall be paid as per the actual values in the field based on the

unit price quoted.

4.3 EARTHING / GROUNDING/Surge Protection

The contractor shall have to build a multi-point reference grounding system with less than 2 ohm

resistance. It should either bind or replace the existing ground system, if found improper. and

ensure standard earthing quality to make the equipment safe from any unusual electric condition

and behavior.

The Contractor shall ensure adequate protection mechanism for the equipments so that it saves the

equipment from surges arising from the power system and/or lightning.

5 REQUIRED SPECIFICATION FOR TRANSMISSION NETWORK SYSTEM

5.1 Company Overview and References

a. The supplier shall provide a general overview of the company including the following

information:

i. Foundation date.

ii. Description of core activities.

iii. Current financial status and revenues.

iv. Company locations and manufacturing facilities.

b. The equipment manufacturer shall be in the market and active in CWDM/DWDM space

for more than 5 years.



c. Annual reports of the equipment manufacturer of the last 3 years shall be provided.

d. The accumulated revenue of the equipment manufacturer over the last 3 years shall

exceed 5 Million Euros or 8 Million US Dollars.

e. The supplier shall provide at least 5 references where the offered system is in operation at

least two of which should be from a National Research Network.

5.2 GENERAL INFORMATION, ROADMAP

a. The system shall be robust, reliable and shall have an easy maintenance.

b. The system shall be certified as a Class 1M laser product with hazard level 1M according

to the IEC 60825-1 and IEC 60825-2.

c. The system should be widely deployed and successfully in-service. The supplier shall

provide references of existing projects, which are currently deployed and carrying live

traffic for:

i. Metro Access network deployments.

ii. Metro Core network deployments.

iii. Regional network deployments.

iv. Long haul network deployments.

v. SAN and DRC connectivity network deployments.

d. The supplier shall provide the roadmap for future releases.

e. The supplier shall provide a general description of the system presented in this proposal.

This information can be provided in a separate document.

f. The system shall be widely deployed and successfully in-service in Data Center

Connectivity Environment as well as in the Network Infrastructure outside the country of

origin of the product.

g. The vendor shall state country of origin of the proposed equipment.

5.3 TECHNICAL DESCRIPTION

5.3.1 Introduction:

This part of the tender is for survey, design, supply & installation of a national transmission

network of BdRENon Turn-key basis. The intended network will be a completely new dynamic

ROADM enabled DWDM network over OPGW (Optical Ground Wire) of power transmission

line network. The network will primarily and initially be used to build an IP / MPLS network for

connecting all the Universities of the country on top of it to establish BdREN. It is intended also

to be flexible enough to allow leasing out dedicated bandwidth to other institutions in future.



The Tenderer is requested to offer technical solution as well as cost for implementing and

commissioning of such solution on Turn Key basis. The network will be based on the available

fiber map, required nodes and span distances as shown in fig: 1 .The solution should be all

optical providing 10 GE and 1 GE LAN PHY as mentioned in the table 1 below.

Fig: 1

5.3.2 Description and General Design Requirements:

The network solution should support at least 40 wavelengths on all spans with speeds of 10Gbit/s

and support 100Gbit/s wavelengths without the addition of any new equipment..

The solution must also clearly show the maximum number of 10Gbit/s, 100Gbit/s wavelengths

the design can support using the span and dB loss values provided. Although 50 Ghz spacing is

preferable, 100 GHz spacing is acceptable.

The network shall be build over one fiber pair, however, the system should be capable of working

on a single fiber if need be.

The photonic layer should not have O-E-O regeneration in the network as far as possible. .



Some PoPs do not require any add-drop ports such as Natore, Sirajganj, Ashuganj, Faridpur and

Feni. These PoPs can be used for In line Amplification or ROADM power balancing etc. It is

expected that the tendered solution will have no fixed wavelength assignments to add/drop fibre

ports. .

The complete network design must facilitate the adding and dropping of any wavelength (10 and

100Gbit/s) at distribution nodes only .

The solution should have capability of establishing ring and other protection mechanism, although

such protection mechanism shall not be implemented in the photonic layer. The network will

implement protection in the IP/MPLS layer. However, the bidder must clearly state what

protection mechanisms it supports.

There are certain nodes (e.g. Sirajganj) which at this moment is a probable candidate of single

point of failure. At this moment, there is no alternative fiber availability to overcome this

shortcoming. Bidder may offer solution to lessen the probability of such failure).

There are certain paths e.g. Ashganj-Sirajganj; Ashganj-Sylhet;Ashuganj – comilla; Feni-

Chittagong; Bogra-Rangpur; Natore;Rajshahi. To overcome vulnerability of these single paths

private fibers UGC/BdREN is trying to arrange underground fibers from other providers on the

critical ones of those e.g. Tangail to Shirajganj; Comilla or Chittagong to Rampura. The fiber

from Sylhet to Kabirpur is under construction, which is expected to available in 3-4 years time.

We need to keep provision for terminating these fibers in the required PoPs.

The network solution should include following degree requirements:



Table 2: Number of Degree and ROADM

Number of Degrees ROADM Requirements

1 KUET 2

2 Barisal 3

3 Gopalganj 4

4 Ishurdi 4 yes

5 Natore 3 yes

6 Rajshahi

7 Bogra 2 yes

8 Rangpur

9 Sirajganj 4 yes

10 Tangail 2

11 Kabirpur 4 yes

12 Ashuganj 5 yes

13 Mymensing

14 Sylhet

15 Comilla 4 yes

16 Noakhali 2

17 Feni 3

18 Chittagong 3

19 Tongi 4 yes

20 Bashundhara 3

21 Rampura 4 yes

22 BUET 3 yes

23 UGC 3 yes



The system shall be certified as a Class 1M laser product with hazard level 1M according to the

IEC 60825-1 and IEC 60825-2. If in any instances it is not possible to maintain, please explain the

reasons.

The offer should include a centralized network management and provisioning system which will

provide the engineers to efficiently provision links and configure equipment, do performance and

fault monitoring and debugging.

The solution may use in-band or out of band optical supervisory channels. The offer should

clearly state the offered solution.

5.3.3 Traffic Requirements:

The following tables lists all the National Backbone point to point links required for the purpose

of this tender.

Link To From Links Path

1 UGC RAJSHAHI 10 GE LAN PHY via Natore/ Bogra/ Shirajganj/ Tangail/

Kabirpur/ Tongi

2 BUET RAJSHAHI

10 GE LAN PHY via Natore/ Ishurdi/ Shirajganj/

Ashuganj/ Tongi/ Boshundhara/

Rampura

3 UGC KUET 10 GE LAN PHY via Ishurdi/ Natore/ Bogra/ Shirajganj/

Tangail/ Kabirpur/ Tongi

4 BUET KUET

10 GE LAN PHY via Barisal/ Gopalganj/ Faridpur/

Ishurdi/ Shirajganj/ Ashuganj/ Tongi/

Boshundhara/ Rampura

5 UGC CHITTAGONG

Uni.

10 GE LAN PHY via Feni/ Comilla/ Ashuganj/ Tongi

6 BUET CHITTAGONG

Uni.

10 GE LAN PHY via Feni/ Noakhali/ Comilla/ Ashuganj/

Tongi/ Boshundhara/ Rampura

7 UGC SYLHET 10 GE LAN PHY via Feni/ Ashuganj/ Tongi

8 BUET SYLHET 10 GE LAN PHY via Feni/ Ashuganj/ Tongi/

Boshundhara/ Rampura

9 Barisal KUET 1 GE LAN PHY Direct

10 Barisal KUET 1 GE LAN PHY Via Gopalganj-Faridpur-Ishurdi

11 Gopalganj KUET 1 GE LAN PHY via Barisal



12 Gopalganj KUET 1 GE LAN PHY via Ishurdi

13 Ishurdi KUET 1 GE LAN PHY Direct

14 Rangpur Rajshahi 1 GE LAN PHY via Bogra-Natore

15 Rangpur UGC 1 GE LAN PHY via Bogra-sirajganj-Tangail-Kabirpur

16 Tangail Kabirpur 1 GE LAN PHY Direct

17 Comilla Chittagong 1 GE LAN PHY via Feni

18 Comilla Sylhet 1 GE LAN PHY via Ashuganj

19 Noakhali Chittagong 1 GE LAN PHY via Feni

20 Noakhali Comilla 1 GE LAN PHY Direct

21 Boshundhara Rampura 1 GE LAN PHY Direct

5.4 SYSTEM CAPABILITIES

A. Wavelength Division Multiplexing Techniques

a. The supplier shall state how many DWDM wavelengths are supported.

Requirement is 40-wavelength systems. However system with 80 Wave lengths

shall be preferred.

b. The DWDM wavelength grid shall be compliant with the wavelength grid

defined in the ITU-T recommendation G.694.1. The supplier shall state the

wavelength grid. 50GHz spacing is preferred.

c. The CWDM wavelength grid shall be compliant with the wavelength grid defined

in the ITU-T recommendation G.694.2. The supplier shall state the wavelength

grid.

d. The system may support hybrid CWDM-DWDM multiplexing schemes.

B. System Architecture

a. The system shall support a modular and flexible architecture, in order to allow

scaling the equipment in accordance to the network requirements.



b. It shall be possible to equip the system progressively, in accordance to the

number of wavelengths transmitted, in order to allow real “pay as you grow”

configurations.

c. The system shall be in-service upgradeable from one wavelength up to its

maximum wavelength capacity.

d. The system shall support Optical Terminal Multiplexers (OTM), Optical Add and

Drop Multiplexers (OADM) and Reconfigurable Optical Add and Drop

Multiplexers (ROADM). OTM and OADM shall share common modules, in

order to minimize the number of spares.

C. Optical Add/Drop Multiplexers (OADM) in CWDM solutions:

a. The supplier shall describe the OADM system architecture for CWDM solutions.

b. It shall be possible to add/drop any wavelength transmitted.

c. The supplier shall state the minimum and maximum number of wavelengths that

can be added/dropped in an OADM node.

d. It shall be possible to let wavelengths passing-through without need of o/e/o

regeneration.

D. Optical Add/Drop Multiplexers (OADM) in DWDM solutions:

a. The supplier shall describe the OADM system architecture for DWDM solutions.

b. It shall be possible to add/drop any wavelength transmitted.

c. The supplier shall state the minimum and maximum number of wavelengths that

can be added/dropped in an OADM node.

d. It shall be possible to let wavelengths passing-through without the need of o/e/o

regeneration.

E. Reconfigurable and Fixed Optical Add/Drop Multiplexers (ROADM) in DWDM

solutions:

a. The supplier shall describe the ROADM/FOADM system architecture for DWDM

solutions.

b. The vendor shall describe the different ROADM/FOADM module types, technologies

(WSS preferred) and functionalities such as

wavelength add/drop and pass-through capability ,

automatic power leveling for channel add or removal,

power monitoring capabilities per wavelengths,

form factor



c. The supplier shall state whether the platform supports directionless switching

for up to degree 8 and 100GHz spacing

for up to degree 8 and 50GHz spacing

d. The supplier shall state whether the platform supports colorless add drop and if so for

how many channels, minimum requirement is 8

for up to 8 wavelengths and 100GHz spacing

for up to 8 wavelengths and 50GHz spacing

e. The supplier shall state whether the platform supports colorless add drop and if so for

how many channels, minimum requirement is 8

f. The system shall support a non-service affecting upgrade to 80-wavelengths degree-2

ROADM with any wavelength add/drop and pass-through capability

g. The system shall support a 40/80 wavelengths multi-degree ROADM which supports

degree 8 and with any wavelength add/drop and pass-through capability.

h. The ROADM shall support optical wavelength equalizer functionality

i. The ROADM shall support switching and power monitoring leveling per wavelength

j. The ROADM shall support channel setup and recovery vie the control plane

k. It is preferred that the ROADM module does not contain any amplifier modules and any

additional add/drop filters in order to increase the network flexibility and to minimize

card failures and spares

l. The ROADM shall support enhanced fault isolation capabilities due to per lambda power

monitoring via integrated Optical power monitoring

m. The ROADM shall support Pay-as-you grow add/drop filter variants which is nothing but

a modular approach

5.5 NETWORK TOPOLOGIES

a. The system shall support dual fiber CWDM and DWDM point-to-point network

topologies.

b. The system shall support dual fiber CWDM and DWDM linear add/drop network

topologies.

c. The system shall support dual fiber CWDM and DWDM ring network topologies

with hub and/or meshed traffic.

d. The system supporting single fiber DWDM point-to-point network topologies is

preferable.

e. The system shall support dual fiber DWDM meshed network topologies.



5.6 SERVICES SUPPORTED

A. The system shall support the following services:

SDH:

o STM-1

o STM-4

o STM-16 hb

o STM-64

o STM-256

G.709/OTN:

o OTU-1

o OTU-2

Storage:

o FICON 1G

o FICON 2G

o FICON 4G

o Fiber Channel 1G

o Fiber Channel 2G

o Fiber Channel 4G

o Fiber Channel 8G

LAN:

o Fast Ethernet

o Gigabit Ethernet (1000-Base-Sx, -Lx and 1000Base-T)

o 10 Gigabit Ethernet (LAN-Phy-10GBase-LR and WAN-Phy-10GBase-LW)

o 40 Gigabit Ethernet

o 100 Gigabit Ethernet

B. The supplier shall specify any other service supported by the system.

C. The system shall support 40G services. Please specify the 40G services supported.

D. The system shall support 850nm and 1310nm client interfaces. The supplier shall specify

if 850nm and 1310nm local interfaces are provided by means of different transponders or

by means of pluggable interfaces (SFP). User pluggable interfaces are preferred.

E. The bit error rate for all these applications shall be 10-12

or better.

F. The system shall support any mixture of these services, up to its maximum capacity,

without any restriction or capacity penalties.

G. Any mixture of services and data rates shall be allowed on the same system shelf.

H. The system shall be transparent to the protocols of the services transmitted through it and

shall not violate the data integrity.



5.7 CHANNEL MODULES (TRANSPONDERS)

A. The channel modules shall support loop functionalities in both, client and line

interfaces.

B. The system shall support universal channel modules, in order to minimize the

number of spares. The universal channel modules shall be capable of transmitting

more than one type of service and shall support several types of client interfaces

(850nm /1310nm / SM / MM) and line interfaces (several wavelengths).

C. The system shall support universal channel modules with user pluggable client

interfaces.

D. The system shall support universal channel modules with tunable line interfaces

for all 10G and 40G and 100 G DWDM wavelengths.

E. The system shall support universal channel modules with user pluggable line

interfaces for all CWDM and DWDM wavelengths.

F. The system shall support a universal channel module capable of transmitting

services from 100Mb/s up to 2.5Gb/s.

The system shall support standard G.709 FEC, enhanced FEC

and also FEC off mode for latency optimized transmission of

2,5G / OTU-1 line interfaces.

G. The system shall support a single 10G transponder for STM-64, OC-192, 10GbE

WAN, 10GbE LAN, 10G-FC and OTU-2 services.

The 10G channel module shall support tunable line interfaces and

XFP based pluggable client interfaces.

The same 10G channel module shall be used for transmission and

for 3R regeneration.

The same 10G channel module shall support standard G.709

FEC, enhanced FEC and also FEC off mode for latency

optimized transmission.

The same 10G channel module shall support inband management

channels according to G.709.

The same 10G channel module shall support G.709 compliant

TCM

H. The system shall support a single 2G7 transponder for STM-1, STM-4, STM-16,

OC-3, OC-12, OC-48, GbE and OTU-1 services.

I. The system may support a single 10G transponder for transparent transport of

10GbE LAN PHY, 10G-FC, 8G-FC, 4G-FC.



J. For each channel module listed above the supplier shall provide the following

information:

Bit rate(s) supported.

Regeneration mode (2R / 3R).

Client and line ports specifications (SFPs and tunable interfaces

preferred).

Line site framing and monitoring

Power consumption

Latency

Size (Number of slots).

MTBF

K. It shall be possible to equip any mixture of the channel modules available up to

the maximum system capacity. Besides the maximum system capacity, there will

be no additional restriction regarding the maximum number of channel modules

that can be equipped in the system.

L. All channel modules shall support Automatic Laser Shutdown (ALS) for laser

safety requirements.

M. Due to the high sensitivity of SAN protocols to latency:

a. The system shall support transparent single wavelengths transponders units for:

Fibre Wavelength services (FC-1G, FC-2G, FC-4G, FC-8G and FC-10G)

FICON services (1G and 2G) b. The system shall not add any overhead to these services (e.g. no GFP

mapping).

c. It shall be possible to disable the Digital Performance Monitoring and

FEC for latency optimized transmission of 2,5G / OTU-1 and 10G /

OUT-2 line interfaces or otherwise it should be ensured that the

performance monitoring does not contribute to latency.

d. It shall be possible to disable the FEC in all transponders use for

transport of Fiber Channel, FICON and Infiniband services.

e. The system shall support dispersion compensating modules based on

Chirped Fiber Gratings technology (CFG), which allows compensating

dispersion without adding significant latencies to the link.



5.8 TDM CHANNEL MODULES (MUXPONDERS)

A. In order to improve the fiber capacity efficiency, the system shall support channel

modules capable of multiplexing two or more services into one single wavelength by

means of Time Division Multiplexing (muxponders). Please describe the muxponders

available.

B. The system shall support universal muxponders. The universal muxponders shall be

capable of transmitting more than one type of service and shall support several types of

client interfaces (850nm /1310nm / SM / MM) and line interfaces (several wavelengths).

C. The system shall support universal muxponders with user pluggable client interfaces.

D. The system shall support universal muxponders with tunable line interfaces for all 10G

and 40G DWDM wavelengths

E. The system shall support universal muxponders with user pluggable line interfaces for all

CWDM and DWDM wavelengths

F. The system shall support a 10G muxponder unit capable of multiplexing at least8xGE,

8xFC-1G, 4xFC-2G and a mixture of GE, FC-1G and FC-2G up to the maximum channel

module capacity into a single wavelength.

I. The same 10G muxponder shall support standard G.709 FEC, enhanced

FEC and also FEC off mode for latency optimized transmission.

II. The same 10G muxponder shall support inband management channels

according to G.709 for GCC0,1 2

III. The same 10G muxponder shall support G.709 compliant TCM

G. The system shall support a 10G muxponder capable of multiplexing 4xSTM-16 / OC-48 /

OTU-1 into a single wavelength.

I. The same 10G muxponder shall support standard G.709 FEC, enhanced

FEC and also FEC off mode for latency optimized transmission.

II. The same 10G muxponder shall support inband management channels

according to G.709 for GCC0,1 2

III. The same 10G muxponder shall support G.709 compliant TCM

H. The system shall support a muxponder with ADM capabilities for GbE services. The GbE

ADM should be capable of adding/dropping any GE/STM-1/STM4 service to/from the

east and/or west line signal.

I. The GbE ADM shall support at least GbE/STM-1/STM-4 mixed services.

II. The GbE ADM shall support protection for GbE/STM-1/STM-4

III. The ADM GbE channel module shall also support GbE broadcast

functionality.



I. The System shall support a 10G Ethernet ADM channel module capable of Ethernet

compliant aggregation of GbE services on 10GbE LAN.

I. The 10G Ethernet ADM channel module shall allow L2/VLAN-based

Ethernet cross-connecting/switching and aggregation for 1G and 10G

Ethernet ports.

II. The supplier shall describe the module indicating the applications,

network topologies and markets addressed.

J. The 10G Ethernet ADM channel module shall support the following connections:

port/VLAN based, Point-to-Point and Point-to-Multipoint (drop and continue).

K. The 10G Ethernet ADM channel module shall also support:

I. VLAN-based encapsulation of flows (Q in Q)

II. UNI and traffic management compliant to MEF

L. The system shall support a 40G Muxponder capable of multiplexing 4x STM64 /

STM192 / 10GbE WAN-Phy / 10GbE LAN-Phy / OTU2 (any mix).

M. It is preferable that the system shall support a single muxponder capable of transparent

transport of 1G, 2G, 4G, 8G and 10G FC, GbE and 10GbE

I. The muxponder shall support bit transparent multiplexing of the services

mentioned above

II. The muxponder shall support dynamic latency measurements

III. The muxponder shall support on board AES 256 encryption with

automatic key exchange

IV. The muxponder shall support pluggable client interfaces, a full band

tunable network interface with FEC

N. Due to the high sensitivity of SAN protocols to latency, it is preferable that the proposed

TDM Channel Modules for Fiber Channel 1G/2G/4G shall not exceed 6 μs

(microseconds) of latency per pair of Channel Modules.

PLUGGABLE INTERFACES

A. The muxponder shall support pluggable client interfaces, a full band tunable network

interface with FEC

B. The system shall support 10G XFP DWDM interfaces.

C. The system shall support 4G SFP DWDM interfaces.

D. The system shall support 2G5 SFP DWDM interfaces.



TUNEABLE INTERFACES


interface with FEC

B. The system shall support a 10G transponder unit for STM-64/OC-192, 10GbE LAN,

10GbE WAN, 10G-FC and OTU-2 with full C-Band tunable line interface.

C. The system shall support a 10G muxponder unit for 4xSTM-16, 4xOTU-1 and 4xOC-48

with full C-Band tunable line interface.

D. The system shall support a 10G muxponder unit for at least8xGbE (wirespeed), 8xFC,

4x2G-FC and 2x4G-FC with full C-Band tunable line interface.

E. The system shall support an integrated 40G transponder unit for STM-256, OC-768 and

OUT-3 with full C-Band tunable line interface.

F. The system shall support an integrated 40G muxponder unit for 4xSTM-64, 4xOC-192,

4x10GbE LAN, 4x10GbE WAN and 4xOTU-2 with full C-Band tunable line interface.

5.9 OPTICAL AMPLIFICATION AND DISPERSION COMPENSATION


interface with FEC.

B. The system shall support the use of integrated RAMAN amplifiers in conjunction with

the amplifiers available.

C. The optical amplifiers shall be integrated in the system. No additional or specific shelves

shall be needed to equip the amplification modules.

D. The in-line amplifiers (ILA) shall share common modules with OADM and OTM

network elements.

E. The optical amplifiers shall support Automatic Laser Shutdown (ALS) to guarantee that

the system operates in accordance to a class 1 laser product.

F. In order to overcome dispersion impairments, the system shall support dispersion

compensating techniques.

G. The system shall support Dispersion compensating units based on:

I. Dispersion Compensating Fiber (DCF).

II. Zero latency Fiber Bragg Grating (FBG).

H. It shall be possible to equip the dispersion compensating modules in the standard shelf.

I. Other options for dispersion compensation such as dispersion compensation built into the

card will be welcome.

J. Please describe the dispersion compensation granularity available.



5.10 MAXIMUM DISTANCES

A. Assuming a standard G.652 fibre with 0,25dB/Km in the 1550nm window and all spans

equally spaced (from N=1 to N=20), please state the maximum span loss (dB) and span

distance (Km) that the DWDM system supports without regenerating or repeating the

signal for a point-to-point link equipped with 40wavelengths @10G.

B. Assuming a standard G.652 fibre with 0,25dB/Km in the 1550nm window the supplier

shall state the maximum distance achieved by the use of Raman amplifiers in a point-to-

point link with 16, 32, 40 and 80 wavelengths @ 10G. A minimum of 50dB span loss is

mandatory

C. Assuming a standard G.652 fibre with 0,25dB/Km in the central 8 wavelength CWDM

window, please, state the maximum span loss (dB) and span distance (Km) that the

CWDM system supports without regenerating or repeating the signal for a point-to-point

link equipped with 8 wavelengths @10G.

5.11 ENHANCED MONITORING AND MEASUREMENT CAPABILITIES

A. The system shall support integrated detection monitoring capabilities for:

Fiber cut

Fiber degradation

Fiber intrusion.

Latency of a transmission path between 2 client interfaces including system as well

as latency introduced by the transmission medium

B. The system shall be capable of measuring the attenuation of the optical line fibers. The

supplier shall specify the absolute and relative accuracy.

C. The system shall provide the possibility of configuring protection-switching thresholds

based on optical line attenuation measurements.

D. The system shall provide the possibility of configuring alarm thresholds for fiber

degradation based on optical line attenuation measurements.

E. The system shall have the capability to report long-term fiber performance charts (at least

per month and per year) based on optical line attenuation measurements.

5.12 OPTICAL SUPERVISORY CHANNEL AND EMBEDDED

COMMUNICATION CHANNEL

A. The system shall support an Optical Supervisory Channel (OSC) to deploy a Data

Communication Network. The DCN is meant to carry distributed management, signaling



or any other communication for operation between Network Elements in an optical

network.

B. The OSC shall carry control, configuration and request messages from the Network

Management System to the nodes and deliver alarms, event and response messages from

the nodes back to the NMS. It shall allow remote management of several nodes from one

single point. The supplier shall describe how the OSC is implemented and transmitted.

Please, indicate the OSC capacity.

I. It shall be possible to transmit the OSC between network elements by means of

LAN connections between the network elements.

C. The implementation of the OSC is mandatory.

D. The system shall support a separate and integrated OSC unit.

E. The system shall support a separate OSC coupler/splitter unit for each transmission

direction.

F. The failure and replacement of filters and amplifier units cannot affect the DCN

communication via OSC.

G. The failure of an OSC unit must be non-traffic affecting.

5.13 NETWORK MANAGEMENT

GENERAL DESCRIPTION

1. The Element Manager shall enable the remote configuration and monitoring of the

network elements.

2. The Element Manager shall provide a graphical representation of all system modules

equipped in the network element selected. The appropriate management functions for a

selected module shall be available from the main menu or from a context sensitive pop-up

menu.

3. The Network Management System shall provide remote management and configuration

capabilities for Services.

4. The Network Management system shall be capable to manage 1000 or more NEs.

5. The Network Management shall be realized in a Client-Server architecture with the

possibility to have 40 or more simultaneous users connected.

6. The Network Management shall support thin clients (e.g. WEB clients).

7. The Network Management System shall provide a graphical representation of the network

and the network elements present on it, including graphical information about their

configuration and current operational state.

8. The Network Management System and Element Manager shall have a user-friendly,

logical and easy-to-use Graphical User Interface (GUI).



9. The Network Management System and Element Manager shall be compatible with the

following operating platforms: MS Windows, and UNIX. Please, indicate the brand and

supported versions.

10. The supplier shall describe the HW system requirements for the Element Manager and

Network Management System.

11. It shall be possible to use the Element Manager as a stand-alone application. It shall be

possible to run and order the Element Manager separately from the Network Management

System.

12. The system should support embedded control channels, where applicable. The supplier

shall describe, which modules support which ECC channel.

13. For external communication to the Network Management System, it shall be possible to

identify each network element by means of a single IP address.

14. The system shall support hardware auto-detection, in order to minimize and simplify the

system configuration

15. All system and equipment software, including management software, shall be

upgradeable via the local management system, accessed either locally or remotely,

without service interruption.

16. The management system shall provide information about all current Hardware, Software

and Firmware revision levels.

17. The system shall provide permanent and non-permanent log files indicating major events

and alarms.

18. The Network Management system shall have an interface to forward these events and

alarms to a northbound OSS. Please describe the available interface(s).

19. Has this interface already been integrated with any major professional umbrella manager

for fault (e.g. Netcool, HP-OV). Please detail brand and version(s).

20. The Network Management System shall allow the automatic (scheduled) collection of

performance data.

21. The network management system shall display this data in tabular and graphical form.

22. The network management system shall be able to provide this data also on an interface

for northbound OSS. Describe format of this interface.

23. The system shall allow the upload of system log files (alarms log, events log, etc).

24. The Network Management System shall provide a user management based on groups and

roles. Please describe the concept.

25. The Network Management System shall create security logs on all logon/logoff activities

as well as on any user action changing the network.

26. Only Users with Admin privilege can create, modify or delete user accounts as well as

view and purge the security logs mentioned above.

5.14 NETWORK ELEMENT CONNECTIVITY

A. The system shall support the following physical access interfaces: RS-232 interface, RJ-45 interface, USB

B. The system shall support the following management protocols and applications:

SNMP



Telnet

FTP

Management authorization and authentication via RADIUS client

Multiple authentication levels

Secure management communication/encryption via SSH, SNMPv3 and SCP/SFTP

Limitation of SNMP to "read only" function

Limitation of SNMP access capability to a dedicated single port Unified user management for Element Manager and Local Craft Interface

Secure network element access via browser (https)

5.15 OPERATION AND MAINTENANCE

A. Local configuration and management shall be provided by standard command line interface, which shall provide at least the following capabilities:

Alarm detection and information

Equipment configuration

Inventory management

Software download

Basic menu support preferred

B. The system shall provide a graphical local craft interface based on HTML/HTTP with at least the following capabilities:

Alarm detection and information



C. The Element Manager (EM) shall provide at least the following remote capabilities:

Alarm monitoring

Alarm severities configuration



Software download

D. The Network Manager System (NMS) shall provide at least the following capabilities:

Current and historic alarm information

Alarm severities configuration


Inventory management Software download

Optical Path Management

Security management (users, passwords, system event log, etc)

E. The system shall support the ability to activate / deactivate system ports (lasers) for set up and testing purposes.



F. The system shall provide the ability to configure SW inward and outwards loops, to assist in set up and testing

5.16 FAULT AND PERFORMANCE MANAGEMENT

A. Each Alarm event shall be assigned to a unique and specific component (shelf, module or interface).

B. Each alarm shall have an assigned severity in accordance to ITU CCITT X.733. Please, describe the alarm severity levels supported. The user shall have the possibility of redefining the alarm severity defined by default for each alarm.

C. The user shall have the possibility of disabling the alarm reporting from a module or interface or inhibit a specific alarm from a shelf or module.

D. The system shall support physical performance monitoring for all active modules. E. The system shall support Optical Layer Monitoring, in order to monitor fiber quality

transmission and detect possible fiber intrusions. F. The system shall support threshold alarms for physical layer measurements like Optical

Input Power, Optical Output Power, Laser Current, Pump Laser Current, Voltage and Temperature.

G. The system shall support threshold alarms for optical attenuation measurements (Optical Line Monitoring)

The system shall support Monitoring Thresholds, in order to monitor line attenuation over time. The system shall detect when the fiber attenuation falls below or rises above the corresponding user-defined thresholds. The system shall support Protective Thresholds, in order to indicate the transmission quality of the fibers and provide protection switching based on fiber degradation. The system shall support Intrusion Threshold, in order to detect fiber intrusions. All the thresholds mentioned above shall be user configurable

H. The system shall support availability records that might be used for service level agreements. Performance monitoring data shall be collected in 15 minutes and 24 hours intervals. These data shall be stored in performance records.

5.17 CONFIGURATION RECOVERY

A. The system shall support the ability to save, copy and restore the system configuration. B. The management system shall support the automatic scheduled backup of all the system

configurations for all network elements in the network in regular intervalls. C. The management system shall support the possibility to load the system configuration

back to all network elements in the network. D. The system shall support the ability to reset the device back to factory default

configuration.

6 REQUIRED SPECIFICATION FOR DATA NETWORK

6.1 Company Overview

A. The supplier shall provide a general overview of the manufacturing company(s) including the following information:



Foundation date.

Description of core activities.

Company locations and manufacturing facilities.

B. The equipment manufacturer shall be in the market and active in DATA COMMUNICATION NETWORK i.e. ROUTING, SWITCHING, FIREWALL, space for more than 10 years.

C. Annual reports of the equipment manufacturer of the last 3 years shall be provided. D. The accumulated revenue of the equipment manufacturer over the last 3 years shall

exceed 60 Million Euros or 80 Million US Dollars. E. The supplier shall provide at least 5 references where the offered systems are in

operation, of which at least 2 should be from National Research and Education Network.

6.2 GENERAL INFORMATION, ROADMAP AND REFERENCES

A. The system shall be robust, reliable and shall have an easy maintenance. B. The system shall be widely deployed and successfully in-service. The supplier shall

provide references of existing projects, which are currently deployed and carrying live traffic for: Metro Access network deployments.

Metro Core network deployments.

Regional network deployments.

Grid/Cloud computing connectivity network deployments.

C. The supplier shall provide the roadmap for future releases. D. The supplier shall provide a general description of the system presented in this proposal.

This information can be provided in a separate document. E. The system shall be widely deployed and successfully in-service in Data Center

Connectivity Environment as well as in the Network Infrastructure outside the country of origin of the product.

F. The vendor shall state country of origin of the proposed equipment.

6.3 NETWORK DESCRIPTION

6.3.1 ARCHITECTURE

A. BdREN is a multi-tier network divided into three basic layers - Core, Distribution, and Access. BdREN backbone will typically have 2 Core PoPs at Dhaka and around 5 Distribution PoPs in Dhaka, Chittagong, Rajshahi, Khulna and Sylhet. The BdREN backbone will be provided by Power Grid Company of Bangladesh (PGCB) in Dark Fiber with multiple levels of redundancy. The use of Dark Fiber would boost the data transfer capacity by several orders of magnitude. Suitable equipments to handle and sustain these

speeds would be provisioned at the respective PoPs.



B. The two Core Routers at Core PoPs in two locations at Dhaka will be interconnected over

a Layer-2 10 Gbps link and will be virtualized for resiliency against network outages and

protection of member routers against access link failures, uplink failures, and chassis

failures without visibly disrupting attached subscribers or increasing the network

management burden. The Core PoPs will be connecting to distribution PoPs, which are

spread across seven locations over 10 Gbps link. The end user institutions connecting to

respective PoPs (Core or Distribution) will operate at speeds of 1 Gbps per connection.

The last mile connection to the respective institute shall be over multiple links in a

protected path.

BdRENData Network Architecture: (Fig: 2)



C. MPLS shall be the foundation of the network enabling the following features and capabilities.

I. Provider Provisioned VPNs II. Traffic Engineering

III. Any Transport over MPLS IV. MPLS Layer 3 VPNs V. Per VPN QoS

VI. MPLS Layer 2 VPNs VII. Layer 2 Extension / Pseudo wire

VIII. Multicast VPNs

Layer 2 Extensions (Fig : 3)

CE PE P

PE

CE

Pseudowire

Attachment

Circuit Attachment Circuit

MPLS Core

MPLS LSP



Multicast VPNs (Fig: 4)

i. DESIGN DESCRIPTION:

6.3.2.1 INTRODUCTION

This part of the tender is for survey, design, supply & installation of a IP/MPLS based national

data network for BdREN to connect all Universities and Research Institutions on Turn-key basis.

The network is a completely new network to serve the requirement of the Universities. The list of

the universities to be networked are in Annex 9 and Annex 10 of the Technical Specification in

this tender [section]. Nevertheless, it should have enough flexibility and expandability to cater to

the needs of other institutions / clients in future.

The Tenderer is requested to offer technical solution as well as cost for implementing and

commissioning of such solution on Turn Key basis. The network will be based on the available

fiber map and planned ROADM based transmission network (described in the transmission part

of this document).

6.3.2.2 Network Description:

BdREN is a multi-tier network divided into three basic layers - Core, Distribution, and Client

Connectivity. BdREN backbone will typically have 2 Coreat Dhaka and around 8 Distribution

PoPs. The whole network shall be divided into 5 zones – the central zone shall be served by 4

PoPs in Dhaka, UGC, BUET, Bashundhara and National University/Open University (NU/OU) in

MULTICAST

SOURCE

MULTICAST

SOURCE

MULTICAST

VRF

MULTICAST

VRF

UNIVERSITY

1

UNIVERSITY

2

UNIVERSITY

3

UNIVERSITY

4

MPLS VPN

NETWORK



Dhaka. Other zones shall be served by Chittagong University, Rajshahi University, Khulna

University of Engineering & Technology (KUET) and Sylhet Shahjalal University of Science &

Technology (SUST) PoPs. The PoPs shall have dual 10 G connectivity, one at UGC and the other

at BUET (please see fig: 5). These connections shall be through the backbone transmission

network (fig : 6). Client universities shall be connected to the distribution PoPs. Some

universities shall be connected to the network by a daisy chain, or ring type of connectivity

wherever possible..

Fig:5

A. All connectivity’s shall be over fiber, either directly through Ethernet over fiber or through LAN PHY over DWDM transmission network to be built through this tender (described in the transmission network part).



B. The two Core Routers at Core PoPs at UGC and BUET will be interconnected

over a Layer-2 10 Gbps link and will be virtualized for resiliency against network

outages and protection of member routers against access link failures, uplink

failures, and chassis failures without visibly disrupting attached subscribers or

increasing the network management burden. The Core PoPs will be connecting to

distribution PoPs, which are spread across seven locations over 10 Gbps link. The

end user institutions connecting to respective PoPs (Core or Distribution) will

operate at speeds of 1 Gbps per connection. The last mile connection to the

respective institute shall be over multiple links in a protected path.

Fig:6

C. The entire network from the day 1 shall be an IP V6 network. It will be an IP MPLS

network where the MPLS boundary shall be up to edge routers. The edge routers shall

connect the campus network. In most of the campus networks, there are existing LAN

which is running IPV4. But because of the shortage of IP V4 some new devices (such as

IP phone, VC codec) shall be installed with IP V6. As such the edge routers shall be

required to be configured to allow both IP V4 and IP V6 traffic.



D. BdREN will have multiple peering connectivity with commodity Internet Service

Providers. It will also peer with International academic network e.g. TEIN network.

Initially the commodity Internet shall be connected with both UGC Internet Gateway

Router and BUET Internet Gateway Router, while the TEIN 3 connectivity (T3

connectivity) shall be with only UGC. There should be enough scalability to increase

number of connectivity with other peering Internet service providers/IXs. The two

Gateway Routers at UGC should work as active/standby mode to ensure availability.

E. The Gateway routers will be running eBGP with our upstream - for commodity internet

accepting default/ partial/ full route with lower preference and for academic and other

special network accepting full route with higher preference. iBGP will be configured

among the two gateway routers and each access router at university premise will have

iBGP with those gateway routers and accept full academic routes and a default

commodity internet route. All the routers will have IGP (IS-IS) inside our network. We’ll

perform traffic engineering to balance our traffic through multiple upstreams.

F. At this moment none of our probable customers have their own IP, BdREN will provide

them with [public] IP [IPv6 addresses. At this moment BdREN has /32 IP V6 block. We

plan to allocate /48 for each university. Those routes will be carried by our IGP. IGP will

be limited to the access routers installed at customer premises that are provided by

BdREN.

G. For university campus connection, BdREN will have two scenario. In demarcation

scenario -1 (one), BdREN shall have their routers at the universities (Public Universities,

see Annex 9)() . The university campus network switch / router shall be directly

connected with the BdREN router at University. The demarcation line in this case is the

interface of BdREN router connected with the university switch/router . In demarcation

scenario -2, BdREN will not have any device at the University (Private and International

University, Annex 10 & 11) site . The universities shall establish links upto the nearest

PoPs of BdREN. In this scenario, the PoP router port shall be the demarcation line. In this

later case, Universities shall be responsible for their security and firewalling etc. BdREN

may require multiple MPLS VPN to cater such services.

H. It is intended that BdREN shall provide multiple bandwidth services to the clients e.g.

commodity internet bandwidth, international academic bandwidth and national academic

bandwidth. The facility should have the ability to separately route, monitor and account

these traffic. . The Tenderer is requested to offer a solution for management of bandwidth

for the universities/ clients for such a scenario. The solution should have enough capacity

not only to cater to the existing requirement (number of universities and bandwidth), it

should be capable of catering double the existing requirements.

I. The Tenderer should offer a purpose built caching solution which will save the costly

Internet / International bandwidth. It should have the ability to cache HTTP, HTTPS,

CIFS, FTP and streaming objects. It should have the ability to dynamically refresh data.



J. The Tenderer is required to offer a solution whereby single point of failure can be

avoided as far as possible. The network diagram and schedule of requirement has

included duplicated devices at many points of the networks. These devices are required to

be configured in an active /active configuration so that failure of one device does not

degrade services of the network and/or system. If at any point this is not possible, please

specify and explain.

K. The network must facilitate the remote-access VPN services. The users of the network

may require access to their university resources via a VPN connection from anywhere in

the network. Individual users will use VPN client software to connect to the university

network, with authentication and authorization performed by a centralized user database

or the university’s own authentication AAA servers.

L. There is a requirement of security devices to provide firewalling and a threat management

system for the network e.g. at least web-content filtering and anti-virus/maleware.

BdREN shall have multiple categories of clients e.g. Public Universities, Private

Universities, Research Institutions, Others. These institutions shall have varied level of

security service requirements from BdREN. For example, some universities (specially the

public universities) may require their campus networks be secured adequately from the

external network attacks as well as anti-virus/maleware by BdREN. While others may

have their own security policy (specially the private Universities) at their campus gateway

device and as such may request an Internet transit service only. As a policy requirement

from the Government, the network may be required to have the facility to filter web or

other contents. Again the other clients may require a transparent transit to Internet and

International Academic Network. The main security functions that must be supplied are –

a. Filtering of traffic from the general Internet and other external networks as it

enters the BdREN. This will provide us with the ability to block large scale

denial-of-service attacks and other malicious traffic before it reaches the

universities, clients.

b. Allow or block access to web sites based on URL, category, type of content or

per institution basis. Also controlling access to other services such as VoIP calls.

proxy-tunneling etc.

c. Scanning of web, email and other network traffic for embedded virus and

maleware patterns and blocking infected payloads.

d. Filtering of traffic between individual universities and also blocking of unwanted

network traffic originating from university campus networks.

M. All security functions must be carried out transparently with no additional configuration

required by the end user.

The services required from the security arrangements are as follows:

a. Session and Application based firewalling

b. Multi level modular security policies

Per user

Per university

Per IP address \subnet



Time based policies

c. Content filtering

URL category

white /blacklist

Content type

d. Anti virus and maleware scanning of http, smtp, pop3, imap, ftp, instant messaging

traffic

e. Event logging

N. The above security requirements can be met using centralized solution or a combination

with devices at any of the network layers. Although in the data center design a schematic

diagram a specific security device arrangement has been presented, it is only to express

the security requirement. Respondents may include design and pricing for both

centralized and distributed solution meeting the requirement mentioned above and

without compromising the throughput and service requirements.

O. The offered solution should include a provisioning system and a comprehensive network

management, monitoring and reporting system. It should include the following services –

a. Configuration Management

b. Software Upgrade

c. Device Status reporting

d. Flow based statistics aggregation and reporting

e. Interactive network mapping

f. Traffic anomaly alerts and reports

g. Content filtering statistics and reporting.

P. Interested bidders shall consider all the above requirements in providing the solutions

including the costing involved in it. The network management systems, provisioning

systems should include all the above provisions to provide services efficiently.



6.4 TECHNICAL SPECIFICATION OF DATA NETWORK ELEMENTS

General Feature of Routers(Core & Distribution)

GENERAL REQUIREMENT

TYPE OF EQUIPMENT

The offered router shall have carrier-grade resilience features including, but not limited to, the following:

▪ Modular, chassis-based, rack-mountable system with no single point of failure

▪ Robust and modular operating system with protected memory space for each process

▪ Resilient architecture with 1+1 redundancy.

▪ Link aggregation for link resilience and load balancing

Multiple chassis virtualization

The equipment shall have consistent performance on “Round the Clock – Round the Year” basis under

the following operating environmental conditions:

▪ Temperature: 0 degree C to 40 degree C

▪ Humidity: Up to 85%

▪ Dusty: Dusty environment during dry season

▪ Altitude: Up to 2,500 meter above sea level

Each Router unit shall be offered and installed with the latest stable and field-proven version of operating

system installed.

The proposed equipment shall support the following interfaces

▪ Ethernet Interfaces

▪ SDH line interfaces and Ethernet of 10G, 40G and 100G from day 1 for the Core Routers.

Experience of inter-working shall be proved through past experience and described in details.

The router shall support in-service software upgrade (ISSU)for both minor and major version

upgradation.

ARCHITECTURE

The routing and control functions should be separated from the forwarding function within a chassis.



The equipment, in the event of failure of any one processor, should automatically switchover to the

redundant processor without dropping any traffic. There should not be any impact on the performance in

the event of active processing engine failure.

Software Upgradation Feature: The router shall have software upgradation and downgradation feature.

Upgradation and downgradation of software in the standby processor should not affect traffic switching

in the main processor.

Clock: The equipment shall be able to derive clock from leased TDM links. The router shall sync to the

Network Time Protocol (NTP) server.

Router shall support at least 100Gbps (duplex mode) per slot.

The router should have Distributed Control plane so that protocols like BFD/CFM/Netflow/Cflow etc are

all distributed into the line card itself . The router should support 1 M entries of implementation similar

tonetflow/j-flow/cflow / netstream etc.

POWER SUPPLY

All the offered equipment shall work on 220V AC power supply.

The bidder shall provide details of total power dissipation and heat dissipation load for each of the

offered equipment.

All the offered equipment shall have 1+1 power supply redundancy protection mechanism.

Adequate protective devices and alarms shall be provided to protect the system from any damage caused

due to surge, high voltage, high current or overheating.

HIGH AVAILABILITY FEATURE

All the offered equipment shall have protection against polarity mismatch in power supply connections.

All the offered equipment shall have hot-swappable power modules and fans.

Non-Stop Routing (Stateful Failover) for BGP, OSPF and LDP.

The offered router shall have support for Fast Reroute

INTERFACE

Ethernet Interfaces:

The equipment shall support following SFP/XFP interfaces (single mode/Multimode):

- LAN interface - Gigabit Ethernet

- WAN Gigabit Ethernet (GE) Interface

- LAN/ WAN 10 Gigabit Ethernet (10GE) Interface



-- Support for 100 GE from day-1

TDM/SDH Interfaces:

40 Gbps and 100 Gbps interface support from Day-1 for Core Router.

Management Interfaces: ethernet, Console

The interface shall be quoted in the configuration to support wire speed performance, even when the QoS,

Access Control Lists and URPF (Unicast Reverse Path Forwarding) features are turned ON. All the line

cards shall forward traffic at wire speed for L3 IMIX traffic.

Interface modules shall support the following features:

Each interface module shall have its own independent processor and the capability to make its own

forwarding decisions.

LAYER2 FEATURE

The offered Router shall support point-to-point and multipoint-to-multipoint Layer 2 services.

The offered router shall have built-in capability for Q-in-Q/Vlan Stacking.

Offered router shall have built-in capability for L2 ACLs.

The offered router shall have built-in capability for following features:

• Per-VLAN policing

• Per-VLAN two-rate tri-color marking

• Per-VLAN classification

• Per-VLAN accounting

• Per-VLAN filtering

• Eight queues per port

• VPLS, VPLS Multi Homing, Hub and Spoke VPLS

• LDP based VPLS

• VPLS Qualified Learning

• CoS (L3 fields) for L2 services (VPLS)

The offered router shall have STP (IEEE802.1d) RSTP (IEEE 802.1w), MSTP (IEEE 802.1s).

The offered router shall have multicast features IGMP v1, v2, v3 (RFC1112, 2236, 3376, 4604).

he offered router shall have Layer-2 multicast functionality including pre-provisioned static multicast



The offered router shall be able to handle at least 1k Multicast Group/Entries.

The offered router shall have diffserv including traffic classification, policing, shaping, queue

management and shaping. (RFC 2474, 2475, 2597, 2598, 3246, 3260).

The offered router shall have standard feature like CIR (Committed Information Rate) and PIR (Peak

Information Rate) .

The offered router shall have built-in capability for RSVP as specified in RFC2205, 2750, 3936, 4495)

The offered router shall have ACL to configure traffic template to define service classes, traffic policies,

CIR/PIR etc.

LAYER3 FEATURE

The offered router shall have at least 1M route entries in FIB and 1M RIB.

The offered router shall have RIP1,RIP2,BGP4(RFC1771/4271,RFC 1745), MPLS,MPLS Traffic

Engineering (as per RFC 2702 and RFC 3209,3936,4420,4874,5151),MBGP

The offered router shall have Virtual Routing and Forwarding (VRF). The bidder shall specify the

maximum number of VRF and the maximum number of routes per VRF supported by the router, which

shall be no less than 1K VRF

The offered router shall have OSPF v2 capability as per RFC 1583/2178.

The offered router shall support OSPF BGP interaction as RFC 1745

The offered router and switch shall support OSPF NSSA as RFC 1587/3101.

The offered router shall have capability for IP Multicast, Multicast Source Discovery Protocol (MSDP)

and Multiprotocol BGP (MBGP).

The offered router shall have built-in capability for the following tunneling techniques and shall be

hardware-based, no additional license.

· Manually configured tunnel

· Automatic tunnel

· 6to4/4to6 tunnel

· L2TP tunnel

The router shall have built-in capability for IPv4 and IPv6 stack in hardware and software.

QUALITY OF SERVICE(QOS) FEATURE

The offered router shall have Diffserv capability including traffic classification, policing, shaping, queue

management and shaping (RFC 2474, 2475, 2597, 2598, 3246, 3260).



The offered router shall have standard feature like CAR (Committed Access Rate) and GTS (Generic

Traffic Shaping) for bandwidth limitation at both entry and exit. The granularity of CAR shall be 64

Kbps.

The offered router shall support PQ (Priority Queuing), WFQ (Weighted Fair Queueing) and PQ+WFQ,

support for WRED.

The offered router shall support traffic classification based on:

o Per hop behavior

o Extended per hop behavior

· source and destination based IP address

· Source and Destination based TCP/UDP (Layer 4) port

· Protocol based

· IP precedence

· LSP and EXP value of MPLS

· 802.1Q

· ToS

· MAC address, source and destination

· Port Mirroring

· Default queue for non-matching traffic

MPLS FEATURE

The offered router shall support MPLS Fast Reroute.

The offered router shall have Dynamic MPLS Traffic Engineering capability as per RFC 2702, 3209,

3936, 4124, 4125, 4127, 4420, 4874, 5151 and 5420.

The offered router shall have Traffic Engineering capability as per ISIS-TE (RFC 3784, 4205, 5305) and

OSPF-TE (RFC3630, 4203).

The offered router shall have MPLS Diffserv with CoS and MPLS EXP capabilities.

The offered router shall support bandwidth upgrade for LSP and circuits without restart.

The offered router shall support MPLS path optimization.

The offered router shall support running MPLS on the POS, Ethernet, and VLAN sub-interface, link

aggregation.



The offered router shall have loop detection and avoidance capability during initial LSP setup and

rerouting an existing LSP as per RFC3209.

The offered router shall have support for martini circuits (MPLS L2 VPN)and VPLS instances.

The offered router shall support Bandwidth Management Control at the Physical Interface level and at the

LSP level.

BIDIRECTIONAL FORWARDING DETECTION(BFD) FEATURE

The router shall support Bidirectional Forwarding Detection (BFD) and shall support fast failure

detection in terms of BFD in hardware and software, independently of media, data protocols and routing

protocols for the following:

· BFD for MPLS LSPs (draft-ietf-bfd-mpls)

· BFD for Multihop Paths (draft-ietf-bfd-multihop)

· BFD for IPv4 and IPv6 (Single Hop) (draft-ietf-bfd-v4v6-1hop)

· Bidirectional Forwarding Detection for interfaces,Datalinks,Forwardingenginees,Direct physical

links,Virtual circuits.

The protocol client for which the BFD session is active can be IS-IS,OSPFv2

IPv6 SUPPORT FEATURE

The router shall have the following IPv6 related features:-

The platform should be IPv6 ready and supporting with practical implementations instances. .

IPv6 static route, OSPFv3, IS-IS support for IPv6, Multiprotocol BGP extensions for IPv6, IPv6 route

redistribution.

IPv6 security – Access Control Lists (standard & extended), SSH over IPv6.

IPv6 Multicast.

IPv6 Quality of Service.

IPv6 dual stack.

RELIABILITY FEATURE

The proposed devices shall provide high reliability. It is preferable that all the key components shall be

redundant, e.g. Processing Unit, Power supply, Fan etc.

The proposed router shall provide standby and load balancing mechanism and 99.999% availability of all

active parts.

The proposed router shall be hot swappable without incurring any packet loss to the interface cards.



The bidder shall furnish reliability calculation sof the system depending upon the failure rates of various

components (hardware as well as software), using backup and duplication philosophy and the degree of

perfection of the software. Based on the bidder's prevous experience, details on the following items shall

be submitted:

· Complete System Failure – To be indicated on one year basis

· Total Hardware Failure Rate – To be indicated on one year basis

· Mean Time To Repair (MTTR) – To be indicated in hours

· Mean Time Between Failures (MTBF) – To be indicated in hours

· Startup time, automatic and manual basis

· Recovery time for each subset, module and system before running in commercial operation

· Other system performance-related key indicators with threshold values

· QoS-related key indicators with threshold values

MANAGEABILITY FEATURE

The offered router shall support console or Out of Band management.

The offered router shall support SNMP v1, v2, v3.

The offered router shall support command line and NMS based configuration management.

The offered router shall support removable flash memory, for configuration and OS backup etc.

The offered router shall have event and system logging functions.

The offered router shall support scheduled re-boot.

The offered router shall have provision for detailed traffic collection and analysis. The bidder shall

provide any additional tools/utilities for this purpose.

The offered router shall have support for NTP as RFC1305.

SECURITY FEATURE

The offered router shall support multiple privilege levels.

The offered router shall support RADIUS authentication for administrative users.

The offered router shall support MD5 as per RFC 1321 for RIP, OSPF, IS-IS and BGP.

The offered router shall have Standard and Extended ACL functionality. The equipment shall support line

rate ACL



The offered routershall be able to control the users accessing through TELNET or FTP. It shall support

IP Access Lists to limit telnet and SNMP access. It also shall support controlled SNMP access through

the use of SNMPv3 with authentication.

The routershall support multiple levels of access or role based access mechanisms.

The offered route shall provide security management features including but not limited to:

RADIUS,SNMP,DDoS Prevention, Anti-spoofing,SSH,Unicast RPF.

The offered router shall have provision to control different network threats and attacks including, but not

limited to: MAC spoofing, IP spoofing, Packet header logging, Session hijacking,Ping of death, Network

strom.

The offered router shall support mac bind and port security.

The offered router shall support Access Control Lists at layer 2-4. The access list parameters may be any

combination of source and destination IP or subnet, protocol type (TCP/UDP/IP etc), source and

destination port. There should not be any impact on the router performance upon enabling Access Lists.

The offered router shall support MAC ACLs on IP.

The offered router shall support unicast Reverse Path Forwarding (uRPF) feature.

The offered router shall support CPU Rate limiting and control plane policing feature to make sure the

router is always available for management.

The offered router shall have support for PPP PAP, CHAP for authentication at Layer 2.

Offered routers should support SHA1 encryption for OSPF authentication between neighbor.

BANDWIDTH MANAGEMENT CONTROL FEATURE

The offered router shall have Bandwidth Management Control for Layer 2 and Layer 3 services at the

Physical interface level and LSP level

The offered router shall have LSP shaping functionality in hardware for Bandwidth Management Control

implementation.

The offered router shall have Dynamic Bandwidth upgrade for LSP and Circuits without restart.

The offered router shall implement a Bandwidth Management Control mechanism for bandwidth

reservation for Ethernet/VLAN.



6.5 CORE ROUTER

REQUIRED ROUTER Capacity

Switching Capacity (Full Duplex) ≥1.4 Tbps

Througput per slot ≥ 100Gbps

Packet Forwarding Capacity ≥ 1 Bpps

Packet Forwarding Capacity per slot ≥ 100 Mpps

Wire speed support of IMIX on all interfaces Manadatory

Support for 100GE mandatory

No performance degradation after failure of one switching

matrix card

mandatory

Number of Slots (at least) 10

Memory Size (not less than) 4 GB

Full redundancy for routing engine/processor, switching matrix,

central control units, clock, power supply and fans.

Mandatory

6.6 DISTRIBUTION ROUTER


Switching Capacity (Full Duplex) ≥700Gbps

Througput per slot ≥ 100Gbps

Packet Forwarding Capacity ≥ 480 Mpps

Packet Forwarding Capacity per slot ≥ 100 Mpps

Number of Slots (at least) 6


Full redundancy for routing engine/processor switching matrix,

central control units, clock, power supply and fans.

Mandatory



6.7 EDGE ROUTERS GENERAL FEATURES

GENERAL REQUIREMENT – EDGE ROUTER

▪ Modular, chassis-based, rack-mountable system with Processor and Power redundancy

▪ Robust and modular operating system with protected memory space for each process

All Modules, fan trays & Power supplies should be hot swappable without the need of powering down the chassis during replacement.

INTERFACE SUPPORT

▪Gigabit Ethernet

STM 1/STM 4

LAYER 3

▪ Static Routes, RIPv2, OSPF, BGP

▪IGMPv3, PIM, SDP, DVRMRP, SSM

▪IGMP v1/v2/v3, PIM-SM, PIM-DM, MLD, SSM, RP, MSDP, BSR, multicast in MPLS

▪ IPv6 over MPLS, IPv6 over IPv4 GRE tunnels

MPLS

▪Layer 3 2547 VPN

▪Layer 2 VPN

▪ LDP

▪Virtual Private LAN Service (VPLS)

▪Diffserv-aware Traffic Engineering

▪MPLS Fast Reroute

TRAFFIC MANAGEMENT

▪Policing & Shaping

▪Class Based Queuing with Prioritization

▪WRED

▪VLAN/VC/VP/DLCI Queuing



SECURITY

▪Stateful Firewall

▪DOS & DDOS protections

HIGH AVAILABLITY

▪VRRP

▪Graceful Restart

▪Graceful Routing Engine Switchover

MANAGEMENT

▪Configuration rollback

▪CLI

▪Traceroute

▪SNMP v2, v3

6.8 EDGE ROUTER (TYPE 1)


Switching Capacity (Duplex) ≥40 Gbps

Througput per slot ≥ 5 Gbps

Packet Forwarding Capacity ≥ 12 Mpps

Packet Forwarding Capacity per slot ≥ 4Mpps

Number of Service Slots (at least) 3


Processor, Power, Fan Redundancy Mandatory



6.9 EDGE ROUTER (TYPE 2)


Switching Capacity (Duplex) ≥10 Gbps

Packet Forwarding Capacity ≥7 Mpps

Number of Service Slots (at least) 2


Processor Redundancy Optional

Power Redundancy Mandatory

6.10 BANDWIDTH MANAGER

Bandwidth Manager General Features

GENERAL REQUIREMENT – BANDWIDTH MANAGER

▪ Modular, chassis-based, rack-mountable system with Power redundancy

▪All Modules, fan trays & Power supplies should be hot swappable without the need of powering down the chassis during replacement.

INTERFACE SUPPORT

▪Gigabit Ethernet

▪10 Gigabit Ethernet (10GE)

DEEP PACKET INSPECTION (DPI) SUPPORT

▪VoIP Protocols including H.323, SIP, Vonage, Skype, RTP, Net2Phone etc.

▪Instant Messaging including Yahoo, MSN, AOL, QQ, IRC, ICQ etc.

▪P2P Protocols including BitTorrent, Kazaa, Gnutella, eDonkey, Warez, Winny etc.

▪Streaming and gaming protocol including YouTube, DivX, Yahoo games etc.

FEATURES



▪Policing and shaping

▪Real time monitoring

▪IPv6 support

▪Encapsulation support like GRE, MPLS, PPPoE, Q-in-Q, L2TP etc.

▪Policy based control and protection for DoS/DDoS attacks

HIGH AVAILABLITY

▪Hardware Bypass

MANAGEMENT

▪Centralized Management

▪Web based update of DPI engine

▪Both real time and long term reporting

▪SNMP v2, v3

Requirement of Bandwidth Manager

REQUIRED CAPACITY

Throughput ≥10 Gbps

Concurrent Flows ≥15,000,000

Total subscriber ≥ 500,000

Number of 10 Gigabit Interface ≥ 4

Power Redundancy Mandatory



7 REQUIREMENT SPECIFICATIONS OF DATA CENTERS (DC AND DR)

7.1 Introduction and Scope

A. UGC/BdREN shall build a Data Center and a Disaster Recovery Center (DR). Data

Center shall be located at UGC Building where as the DR center shall be located at the

premises of Bangladesh University of Engineering Technology (BUET). The data center

shall be equipped with all the necessary components for a standard TIER 3 Data Center

where servers and storage facilities required for different applications targeted under this

tender shall be housed. It shall also provide space for housing servers/racks and / or

applications of others in the data center.

B. The data center shall be having all the required facilities such as three stage power

backup, precision air conditioning and humidity control system, racks, fire suppression

systems comprising very early detection capability, security and access control system,

standard cabling system. The Generator required for the uninterrupted power facility

however shall be procured under a separate procurement process and as such shall be

beyond the scope of this component.

C. The scope of this component shall also include a Network Operation Center (NOC) to be

established for all the systems procured under this project.

D. The scope of this component shall also include some application platform mentioned in

the following requirement specifications.

E. The scope of this component shall also include civil renovation works required to

establish a modern and standard data center.

F. A preliminary physical room layout of the data center is shown in Annex 6. However, the

tenderer is required to propose a plans, layouts and diagram to suit the requirement of

standards for the purpose within the space provided in Annex 6.

G. Following is a logical diagram of network elements for the Data Center.



7.2 SPECIFICATION OF DATA CENTER ACTIVE DEVICES

A. Core Switch

Type Description

Architecture

ASIC-based wire rate forwarding engines

No head-of-line blocking

Single-tier low-latency switch fabric

Multicast replication handling

Deep buffering



Content Based Switching / routing

The proposed design should fit in a standard 42U rack

Line-rate Layer 2 and Layer 3 switching on all ports for packets of any size

If one switch fabric module were to fail, the remaining modules gracefully load-

balance the data traffic to maintain line-rate performance on all 10-Gigabit ports

without dropping packets

Capability of multiple chassis operating as a single, logical device with a single IP

address is preferable.

Interface scalability up to 32 x 10G (non blocking ) or 200 x 1G (non blocking )

Interfaces 2 x 48 port 10/100/1000 T

2 x 8 port 10 G Short Range

General

features per

chassis

System capacity : 2 Tbps or more

Bandwidth per slot : 300 Gbps or more

Wire speed Throughput : =>400Mpps

Dedicated I/O slots : 7

N+1 Redundant Active Fabric

1+1 Routing Engine redundancy

DRAM:2GB/Flash:4GB

USB Storage

Dedicated data, control, and management planes

Redundant fan unit

Load sharing power supplies

High

availability

Separate dedicated control and forwarding planes

Redundant Management Plane

Transparent failover and network recovery

Graceful Switchover to redundant routing engine/ processor.

Layer 2 LAG (ports/groups): 12/255



features MAC addresses: 160,000

Jumbo frames

4,096 VLANs

VLAN Registration Protocol

Link Aggregation Control Protocol (LACP)

Spanning Tree Protocol (STP)

Rapid Spanning Tree Protocol (RSTP)

Multiple Spanning Tree Protocol (MSTP)

Spanning Tree Protocol for VLANs -

Redundant Trunking.

Layer 3

features

Static routing

RIP v1,v2

OSPF v1,v2

Filter-based forwarding

Virtual Router Redundancy Protocol (VRRP)

BGP (support)

IS-IS (support)

IPv6 (support)

GRE Tunnels (support)

MPLS (support)

Bidirectional Forwarding Detection (BFD)

Virtual routers

IPv4 unicast routes: 500,000

Multicast Internet Group Management Protocol (IGMP) v1,v2,v3

IGMP snooping

Protocol Independent Multicast PIM-SM, PIM-SSM, PIM-DM, MSDP



Security ACLs–security and QoS: 54,000

Ingress and egress L2-L4 access control lists (ACLs):

– Port ACLs

– VLAN ACLs

– Router ACLs

Control plane denial of service (DoS) protection

Quality of

Service

2,000 policers per chassis

8 egress queues per port

Weighted Random Early Detection (WRED) scheduling

Deficit Weighted Round Robin (SDWRR) queuing

Strict priority queuing

Multi-field classification (L2–L4) for scheduling and rewrite

BW limiting/shaping/policing

IPv6 RIPng,OSPFv3,IS-IS,BGP

IPv6 ACL

PIM for IPv6 Multicast

VRRPv6

Management Command-line interface (CLI)

Web-based management

LCD panel

Configuration rollback

Image rollback

Network Time Protocol (NTP)

DNS resolver

SNMP v1,v2,v3

TELNET, SSH, RADIUS, , AAA



MIB support

Mirroring

Link Layer Discovery Protocol (LLDP)

Temperature sensor

Config-backup via FTP/secure copy

B. SERVER FARM FIREWALL AND IPS

Type Description

Architecture Modular Scalable Chassis

ASIC-based

Redundant Power Supplies

Interface 4 x 10 Gigabit Ethernet – Short Range

8 x 10/100/1000 + 4 x SFP

Module options 10/100/1000, SFP, 10 Gigabit

Memory 2GB

Firewall performance 40Gbps

Firewall throughput

(pps)

6 Mpps

VPN performance

(AES256+SHA-

1/3DES+SHA-1 VPN)

5Gbps

IPS Performance 10 Gbps

IPSec VPN tunnels 10000

New sessions per second 350000

Concurrent sessions 9million



Layer 2 switching VLAN 802.1Q

Link Aggregation 802.3ad/LACP

Jumbo Frame

Routing Static routes

RIPv2

OSPF

BGP

ECMP

RPF

Filter based forwarding

Traffic management Classification, Scheduling, Shaping

Weighted random early detection

Weighted round-robin

Virtualization Security zone : 256

Virtual router : 256

VLAN : 4096

Security Firewall, zones, screens, policies

Stateful firewall, ACL filters

DoS and DDoS protection (anomaly-based)

TCP reassembly for fragmented packet protection

Malformed packet protection

SYN cookie protection

Zone based IP spoofing

User Authentication Internal Database

RADIUS accounting, AAA



VPN Tunnels (generic routing encapsulation, IP-in-IP, IPsec)

IPsec, DES, 3DES, AES encryption

Prevent replay attack

MD5 and SHA-1 authentication

High availability Redundant Data and Control Link

VRRP

Active/active, Active/passive

Device failure detection

Session synchronization

Configuration synchronization

System management Web UI

CLI

C. INTERNET ROUTER

Type Description

Architecture Modular Chassis

Supporting not less than 3I/O slots

Redundant Routing Processors / Engines

Redundant Switch Fabric

Redundant Power Supplies

Redundant Fans

Should be capable of supporting 10GbE Ethernet ports

Performance Throughput 40Gbps (Full Duplex)

Packet forwarding capacity of 12Mpps(IPv4 & IPv6)

RAM : 4 GB, 40 GB HDD



Interfaces 6 x 10G SR , 2 x 1000 Base-T

Routing Support for GbE, 10GbE, SONET, ATM

MLPPP, MLFR .15 and MLFR .16, and 802.3ad (including LACP) for aggregated

links

RIPv2

OSPF v1,v2,v3

BGP

BGP Route Reflector

IS-IS

MPLS

Multicast IGMP v1/v2/v3, PIM-SM, PIM-DM, MLD, SSM, RP, MSDP, BSR, multicast in

MPLS/BGP VPNs

QoS Per DLCI, per VP, per VC, per VLAN, per channel (DS0), and per port QoS

Classification, rate limiting, shaping, weighted round-robin scheduling, strict priority scheduling, weighted random early detection, random early detection, and packet marking

Mapping Layer 2 (802.1p, CLP, DE) to Layer 3 QoS (IP DSCP, MPLS EXP)

IPv6 Hardware-based IPv6 performance, IPv6 over MPLS, IPv6 over IPv4 GRE tunnels,

and IPv6/IPv4 dual stack functionality

Security Highly scalable filtering, unicast RPF, and rate limiting protects against IP

spoofing and DOS attacks

High-performance IPsec and IPsec over MPLS with digital certificate support for an additional layer of security

Ubiquitous security features such as port mirroring, encrypted management session traffic, secure tunneling capabilities, secure remote logins, and configurable privilege levels and user accounts

High

Availability Hitless switchover for Controller switchover with non-stop routing

In-service software upgrades for disruption-free upgrades

Non-Stop Routing (Stateful Failover) for BGP, OSPF and LDP.Layer 2 VPN, and

Layer 3 VPN



D. INTERNET FIREWALL

Type Description

Architecture Modular Scalable Chassis with 4 slots

Interface 4 x 10 Gigabit Ethernet – Short Range

8 x 10/100/1000 + 4 x SFP

Module options 10/100/1000, SFP, 10 Gigabit

Memory 4 GB

Firewall performance 20 Gbps

VPN performance

(AES256 +SHA-

1/3DES+SHA-1 VPN)

3Gbps

IPS Performance 6 Gbps

IPSec VPN tunnels 10000

New sessions per second 175000

Concurrent sessions 2.25 million

Layer 2 switching VLAN 802.1Q

Link Aggregation 802.3ad/LACP

Jumbo Frame

STP, RSTP, MSTP

Routing Static routes

RIPv2

OSPF

BGP - 128 instances

ECMP

RPF

Filter based forwarding



Multicast Multicast ((Internet Group Management Protocol (IGMPv3), PIM, Session

Description Protocol (SDP), Distance Vector Multicast Routing Protocol

(DVMRP), source-specific)

Traffic management Classification, Scheduling, Shaping

Weighted random early detection

Weighted round-robin

Virtualization Security zone : 256

Virtual router : 256

VLAN : 4096

Security Firewall, zones, screens, policies

Stateful firewall, ACL filters

DoS and DDoS protection (anomaly-based)

TCP reassembly for fragmented packet protection

Malformed packet protection

SYN cookie protection

Zone based IP spoofing

User Authentication Internal Database

RADIUS accounting, TACACS+, AAA

XAUTH VPN, Web-based, 802.X authentication

PKI certificate requests

Self-signed certificates

VPN Tunnels (generic routing encapsulation, IP-in-IP, IPsec)

IPsec, DES, 3DES, AES encryption

Prevent replay attack

MD5 and SHA-1 authentication



High availability Redundant Data and Control Link

VRRP

Active/active, Active/passive

Device failure detection

Session synchronization

Configuration synchronization

System management Web UI

CLI

E. NETWORK OPERATION CENTER

NETWORK MANAGEMENT SYSTEM SOFTWARE:

Functional Requirements

The Network management System (NMS) shall be able to manage the

Network devices like Routers, switches, Wireless equipments and other

SNMP based devices.

NMS must provide a web based user interface across the managed

components.

NMS must provide the ability to enable hierarchical management that

provides maximum scalability of the management system.

An advanced real-time status propagation mechanism must allow IT

management staff to immediately determine the impact of a component

failure. Problem-solving efforts can then be prioritized.

NMS must provide Inventory management of all the Network

devicesplaced across the Network.

It should provide reporting tools that will give the capability to produce

reports. It should also provide a database, from which customized reports

can be generated.

NMS should detect the SNMP compliant network devices on the network

and manage them.



Ability to present graphical view of the LAN and WAN network.

NMS should provide the capability to view the network topology.

Network Fault & Event

Management

NMS must Diagnose and troubleshoot the network devices on the WAN

and LAN

It should offer fault management for analysis and alert of incoming and

provide capability to alert of the events, fault should be color-coded on the

GUI based on severity.

It must filter, correlate & process, the events that are created daily from

network devices

The NMS should provide very powerful event correlation engine, which

should be rules-based and work in conjunction with event management

system. It should assist in root cause determination and help prevent

flooding of non-relevant console messages

Root Cause Analysis Report should be available for the faults.

NMS shall be able to provide secured windows based consoles as well as

secured web-based consoles.

The NMS shall provide tight integration for fault and configuration

functions with other third party element managers.

Other Features

The solution should provide for future scalability of the NMS system

without major architectural changes. Therefore the NMS system should

support distributed hierarchical architecture.

Polling intervals should be configurable on a need basis through a GUI

tool, to ensure that key systems are monitored as frequently as necessary.

Where there are severe bandwidth problems, it should be possible for poll

intervals to be changed to reduce network traffic.

The system shall support discriminated polling, whereby certain critical

interface of routers or switches may be polled more frequently that others.

NMS architecture should be open standard, distributed, scalable, and

should support integration with third party tools.

NMS should be ODBC Compliant and interfaces to popular databases

like Oracle, Ms SQL.



Using a graphical tool, it should be possible to develop correlation rules

intuitively and test these rules using the simulation mode.

NMS should support monitoring / managing of SNMP v1, SNMPv2C and

SNMPv3 based devices.

The product should support dynamic object collections

. The topology of the entire Network should be available in a

single map.

The NMS should be able to present redundant and Backup Links with

proper color status propagation for complete network visualization.

Product should be able to update router configuration changes like

reindexing of ports, addition / deletion of ports on Network Map with each

polling cycle without rediscovery of complete network.

The product should have web browser interface with user name and

Password Authentication. It should be possible to view topology maps,

events, reports etc. in full graphical format using standard web browser

that support Java interfaces.

Simple point-and-click navigation to faulty components for further

diagnostic or problem resolution must be provided in order to significantly

reduce mean time to recovery (MTTR) and, therefore, system downtime.

NMS must allow IT professionals to efficiently pinpoint problems by

quick navigation to the faulty components of a service for further

diagnosis or problem resolution.

The NMS should provide information regarding capacity utilization and

error statistics for WAN links.

The NMS should trigger automated and operator-initiated responses and

actions based on incoming events / traps.

The NMS should be capable of login authentication to restrict / enable

access to the manager.

Ability of NMS to take the snapshots of Network maps at a certain point of

time for future reference of the state of network with the present state.



NMS shall have out of the box tools for building MIB Application used for

testing devices on multiple MIB parameters. Data Collection should be

possible on MIB Expressions using specific formulas like Utilization of

Links in Kilo Bits per Second, Mega Bits per Second.

NMS shall have ability to display port labels on the connected devices on

the network map, as configured in the routers.

NMS shall support correlation of layer 2 switched information, including

trunks and meshes.

NMS should provide custom visual mapping of layer 2 and 3 devices,

connectivity and relationships.

NMS shall maximize network availability and customer satisfaction by

rapidly identifying and diagnosing IP routing faults by device traps.

It shall detect and isolate the root cause of layer 3 network instabilities and

anomalies and shall verify and alerts on changes to routing redundancy

provided by the device traps to NMS preventing costly service outages

It shall monitor the routing protocols that direct the flow of traffic

throughout the network, and construct the routers’ view of the network,

compute and display changes in routes by the next polling interval.

It shall display detailed data about routing events—such as link status,

linketrics and new prefixes to diagnose and troubleshoot problems.

NMS should have Integration of Critical Events to automatically create a

trouble ticket in helpdesk system for better and in time problem

resolutions.

NMS should be able to monitor and provide network-wide and

percustomer layer 3monitoring, visibility and analysis for RFC 2547

MPLS VPN networks.

NMS should provide MPLS topology map that can be viewed in real-time

or historical mode to shows the state of the network at a specified time

showing PE routers that were participating in the VPN at the selected time.

NMS should be able to conduct and configure reach ability tests of the

connections between PE CE devices for real time monitoring of MPLS

label switch paths

NMS should provide data on the PE routers when failure occurs about the

VRF impacted and the VPN impacted with complete audit details of the

routing events.



NMS should Detect and provide alerts on potential VPN privacy issues by

checking that Provider Edge (PE) router configurations are not causing

“route leakage” due to mis-configurations.

It should be capable of Sending E-mail / SMS alerts and Notifications.

Network Configuration

Management

The Network Configuration System Should be able to provide

configuration management of all the network devices in the network.

The Network Configuration System Should provide network compliance reporting for change Auditing, compliance reporting, and keystroke

logging.

The Network configuration management system should provide a centralized or distributed architecture and hybrid modeling for

management.

The Network configuration management system should provide user roles and controlled access and multi threaded communication to the various

network segments.

The Network configuration management system should provide Change Management, Design Workspaces, Job Scheduling, Approval Workflow, IP Address Management, Mass Updates and Rollback.

The Network configuration management system should support multiple protocols such as https, SSL, SCP, SSH, FTP, TFTP, Telnet and SNMP

(v1, v2c and v3).

Software delivery (for ex: router / switch operating system patches, must be possible centrally to the network devices Network as per scheduled

activity.

Provide various privilege levels for access to the information provided by the NMS and provide different views to different users based on user

authentication at multiple locations.

Dynamic Monitoring of configuration must be possible.

Support for backup and storage must be possible of all networkEquipments

Work Centers

End-to-end lifecycle management value-added technologies - deployment, monitoring, and management of

medianet, EnergyWise, TrustSec/Identity, Auto Smartports, Smart Install

Getting started workflows provide simplified configuration and setup of

infrastructure for supporting technologies

Dashboards provide up-to-date status on configuration, inventory, and

monitoring for troubleshooting purposes



HELP DESK FUNCTIONALITY AND TROUBLE TICKETING SYSTEM:

The network operations center will consist of a trouble ticketing system. Users and clients shall

submit complaints over phone, email and web interfaces. The system will generate a trouble ticket

for each complains and routed to help desk technicians or engineers for trouble shooting.

NETWORK DISPLAY MONITOR

The NOC will comprise of one large LCD display monitor which will display network health

status. The two monitors shall not be less than 80 inch LED monitors. Supplier shall be required

to do all works related to build this standard display facility, including integrating and connecting

each of the systems built under this project like, transmission system, data network system, video

conferencing system, data center and other application systems.

7.3 SPECIFICATION OF DATA CENTER INFRASTRUCTURE

The detail specifications of the different type of components to be supplied and works to be

carried out in the project are as follows:

A. Lighting

Energy Saving lighting Ceiling mounted fixtures to be installed to provide a lighting illumination

level of 200 lux metered at 85 cm above the floor.

Appropriate number of light fixtures (Critical) to be feed from control supply UPS for data center

and remaining to be feed by LDB.

The lighting system will consist of Normal system, and Emergency system. In Normal system

when main power supply is healthy, the lighting will be "ON". Few Emergency lighting will be

provided with built in battery backup.

Data Center Area will be provided with the Normal lighting and with a few Emergency lighting

fixtures.

The luminaries will be selected to suit architectural, functional and aesthetic requirement. The

Data Center will be provided with 1 x 23 W or 2 x 23 W ceiling mounted lighting fixtures.

The wiring will be done with copper wires in using 2 cores 1.5-sqmm cables for point wiring and

looping and 2.5sqmm copper multi-strand FRLS for circuit mains wiring. HDPE conduits shall be

used for concealed wiring and Galvanized conduits for surface wiring. The lighting panels will be

3-phase type with outgoing MCB circuits. Third core for earthing the lighting fittings, plug points,

exhaust fans, etc.



B. Uninterruptible Power Supply (UPS): UPS for Data Center (80 KVA)

Bidder is required to supply an Un-interrupted Power Supply System that will work in redundant

mode. The UPS system will supply clean continuous power to the Data Center. Each UPS

installed is required to have an SNMP / BMS agent and minimum 1x Ethernet port. SNMP Agent

software for Windows use of management of the UPS system should be supplied.

All UPS must be supplied with the necessary power cables and installation kits.

All batteries should be installed in proper cabinets as indicated by the manufacturer.

Technology: VFI, double conversion with integrated transformer.

Capacity: 80 KVA True Online, for Data Center (with N+1 redundant Configuration), 40 KVA

for DR center.

Transfer Time: zero.

Backup Time: 60 minute in 70% of load

Wave Shape: Pure Sine Wave

Battery Type: Maintenance-free Sealed Lead Acid

Input Voltage: 320 ~ 460/184 ~ 265 VAC, 3 Phase/single phase

Output Voltage: 415/240 V ±1%, 3 Phase (User selectable)

Input Power Factor: 0.98

Output Frequency: 50 Hz, +/- 0.05% (User selectable)

Output Power Factor: 0.8 lag

Phase: Three – Three

Inverter: SVM (Space Vector Modulation) and IGBT technology

Noise Level: 40-55 dB

C. Power Cable trays

I. All Power cabling are to be done under the Raised Floor using shielded metal cable trays and passed in the cold isles.

II. All cable trays sections are to be interconnected and grounded to form a grounded equi-potential point. All interconnection to be done by direct mount of copper wires and lugs and screws. Potential difference from ground must be less that 1 VRMS.

III. All Power cable trays are to be of 210 mm width and 180 mm height minimum or wider as the type of cable dictates.

IV. All Power cable trays are to be mounted directly on the concrete slab. Cable trays with cap covering are preferred, effectively shielding all cables within.



Q. Cable and Wires

All power cables should be for Plenum use.

All the cables will have the phases color coded either by colored insulation, or by identifying

color bands according to the Bangladesh Standard.

7.4 PRECISION AIR CONDITIONING SYSTEM (PAC)

The Data Center equipment should be air conditioned with Air conditioning systems in such a

manner that a stable environment is maintained during 24 hours a day, seven days a week, all year

long without interruption. Following is the specification for the system:

Descriptions Required Specification

Brand name: Please Specify

Country of origin Please specify

Country of

Manufacture

Please specify




Other features The PAC should be water-cooling type.

The outdoor should be placed on the roof top

The capacity of the PAC should be able to cool 1500 sft at Data Center and 800

sft.

The system should be a N+1 redundant so that in time of servicing of one unit the

other units can take the whole load to cool the data center premises.

The system should be capable to dynamically start and stop according to the

required cooling.

The proposed set of PAC should be capable of cool from under the raised floor.

Should be capable of maintaining uniform temperatures throughout the

datacenter.

Dehumidification functionality should be built-in with the proposed system.

Proposed system should have Intelligent control mechanism. It should at the

minimum be capable of 2 point capacity control a) Fan Speed and b) Water Flow.

Fans should be hot swappable.

Power feeds should be dual.

It should be Network manageable.

Load should be viewed by kW metering.

Fan should be capable of Powered from ups.

In the implementation phase the PAC should be deployed so that Cold and Hot

aisle arrangement could be achieved.

If any other thing required to provide the solution it should be mentioned and

quoted.

Total cooling capacity required for the Data Center is 24 TON. Number of units

should be of N+n redundant configuration so that with N number of units running

the cooling capacity is 24 TON.

Required cooling capacity of DR Center is 8 TON with redundant configuration.



7.5 COMFORT AIR CONDITIONING SYSTEM (CRAC)


Brand name: Please specify

Country of

origin

Please specify

Country of

Manufacture

Please specify

Other features Indoor unit can be Roof and / or floor mountable

4 ton or above in each unit

Outdoor unit should be placed in the roof/outside wall.

The capacity should be able to cool 4000 sft but should not be less than 10 TON.

Auto switching capability with in 2 (two) system ie. One unit will run for 2 hours

and then the second unit will start and so on.

If any other thing required to provide the solution it should be mentioned and

quoted.

7.6 DE-HUMIDIFIER




Country of Manufacture Please specify

Capacity The proposed De-humidifire should be able to do its work for 1500 sft




Features Controlled by a dehumidistat with settings from 20 to 80 percent relative

humidity and a positive "on" and "off" setting.

Auto shut off when the water storage tray is full.

Contains a blower switch that permits continuous blower operation

independent of dehumidification.

Automatic drainage system that requires no maintenance at all.

Portable and provided with four casters.

Humidity set point and dead band are adjustable by the user

The controller ensures there is no possibility of the humidifier and

dehumidifier being on simultaneously

Input power should be 220 v single phase.

7.7 NETWORK DISTRIBUTION RACKS

Items Required Specifications

Brand Internationally reputed brand, to be specified

Model Please specify

Height 42U EIA-310-D compliant Closed Rack

Width 23” Rack width

(19” + 2” in each side for the horizontal cable manager all together 23”).

Depth At least 1200 mm depth

Features:

Cooling fans 4 no

Perforated door All doors should be Perforated (Front & Rear)

All door should have locks



Extension bars Should be provided as required

Cage nuts &screws Should be provided

U Positions Should be numbered

Leveling Feet and

Casters wheel

Should be Pre-installed and easily adjustable

Cable access on the

roof of the rack.

Multiple cable access slots

Multiple mounting holes for overhead cable troughs

Rear Cabling

Channels

Multi-purpose cable management

Tool less mounting for Rack PDUs

Tool less mounting of cable management accessories

Side access holes for cross- connecting between adjacent racks with sides

removed

Horizontal Cable

Manager

Should be provided with the rack 2 in the front side and 2 in the rear side.

Vertical Cable

Manager

At least 6 Vertical cable managers should be provided with each rack.

Fixed trays/shelves 4 Fixed trays/shelves capable of caring at least 50 kg load, depth of at least 900

mm should be provided with each rack

Sliding

trays/shelves

2 Sliding trays/shelves should be provided with each rack

Tool less Airflow

Management

Blanking Panels

At least 20 U blank panel should be provided with each rack

Stabilization Should be provided

Rack Monitor 17” TFT rack mount IBM / HP / Sun / APC / Emerson monitor which occupies

only 1 U rack space

1 unit for each rack

Integrated

Keyboard and

Mouse

Required with sliding functionality



Power Distribution

Unit (PDU)

Switched Rack PDU – At least 12 way, 02 units

Remotely control and fully manage individual receptacles plus active

monitoring and alarms to warn of potential overloads

Metered Rack PDU – At least 12 way, 02 units

Active monitoring and alarms to warn of potential overloads

KVM Switch Switch that allows users single-point access and control of up to 16 multiple

servers from a single console

Software Software should be provided to Monitor and control the Switched PDUs and

Metered PDUs

Cables 50 no. of Power cable should be provided with each rack to connect the

servers/network equipments with the quoted PDU.

7.8 ACCESS CONTROL SYSTEM

Descriptions Required Specification Quantity

Multi door access

security system

Multi door access security system

10 door controller with built-in TCP/IP network ready adapter

Web browser capable for configuration, monitoring and maintenance.

At least 100000 user supported memory.

01 lot

Multi door access

Management

system

Capable to manage at least 10 doors

Hard lock with soft key feature

01 lot

Biometric access

controller with

Reader Interface

unit

The Biometric access controller should be capable of recognition the

finger print impression.

The Biometric access controller should be built-in with key pad.

The Biometric access controller should be capable of recognition

HID Proximity card with password and also without password.

04

HID Proximity

reader with Reader

The access controller should be capable of recognition the HID

Proximity card.

The access controller should be capable of recognition HID

8



Descriptions Required Specification Quantity

Interface unit for

entry use

Proximity card with password and also without password.

HID Proximity

reader for exit

The access controller should be capable of recognition the HID

Proximity card.

4

Power supply unit Power supply unit with battery backup for switching power applied

to the doors

8

Electro-Magnetic

Lock

Electro-Magnetic Lock

Capable of exterior opening

Z-L Bracket (as required)

U-channel (as required)

8

Attendant Software

Attendant Software

Fully integrated with supplied access control system

Time base and shift base attendance capable

All sort of advance report generation capable

Absent identification and notification

Late mark capable

All feature customization enable

01

Biometric Reader

USB base Biometric Reader for entering record in the system for

each user.

02

HID Proximity card White HID Proximity card issued to BdREN with both side printable

in color.

1000

Cable and PVC

conduit

Cable and PVC conduit for the whole system setup As

required

System Software System Software for Access control and attendance system 01 lot

Miscellaneous

BdRENwill provide Server and OS for installing your provided

software. For properly functioning the system if any other equipment

required mentioned here and quota the quantity.

As

required



7.9 IP SURVEILLANCE SYSTEM


Camera

1/3″ or 1/3.6″ image sensor Color TCP/IP (10/100 Based-T Ethernet) Camera with

wall mount bracket and PoE enable.

Brand: Please specify

Model: Please specify

No of Camera should be 10 no.

Low-latency video streaming for sharp and clear image

Hybrid digital/analog video output

Motion detection should be present.

The camera should able to move through software control.

IP surveillance

system

(Software)

The system and the provided software should be capable to work as Network Video

Recorder (NVR)

The system and the provided software should be capable of centered managed and

monitored.

Should be able to store data in a servers local HDD.

Should be capable of storing data in Network-Attached Storage (NAS)

The software should be capable of search any event based on data, time and camera

no, etc and at the same time be able to write in DVD/CD writers.

The system and the provided software should be capable to run on Microsoft

Windows Server 2003 or Higher.

The system and the provided software should be able to install in any standard

server.

Capable to display on not less then 5 computer monitor simultaneously from the

same LAN in 1/2/4/8/16/32 camera is single screen




Recording Capability should be At least 60 days video snaps using 32 cameras and

automatic motion detection.

It should be able to integrate with any standard Building management system.

If any other components have to be added to design and install the solution please

specify and quote the same.

7.10 AUTOMATIC GAS / FIRE SUPPRESSION SYSTEM

General

The Fire Suppression System shall include a detection and control system with provision for pre-alarm and automatic agent release.

The detection and control system shall deploy photoelectric smoke detectors. A single detector activated shall cause a pre-alarm and a second detector activated shall generate pre-discharge signal and start discharge of agent set at 30 seconds delay.

The Fire Suppression system shall be designed for high-speed release of Fire suppression agent based on total floor flooding protection for enclosed areas.

The Fire fighting gas shall be stored in steel storage containers complying with D.O.T. specifications and shall be equipped with differential pressure valves. No replacement parts shall be required to refill the FM-200 containers.

Fire suppression agent shall be discharged through a resettable solenoid operated device which shall release the agent through a differential pressure valve. The system discharge time shall be not more than 10 seconds.

All system components shall be new and of current manufactured and shall be installed in accordance to international safety codes.

NOTE: Systems which employ explosives, pyrotechnic or initiator and rupture disc as

means of releasing the agent / GAS shall not be permitted.

Design of the System

The bidder shall prepare and submit the design along with the proposal. The design will

show the quantity and location of all system components. The design will include

description and routing of all the piping. Bidder shall also provide all calculations used

for the design, including the flow calculations to determine pipe and nozzle sizes. This

document contains a layout diagram of the space available for Data Center and NOC.

The bidders shall quote according to the design it submits with the bid, however

following should be the minimum requirement to be supplied and installed;






Country of

Manufacture

Please specify

Require Features

Capacity The proposed solution should be for 1500 sft floor space.

The total electric load will be of 220 KW

The total no of Racks will be 20 in to different adjacent room.

Composition and

Materials

Extinguishing agent stored in high strength alloy steel cylinders.

Various types of actuators, either manual or automatic.

The agent is distributed and discharged into the hazard area through a network

of piping and nozzles.

Each nozzle is drilled with a fixed orifice designed to deliver a uniform

discharge to the protected area.

Additional

equipment

Control panels.

Releasing devices

Remote manual pull stations

Corner pulleys

Door closures

Pressure trips

Bells and alarms

Pneumatic switches

Cylinder

Assembly

Please specify capacity of the cylinder. Each cylinder is equipped with a valve.

Electric Actuator Electric actuation of an agent cylinder should be accomplished by an electric

actuator. In auxiliary or override applications, a manual lever actuator can be

installed on top of the actuator.




Fire Detection

System

Automatic detection for early warning of fire.

Should be able to identify different types of smoke.

Smoke detectors for gas discharge.

The detection circuits should be configured using coincidence or independent

inputs.

Nozzles The nozzle selection depends on the hazard and location to be protected.

Other If any other components have to be added to design and install the solution

please specify and quote the same.

Refill The system should be easily refillable

Refill Support The proposed Gas should be refillable up to year 2015.

Proper document should be provided to support the time line 2015.

Warranty 03 year full

Optical Smoke Detector Specification

Model Should be mentioned

Manufacturer Should be mentioned

Country of Origin Should be mentioned

Standard LPCB (EN54-7:2000)

Disposable chamber Must be available

Operating Voltage 15-30 VDC

Stand by current Less than 100 micro ampere

Current in Alarm Stage Less than 50 mA at 24 VDC

Operating temperature and humidity -10 Deg Celsius to 50 Deg Celsius

90% Relative Humidity

Dimensions Should be mentioned

Approximate Weight Should be mentioned



Alarm Bell Specification


Manufacturer Should be mentioned


Standard UL

Disposable chamber Must be available

Operating Voltage 24 VDC

Current Less than 30 mA

Sound Less than 90dB greater than 80dB

Bell diameter 6 inch

Dimensions Should be mentioned

Approximate Weight Should be mentioned



7.11 RAISED FLOOR

Features The raised floor should be for 1500 sft.

The raised floor should be fire proof with coverings rated as Class 1 (Self

extinguishing).

The height of the raised floor from the floor surface will be 18” ± 2”.

The raised floor should be able to take the load of 1200 Kg for a single

cabinet/rack based server.

The legs of the raised floor should be all separate from each other.

All the legs of the raised floor should be connected with earthing cable to

discharge the static current create on the raised floor.

To pass the electric cable from the rack to the power socket under the raised

floor proper cap should be used in the raised floor tiles.

Tiles/Panels with manufacturer supplied grill cut-outs should be supplied for

cool air circulation venting. Exact number to be specified at time of

installation.

Tiles / Panels with cut-outs lined with rubber or plastic grommets for cable

routing and entry under the raised floor area. Openings will be of different

sizes with brush type or adjustable caps for restricting air flow through cut-

outs. The exact size and number of each cut-out tile is dependent on the final

distribution of the rack and will be specified on time of installation.

Tile pullers of appropriate numbers should be provided.

7.12 DOORS

2 Hours Rated Fire Resisting Door Specification

Test standard Fire Door must be tested according to BS Standard

Shutter material Steel

Fire Rating 2 Hours

Jamb 2 vertical Fire Resisting jamb and 1 Fire Resisting horizontal jamb



Door shutter sheet

thickness

At least 3mm

Vision panel Fire Rated glass vision panel

Hinge, bolt and screw Fire rated

Internal Insulation Honeycomb core insulation

Lock Built in mortise lock

Auto Door Closer Default

Dimension As per door size mentioned in the drawing

7.13 CABLE TRAY

Over head hanging cable tray for Network Cables and Under Raised floor cable tray for power

system shall be used.





Features for Over head

hanging cable tray for

Network Cables

The cable tray should be of stainless steel.

It should have clips to hold the cables.

It should have the mechanism of holding the cable, which comes out

from the top of the Racks.

The cable tray should be hanged from the rooftop.

The tray should pass over all the Racks in the datacenter, so that cable

can be routed from any rack to other.




Features for Under

Raised floor cable tray

for power system

The cable tray should be of stainless steel.

It should have clips to hold the cables.

It should have the mechanism of holding the cable, which comes out

from the bottom of the Racks.

The cable tray should not be laid on the floor, it should be attach with the

raised floor legs or could have its own legs.

The tray should pass under all the Racks in the datacenter, and reach to

the MDF or the UPS.

7.14WATER DETECTION SYSTEM








Features Should be able to detect the moisture bellow the raised floor.

It should provide immediate warning after detecting the moisture and

water.

It should be Micro-Processor Based Control

The quoted system should be able to monitor and detect at least in 32

different locations below the raised floor.

Monitors each zone independently.

Provides subsequent alarming, no matter how many zones go into

ALARM or FAULT.

Identifies location, time & date of all ALARM and FAULT conditions.

Alarming should be provided at-least via two or more of the below state

method

Audible, Visual,

In-band and out-of-band methods indicating in the software console

and/or in the Building management system.

Monitoring software should be provided with the system.

To provide the solution if any other component have to add it should be

included and the price should be quoted.

7.15 CIVIL WORK

Floor tiles : 4000 sft

Floor Tiles : 4000 sft

Glass Partitioning with 10 mm glass. : 3000 sft

Wall tiles : 2000 sft

Brick works : 1000 sft

Plastering : 1000 sft

Painting/distempering : 1000 sft



7.16ELECTRICAL SYSTEMS

A. Electrical Wiring

All electrical wiring and power distribution system of the data center should be standard based

with proper protection mechanism through circuit breakers and other protection devices.

MDB Box with Protected cover fitting and fixing with provision for appropriate no of Standard

Brand Circuit Breaker for data center shall be supplied and installed. Box with shutter and angle

fitted in wall as per required size and mending good the damages in/c with Bus Bar & filled. Main

circuit breaker with 4 Pieces Bus-bar and 1 Piece for earthing (500Amps)

SDB Box with cover ProtectedSupplying fitting and fixing with provision for appropriate no of

standard brand Circuit Breaker of data center .box with shutter and angle fitted in wall as per

required size and mending good the damages in/c with Bus Bar & filled. Main circuit breaker

with 4 pieces Bus-bar and 1 piece for earthing (300Amps)

B. EARTHING AND LIGHTING ARRESTOR

The tenderer shall have to build an grounding system separate from the existing grounding system

of the buildings and ensure standard earthing resistance to make the equipment safe from any

unusual electric condition and behavior.

The tenderer shall also have to build a standard lighting arrestor mechanism so that the equipment

inside the Data Center and DR center are adequately safe from thundering and lightning.

8 DATA CENTER SERVER SYSTEMS AND APPLICATIONS

8.1 FOR DATA CENTER

SL # Item Item Description Quantity

1. Blade Chassis 2

Brand Should be internationally reputed



Country of

Manufacturing

Should be mentioned

Blade Chassis Solution to house the required number of blade servers

in smallest number of enclosures. Support for full

height and half height blades in the same enclosure

holding upto 16 halfheight server/storage/ 8 full height

blades per enclosure occupying a max of 10U rack

height

Same enclosure should support Intel Xeon and AMD

Opteron based blades



Should support simultaneous housing of

Ethernet,FC,iSCSI,IB interconnect fabrics offering Hot

Pluggable & Redundancy as a feature

Should be able to perform comprehensive system data

collection and enable users to quickly produce detailed

inventory reports for managed devices. Software

should save the Reports for further analysis.

Should provision for a single console to monitor

multiple enclosures

Should support simultaneous remote access for

different servers in the enclosure

Supported Interconnect

Module

Support for at least 3 redundant interconnect bays with

support for Ethernet,FC,IB fabrics. Modules should be

of the same brand as the blade server supplier

LAN Interconnect

Module

2 x LAN Interconnect Module with the following

features:

• 16 x 10Gb downlinks to server NICs

• Each 10Gb downlink supports up to 4 Virtual NICs or

3 Virtual NICs and 1 iSCSI Virtual HBA

• 2 x 10Gb cross connects for redundancy and stacking

• 8 x 10Gb SR, LR, or LRM fiber and copper SFP+

uplinks

• Supports up to 4 Virtual NICs per 10Gb server

connections.

• Each Virtual NIC is recognized by the server as a

PCI-e physical function device with customizable

speeds from 100Mb to 10Gb.

• Line Rate, full-duplex 480 Gbps bridging fabric

FC Interconnect 2 x FC Interconnect Module with Following Features:

• 8 x 2/4/8Gb Auto-negotiating Fibre Channel uplinks

connected to external SAN switches

• 2 x Fibre Channel SFP+ Transceivers included with

the Virtual Connect Fibre Channel Module

• 16 x 1/2/4/8Gb Auto-negotiating Fibre Channel

downlink ports provide maximum HBA performance



Power Supply The enclosure should be populated fully with power

supplies of the highest capacity available with the

vendor. Power supplies should support N+N as well as

N+1 redundancy configuration, where N is greater than

1.

Should offer choice of a single phase or 3 phase power

subsystem for flexibility in connecting to datacenter

power enabled with technologies for lower power

consumption

Cooling Each blade enclosure should have a cooling subsystem

consisting of redundant hot pluggable fans or blowers

enabled with technologies for improved power

consumption and acoustics

Rack for enclosure 42U standard rack with sufficient cooling fans and

power distribution unit appropriate ratings for the the

blade enclosures should be provided

MANAGEMENT

SOFTWARE

Management/controlling softwares have to be from the

OEM itself.

Software Licenses for a fully populated Blade

Enclosure should be given.

The software should provide Role-based (admin, user,

operator, etc) security which allows effective

delegation of management responsibilities by giving

systems administrator’s granular control over which

users can perform which management operations on

which devices.

Preferable: Provide proactive notification of actual or

impending component failure alerts. Should support

automatic event handling that allows notification of

failures via e-mail.

Should support scheduled execution of OS commands,

batch files, scripts, and command line apps on remote

nodes

Should be able to perform comprehensive system data

collection and enable users to quickly produce detailed

inventory reports for managed devices. Software

should save the Reports in some format for further

analysis.



Should help to proactively identify out-of-date BIOS,

drivers, and Server Management agents and enable the

remote update of system software/firmware

components.

The server performance monitoring software should be

able to detect, analyzes, and explain hardware

bottlenecks. Also it should be able to log the data over

time and allow it to replay the same in a short time

frame for performance analysis.

Deployment software: User friendly GUI/ console-

based deployment to set up and install multiple OS and

application configurations in individual blade server.

Comprehensive web enabled system mangement tool

that monitors the system health, environment, critical

action etc, With its own data engine to store status

reports, alerts and error notifications ,Complete

Administration of the blade enclosure from a standard

web-browser With event logging, detailed server

status, alert forwarding, Remote graphical console,

remote power control / shutdown, virtual floppy and

CD for remote boot and configuration, virtual text and

graphical control, automatic IP configuration via

DHCP/DNS/WINS with 128 bit SSL encription

security. The blade system should have the capability

of managing all the blades in the Enclosures

simultaneously capable of monitoring both physical

and virtualized environments with single signon

capability for all devices in the enclosure

Warranty 3 years comprehensive warranty.

2. Blade Server 16




Country of Manufacturing Should be mentioned

Form factor/Node Type Blade Architecture

Processor Type Intel® Xeon® X5675 (3.06GHz/6-core/12MB)

Processor

No of Processor 2 Processor.

Chipset Industry Standard Intel® 5520 Chipset



Memory (RAM) Minimum 96 GB PC3-10600R Registered DIMMs

(DDR3) with Expandability

Cache Memory 12MB L3 Cache (Minimum) per processor

QPI Speed 6.4GT/s QPI Speed

Internal Hard Disk 2 X 600GB 10,000 RPM (Minimum) SAS Disk

Drive with Mirroring for Operating System

I/O Slots Two (2) I/O expansion mezzanine slots (x8 PCI

Express) (Minimum)

RAID Card RAID Card with 512MB Battery Backup Cache and

supports RAID 0/1

Ethernet Port 2 X 10Gb Ethernet NIC with the feature to supports

stateless TCP, TCP Offload Engine (TOE), Fibre

Channel over Ethernet (FCoE), and iSCSI protocols.

It also has the feature to connect virtual machines to

Ethernet, Fibre Channel, or iSCSI networks with

one device, over one wire.

1 X 10/100 NIC dedicated for Remote Management

Fiber Channel Adapter Two (2) Dual Port Gigabit Fibre Channel Adapter

(8Gbps)

DVD ROM DVD-ROM or equivalent any device attached by

which the requirement will be fulfilled

Power supply Redundant Hot Swap-plug Power Supply

Benchmark Please submit the Benchmark Information on

proposed model of the server

Supportd Operating

System & Virtualization

Software

Microsoft Windows Server

Red Hat Enterprise Linux (RHEL)

SUSE Linux Enterprise Server (SLES)

Oracle Solaris

VMware

Citrix XenServer

Operating System Red Hat Linux/Microsoft Operating System with

CD and Manual

Management Software Please include Server Management Software tool for

simplifies server setup, health monitoring, power

and thermal control, and for remote administration



Industry Standard

Compliance

ACPI 2.0 Compliant

PCI 2.2 Compliant

WOL Support

Microsoft® Logo certifications

USB 2.0 Support

IMPI 2.0 Compliant

SMASH CLP Compliant

Security Features • Power-on password

• Administrator's password

• Keyboard password (QuickLock)

• Integrated remote management with:

o 12 customizable user accounts

o SSL encryption

o Secure Shell version 2

o Advanced Encryption Standard (AES) and

Triple Data Encryption Standard (3DES) on

browser, CLP and XML scripting interface

o AES and RC4 encryption of video

o Disable via a global setting

• Keyboard password

• External USB port enable/disable

• Network server mode

• Serial interface control

• Intel® Advanced Encryption Standard-New

Instructions (AES-NI) (Intel Xeon 5600 series

processors)

Authentication Different parts of the system must be certified with

brand company and should have Parts No. on each

Part.

Waranty 3 years comprehensive warranty.



3. Virtualization Software





Standard Features • The license should be hardware platform free so

that it can be used in any brand server and on any

OS platform

• The virtual server software will support unlimited

amount of memory/physical server.

• The virtual server software will support maximum

12 cores per physical processor

• A single virtual machine should be capable of

using maximum 8 vCPUs at a time.

• It should minimize downtime with automated

restart of VMs following physical machine failure.

• The virtual server solution should be capable of

centralized management and monitoring using a

single interface

• Should be capable of live migration of virtual

machines from one server to another without

disruption to others

• Should support 3rd party backup software like

Veritas, Data Protector to take VM backup and

server data backup

• Should be capable of adding CPU, memory, virtual

HBAs and NICs to running virtual machines without

disruption or downtime

• Should provide zero downtime and zero-data-loss

continuous availability in the case of hardware

failures



• Should be capable of migrating live VM disk files

across storage arrays and storage LUNs

• Should be capable of prioritizing storage access by

continuously monitoring I/O load of a storage

volume and dynamically allocating I/O resources to

virtual machines according to business needs.

• Should be capable of prioritizing network access

by continuously monitoring I/O load over the

network and dynamically allocating I/O resources to

virtual machines according to business needs.

• Should provide a central datacenter level

aggregated control point for virtual machine IP

networking.

• Backup your virtual machines without disrupting

users and applications

• Should capable of recovering entire virtual

machine image in the event of a disaster (for virtual

machines running any operating system)

• Should capable of file level full and incremental

backup

Management Features • The management software should be capable of

centralized management of entire virtual server

solution and monitoring using a single interface

• It should be capable of configuring new VM

facilitating rapid provisioning through a single

interface.

• It should be capable of consistent performance

monitoring of all critical components- including

CPU, memory, storage and networking.

• It should be capable of integration with Microsoft

Active Directory to guarantee authorized access to

the virtual environment

• Real time monitoring of dynamic virtual elements

performance and availability such as resource pools

with detailed statistics and graphs that can be

viewed in real time

• Should be able to generate automated notifications

and alerts

• Should have an Orchestrator engine that simplifies

management by enabling automated administrator

tasks. i.e: turn off VM HA across all VMs

Warranty 3 Years



4. SAN Storage





Operating System &

Clustering Support

The storage array should support industry-leading

Operating System platforms including: Windows

Server 2003, Windows 2008, Vmware, Sun Solaris,

HP-UX, IBM-AIX and Linux.

Capacity & Scalability 1. The Storage Array shall be offered with 200 TB

RAW Capacity using 1TB/2TB 7.2krpm

SAS/SATA drives and 20TB RAW Capacity using

600GB 15krpm SAS/FC HDD.

2. Storage shall be scalable to minimum of 600

number of drives.

Processing Power &

Internal Bandwidth

1. Offered Storage architecture needs to be design in

such a way so that there shall be no load on the

storage CPU during Raid Parity calculations.

2. Offered storage shall have minimum Dual

controller and upgrade up to 4 Controller. In case

vendor are offering more than dual controllers then

all the controllers shall be interconnected with

Switched architecture to avoid any latency and

performance challenge.

3. Offered storage subsystem shall be scalable to

minimum internal bandwidth of 40GB/sec.

Architecture & Processing

Power

1. For high performance and availability

perspective, bidder shall ensure that each and every

drive shelf is connected to separate dedicated Back-

end ports.

2. Controllers shall be true active-active so that a

single Logical unit can be shared by both controllers

at the same time.

No Single point of Failure Offered Storage Array shall be configurable in a No

Single Point of configuration including Array

Controller card, back-plane, Cache memory, FAN,

Power supply etc.

Disk Drive Support Offered Storage Array shall support 4Gbps dual-

ported 300 / 600GB hot-pluggable Enterprise FC

hard drive, 100GB/200GB SSD drives, and SATA

(1TB & 2TB) drives in the same device shelf.



Cache 1. Offerd Storage Array shall be given with

Minimum of 64GB cache (Total).

2. Cache shall be used only for Data and Control

information. OS overhead shall not be done inside

cache.

3. Cache shall be dynamically managed for Read

and Write operations.

Raid Support &

Virtualization

1. Offered Storage Subsystem shall support Raid 0,

1, 1+0, 5 and Raid 6.

2. The storage array should support virtualization at

the storage controller level by ensuring that multiple

different raid sets (For example Raid 1 and Raid 5)

from same set of spindles simultaneously.

Data Protection Incase of Power failure, Storage array shall have de-

stage feature to avoid any data loss.

Host Ports 1. Offered Storage shall have minimum of 24 FC

host ports for connectivity to servers and 16 device

ports for Disk shelf connectivity. Host ports shall be

scalable to minimum 96 ports and back-end ports

shall be scalable to minimum 64 ports in a non-

disruptive fashion.

3. Each and every FC port shall be running at

minimum 4Gbps speed.

4. Offered Storage System shall support mixing of

FC and iSCSI ports in a native fashion.

5. Offered storage System shall have the option for

two additional native IP ports for the storage based

replication.

Ports Bandwidth Offered storage shall be end to end 4Gbps where

each drive and drive shelf shall be connected

through dual active-active paths.

Global Hot Spare 1. offered Storage Array shall support distributed

Global hot Spare for offered Disk drives.

2. Global hot spare shall be configure as per industry

practice.

Performance

Storage shall be provided with Performance

Management Software



Thin Provisioning and

Space Reclaim

1. Offered storage array shall have support for Thin

provisioning and Thin Re-claim to make the volume

thin for an extended period of time.

2. Thin Re-claim (Zero Page reclaim) inside storage

subsystem shall be automatic in nature and there

shall be no need to run any utility inside storage for

same.

3. Thin Re-claim inside storage shall not cause any

overloading of Storage CPU and shall be able to

claim the Zero pages even during peak load without

any performance impact

Maintenance Offered storage shall support online non-disruptive

firmware upgrade for both Controller and disk

drives.

Snapshot/Clone Copy 1. Offered Storage shall have support to make the

snapshot and full copy (Clone) on the thin volumes

if original volume is created on thick or vice-versa.

2. The storage array should have support for

controller-based snapshots functionality for pointer-

based snapshots

Storage Array

Configuration &

Management Software

Vendor shall provide Storage Array configuration

and Management software.

Remote Replication 1. The storage array should be configured with

storage based data replication at the array controller

level across all models of the offered family. The

replication should be storage based and should not

be using servers to perform the task. The license

should be configured for asynchronous replication

mode for the entire supported capacity on the

storage.

2. The Storage array shall also support three ways (3

Data Centers) replication to ensure zero RPO.

Warranty 3 Years



5. SAN Switch 2





Form Factor 19 (nineteen) inch rack mountable, please

specify rack unit

Number of ports Minimum Eighty (80) 8Gbps SFP Transceiver

(78 SW SFP + 2xLW SFP)

Port Bandwidth At least 8 (Eight) Gbps non blocking – higher

preferable

Aggregate Device

Bandwidth

Please specify end-to-end

Redundant Components Power Supply, Fan etc.

High Availability Hot code activation, single field replaceable

unit etc. required – please specify

Security Features Please specify

Manageability Web Tools required;

Please specify others

Software Please specify the features of all the software

in details

– All the software have to be licensed for

unlimited users

Peripherals and Accessories All required peripherals and accessories

Intelligent Networking • Offered SAN switch shall support services

such as Quality of Service (QoS) to help

optimize application performance in

consolidated, virtual environments. It should

be possible to define high, medium and low

priority QOS zones to expidite high-priority

traffic

• The switch shall be able to support ISL trunk

up to 64 Gbit/sec between a pair of switches

for optimal bandwidth utilization and load

balancing.

• SAN switch shall support to restrict data

flow from less critical hosts at preset

bandwidths.

• It should be possible to isolate the high

bandwidth data flows traffic to specific ISLs

by using simple zoning

• The Switch should be configured with the

Zoning and shall support ISL Trunking

features when cascading more than 2 numbers

of SAN switches into a single fabric.



• Offered SAN switches shall support to

measure the top bandwidth-consuming traffic

in real time for a specific port or a fabric

which should detail the physical or virtual

device.

Warranty 3 Years

6. Data Backup Software Quantity





Operating System &

Clustering Support

The proposed backup solution should be

available on various OS platforms such as

Windows and UNIX platforms and be capable

of supporting SAN based backup / restore

from various platforms including Tru64

UNIX, HP-UX, Linux, Open VMS, NetWare

and Windows.

The proposed backup solution shall support

industry leading cluster solution such as

MSCS, MC Service Guard, Veritas Cluster.

User Interface The proposed backup solution shall have same

GUI across heterogeneous platform to ensure

easy administration.

The proposed backup solution software has

inbuilt Java / Web based GUI for centralized

management of backup domain.

The proposed backup solution must support

integration of backup and restore with

hardware cloning and snapshot features into



the GUI, eliminating the traditional need to

write user scripts

High Availability Features The proposed backup solution should support

tape mirroring of the same job running

concurrently with primary backup.

The proposed backup solution should allow

creating tape clone facility after the backup

process.

Licensing The proposed backup solution needs to cover

the Online Data Backup of the Mail Server.

Streaming and

Multi-plexing

The proposed backup solution supports the

capability to write up to 32 data streams to a

single tape device or multiple tape devices in

parallel from multiple clients to leverage the

throughput of the drives using multiplexing

technology.

The proposed backup solution support de-

multiplexing of data cartridge to another set of

cartridge for selective set of data for faster

restores operation to client/servers.

Media Management The proposed backup solution has in-built

media management and supports cross

platform device and media sharing in SAN

environment. It provides a centralized

scratched pool thus ensuring backups never

fail for media.

The proposed backup solution has in-built

frequency and calendar based scheduling

system.

Database Support The proposed backup solution has certified

“hot-online” backup solution for different type

of databases such as Oracle, MS SQL, Sybase

etc.

The proposed backup solution shall also

support Microsoft Sharepoint Portal server.

Restore The proposed backup solution must be able to

rebuild the backup database/catalog from

tapes in the event of catalog loss/corruption.

The proposed backup solution shall provide

granularity of single file restore.

The proposed backup solution must support

MS Exchange single mailbox restore.

The backup software should support object

level restore.



Shall support restoration of Single document,

collection of documents or entire site in MS

Sharepoint 2007 directly from the sharepoint

GUI

Other Features The proposed backup solution must support

full automated transfer of disk backup images

to tape on a scheduled basis.


synthetic full backup so that an incremental

forever approach may be implemented, where

an actual full backup is no longer necessary as

it can be constructed directly from the disk

based incremental backups.

The proposed backup solution shall also

support disk based virtual full backup

approach.

The proposed backup solution shall be able to

copy data across firewall.


automatic skipping of backup during holidays.

The proposed backup solution must support at

least AES 256-bit encryption capabilities.

The internal backup catalogue database should

not have a big foot print.

The backup software should support object

based restore option which is one of the most

granular option available with any backup

software vendor.

The backup software should support instant

recovery of Exchange , SQL and Oracle

databases.

Warranty 3 Years

7. Cloud Management Software





Features Support for private, public, and hybrid cloud

environments

Ability to include a broad ecosystem of

applications, all leading hypervisors, and

multiple operating systems



Unified delivery and control of services across

both cloud and traditional IT environments

Automated management of applications and

infrastructure over the complete lifecycle

End-to-end security

Scalability to meet unpredictable business

demands

Tools and Software Tools and best practices that enable

CloudSystem to quickly and easily provision

various kinds of common application

environments from major vendors such as

VMware, Oracle, SAP, Microsoft, etc. Cloud

Maps can substantially reduce the time and

effort needed to deploy CloudSystem services.

A comprehensive Software portfolio

including:

• Service Portfolio Governance to govern and

manage published catalog of hybrid services

• Application readiness to help deliver

modernized, cloud-ready, hybrid applications

quickly and securely

• Service Assurance to assure the availability

and performance of dynamic hybrid services

• Information Management to visualize

heterogeneous storage infrastructure and

protect data in a hybrid environment

Compute Infrastructure and

Management

Infrastructure should support cloud services to

be delivered on both X86 and RISC/ EPIC

based servers

Infrastructure should support both Intel and

AMD based servers ( both 2 processor & 4

processor servers )

Inrastructure platform should deliver

infrastructure as a service using multiple

hypervisors incuding unix hypervisors and

physical servers.

Unified infrastructure management software

should provide unified physical and virtual

machine management from single console.

Software console shall provide a single view

of all virtual machines, allow Monitoring of

system availability and performance and

automated notifications with email alerts.

Should manage multiple X86 based

virtualization software from single console.



Infrastructure management software console

shall provide reports for performance and

utilization of physical servers, Virtual

Machines & hypervisors. It shall co-exist and

integrate with leading systems management

vendors.

Virtualization management software console

should provide utilization trend report CPU,

Memory, Network, disk and power ( for

physical servers only ) for physical and server

and virtual machine.

Software should provide forecast analysis for

future workloads based on previous server (

physical or virtual ) utilization history.

Infastructure management software should

suggest most suitable host for creating new

Virtual machines based on previous resource

utilization of hosts.


shall provide Interactive topology maps to

visualize the relationships between enclosures,

physical servers & virtual machines.


shall provide the Manageability of the

complete inventory of virtual machines, and

physical servers with greater visibility into

object relationships.

Infrastructure management software should

provide seamless migration from physical to

virtual, virtual to physical and virtual to

virtual servers.


provide ability to create solution templates

(solution may includes physical servers,

virtual machine, storage, network, OS etc )

which can be automatically deployed multiple

times based on subscription. A Single

template should support multiple

virtualization technologies & physical servers.

It should provide capability to define cost for

the solution including cost for individual

components like VM, storage, network etc.




provide self service portal thru which users

can subscribe for their suitable virtual

machine / solution template. Users should be

able to define for the period for which they

would like to subscribe for the virtual machine

/ solution.

Software would allow users to start / stop

virtual machines from same self service portal

with out system administrator’s intervention.

Management software should also include

necessary workflow for subscription, approval

and provisioning of solution.

Management software should also generate

reports which can be used for charge back for

virtual machine / solution usage.

Management software should provide unified

disaster recovery mechanism for multiple

virtualization technologies and physical

servers.

Management software should provide

readymade application templates for

delivering any non multitanented application

as a cloud service

Applications templates should be of multi tier

application stack and which may include all

components of application solution like

servers, storage, network, OS & application

etc.

Management solution should enable to deliver

platform as a service based on standard

platform software like databases, web

application software etc.


integrate with surrount infrastructure like

storage, network etc

Network virtualization for

Infrastructure

Shall be capable of simplifying server

connections by separating the server in the

Blade enclosure from LAN, thus reducing

cables without adding switches to manage

Shall be capable of tailoring network

connections and speeds based on application

needs



Shall be capable of increasing the number of

NICs per connection without adding extra

Blade I/O modules, and reducing cabling

uplinks to the data center network

Shall be capable of providing 10Gbps cross

connects between Blade I/O Modules for

redundancy and stacking

Shall be capable of providing flexibility in

choosing between 10Gbps SR, LR, or LRM

fiber and copper SFP+ uplinks

Shall be capable of providing minimum 8 x

10Gbps uplinks to connect to other Standard

Data Center Ethernet switches

Shall be capable of supporting up to 4

Physical NICs per 10Gbps server

communication port, within the server Blade.

Each of the tailoring NIC shall be capable of

tailoring the network bandwidth with their

own dedicated, customized bandwidth per

10Gb downlink connection, with customizable

speeds from 100Mbps to 10Gbps

Shall be capable of configuring in IGMP

groups

Shall be capable of supporting VLAN

Tagging, Pass-Thru and Link Aggregation on

all uplinks

SAN Virtualization for

Infrastructure

Storage management is no longer constrained

to a single physical HBA on a server blade

Provisioned storage resource is associated

directly to a specific virtual machine - even if

the virtual server is re-allocated within the

BladeSystem

Ability to pre-configure server I/O

connections

Ability to move, add, or change servers on the

fly

Once defined, SAN Administrators don't have

to be involved in server changes



Cloud Automation Software Objectives:

• Accelerate delivery of applications and

infrastructure—from months to minutes

• Increase server utilization up to 80% and

improve IT admin efficiency up to 60%

• Freedom from vendor lock-in with support

of heterogeneous environments

• Service assurance and control ensuring

complete cloud lifecycle management

• Increase agility, scalability and elasticity for

rapid response to change

Functionalities:

• Automated provisioning of servers, storage,

networks, and monitoring tools by deploying

private cloud Infrastructure as a Service

(Iaas).

• Advanced application deployment

management automating one-touch

provisioning of composite

• applications, databases, and middleware,

incorporating best practice service templates

for Platform as a Service (PaaS) and Software

as a Service (SaaS) deployment.

• Advanced workload optimization automating

the decision process and provisioning of

resources based on business policies, cost, and

performance goals.

• Service assurance providing end-to-end

service monitoring and compliance

management.

• Role-based portals providing views of all

private and public cloud services for one-stop

ordering, provisioning, and reporting.

• Showback and chargeback providing cloud

service usage metering to support

consumption-based billing.

Warranty 3 Years

Liecensing Supplier is requested to explain in detail the

licensing mechanism for this solution.



8.

SERVER RACK Quantity

4





Width-600mm, Height- 42U, Depth- 1000

and 19'' Standard




Cooling Fan: 4 pcs

PDU: 4 Nos

Minimum Power outlet 16

Maximum Power

consumption:

6KW per Rack

Sliding Tray: 1 Nos



Console: 1U LCD Monitor Console, 16 Port KVM

Switch with require cable and accessories

Power distribution channels

shall allow tool less mount on

zero U space to avoid cable

conjunction inside the Rack



8.2 FOR DR CENTER

SL # Item Item Description QTY

1. Blade Chassis 1





Blade Chassis Solution to house the required number of

blade servers in smallest number of

enclosures. Support for full height and half

height blades in the same enclosure holding

upto 16 halfheight server/storage/ 8 full

height blades per enclosure occupying a

max of

Same enclosure should support Intel Xeon

and AMD Opteron based blades

Should support simultaneous housing of

Ethernet,FC,iSCSI,IB interconnect fabrics

offering Hot Pluggable & Redundancy as a

feature

Should be able to perform comprehensive

system data collection and enable users to

quickly produce detailed inventory reports

for managed devices. Software should save

the Reports for further analysis.

Should provision for a single console to

monitor multiple enclosures

Should support simultaneous remote access

for different servers in the enclosure

Supported Interconnect

Module

Support for at least 3 redundant interconnect

bays with support for Ethernet,FC,IB

fabrics. Modules should be of the same

brand as the blade server supplier

LAN Interconnect Module 2 x LAN Interconnect Module with the

following features:

• 16 x 10Gb downlinks to server NICs

• Each 10Gb downlink supports up to 4

Virtual NICs or 3 Virtual NICs and 1 iSCSI

Virtual HBA

• 2 x 10Gb cross connects for redundancy

and stacking

• 8 x 10Gb



FC Interconnect 2 x FC Interconnect Module with Following

Features:

• 8 x 2/4/8Gb Auto-negotiating Fibre

Channel uplinks connected to external SAN

switches

• 2 x Fibre Channel SFP+ Transceivers

included with the Virtual Connect Fibre

Channel Module

• 16 x 1/2/4/8Gb Aut

Power Supply The enclosure should be populated fully

with power supplies of the highest capacity

available with the vendor. Power supplies

should support N+N as well as N+1

redundancy configuration, where N is

greater than 1.

Should offer chouice of a single phase or

Cooling Each blade enclosure should have a cooling

subsystem consisting of redundant hot

pluggable fans or blowers enabled with

technologies for improved power

consumption and acoustics

Rack for enclosure 42U standard rack with sufficient cooling

fans and power distribution unit appropriate

ratings for the the blade enclosures should

be provided

MANAGEMENT

SOFTWARE

Management/controlling softwares have to

be from the OEM itself.

Software Licenses for a fully populated

Blade Enclosure should be given.

The software should provide Role-based

(admin, user, operator, etc) security which

allows effective delegation of management

responsibilities by giving systems

administrator’s granular control over which

users can perform which management

operations on wh

Preferable: Povide proactive notification of

actual or impending component failure

alerts. Should support automatic event

handling that allows notification of failures

via e-mail.

Should support scheduled execution of OS

commands, batch files, scripts, and

command line apps on remote nodes



Should be able to perform comprehensive

system data collection and enable users to

quickly produce detailed inventory reports

for managed devices. Software should save

the Reports in some format for further

analysis.

Should help to proactively identify out-of-

date BIOS, drivers, and Server Management

agents and enable the remote update of

system software/firmware components.

The server performance monitoring

software should be able to detect, analyzes,

and explain hardware bottlenecks. Also it

should be able to log the data over time and

allow it to replay the same in a short time

frame for performance analysis.

Deployment software: User friendly GUI/

console-based deployment to set up and

install multiple OS and application

configurations in individual blade server.

Comprehensive web enabled system

mangement tool that monitors the system

health, environment, critical action etc,

With its own data engine to store status

reports, alerts and error notifications

,Complete Administration of the blade

enclosure from a st

Warranty 3 years comprehensive warranty.

2. Blade Server 8





Form factor/Node Type Blade Architecture

Processor Type Intel® Xeon® X5675 (3.06GHz/6-

core/12MB) Processor

No of Processor 2 Processor.

Chipset Industry Standard Intel® 5520 Chipset

Memory (RAM) Minimum 96 GB PC3-10600R Registered

DIMMs (DDR3) with Expandability

Cache Memory 12MB L3 Cache (Minimum) per processor

QPI Speed 6.4GT/s QPI Speed



Internal Hard Disk 2 X 600GB 10,000 RPM (Minimum) SAS

Disk Drive with Mirroring for Operating

System

I/O Slots Two (2) I/O expansion mezzanine slots (x8

PCI Express) (Minimum)

RAID Card RAID Card with 512MB Battery Backup

Cache and supports RAID 0/1

Ethernet Port 2 X 10Gb Ethernet NIC with the feature to

supports stateless TCP, TCP Offload Engine

(TOE), Fibre Channel over Ethernet

(FCoE), and iSCSI protocols. It also has the

feature to connect virtual machines to

Ethernet, Fibre Channel, or iSCSI networks

with on

Fiber Channel Adapter Two (2) Dual Port Gigabit Fibre Channel

Adapter (8Gbps)

DVD ROM DVD-ROM or equivalent any device

attached by which the requirement will be

fulfilled

Power supply Redundant Hot Swap-plug Power Supply

Benchmark Please submit the Benchmark Information

on proposed model of the server

Supportd Operating System

& Virtualization Software

Microsoft Windows Server

Red Hat Enterprise Linux (RHEL)

SUSE Linux Enterprise Server (SLES)

Oracle Solaris

VMware

Citrix XenServer

Operating System Red Hat Linux/Microsoft Operating System

with CD and Manual

Management Software Please include Server Management

Software tool for simplifies server setup,

health monitoring, power and thermal

control, and for remote administration

Industry Standard

Compliance

ACPI 2.0 Compliant

PCI 2.2 Compliant

WOL Support

Microsoft® Logo certifications

USB 2.0 Support

IMPI 2.0 Compliant

SMASH CLP Compliant



Security Features • Power-on password

• Administrator's password

• Keyboard password (QuickLock)

• Integrated remote management with:

o 12 customizable user accounts

o SSL encryption

o Secure Shell version 2

o Advanced Encryption Standard (AES)

and T

Authentication Different parts of the system must be

certified with brand company and should

have Parts No. on each Part.

Waranty 3 years comprehensive warranty.

3 Virtualization Software As

Required





Standard Features • The license should be hardware platform

free so that it can be used in any brand

server and on any OS platform

• The virtual server software will support

unlimited amount of memory/physical

server.

• The virtual server software will support

maximum 12 c

• Should be capable of migrating live VM

disk files across storage arrays and storage

LUNs

• Should be capable of prioritizing storage

access by continuously monitoring I/O load

of a storage volume and dynamically

allocating I/O resources to virtual machi

Management Features • The management software should be

capable of centralized management of

entire virtual server solution and

monitoring using a single interface

• It should be capable of configuring new

VM facilitating rapid provisioning through

a single interface.

Warranty 3 Years



4. SAN Storage 1





Operating System &

Clustering Support

The storage array should support industry-

leading Operating System platforms

including: Windows Server 2003, Windows

2008, Vmware, Sun Solaris, HP-UX, IBM-

AIX and Linux.

Capacity & Scalability 1. The Storage Array shall be offered with

100 TB RAW Capacity using 1TB/2TB

7.2krpm SAS/SATA drives and 20TB RAW

Capacity using 600GB 15krpm SAS/FC

HDD.

2. Storage shall be scalable to minimum of

1200 number of drives.

Processing Power & Internal

Bandwidth

1. Offered Storage architecture needs to be

design in such a way so that there shall be no

load on the storage CPU during Raid Parity

calculations.

2. Offered storage shall have minimum Dual

controller and upgrade up to 4 Controller. In

case vendor are o

Architecture & Processing

Power

1. For high performance and availability

perspective, bidder shall ensure that each and

every drive shelf is connected to separate

dedicated Back-end ports.

2. Controllers shall be true active-active so

that a single Logical unit can be shared by

both co

No Single point of Failure Offered Storage Array shall be configurable

in a No Single Point of configuration

including Array Controller card, back-plane,

Cache memory, FAN, Power supply etc.

Disk Drive Support Offered Storage Array shall support 4Gbps

dual-ported 300 / 600GB hot-pluggable

Enterprise FC hard drive, 100GB/200GB

SSD drives, and SATA (1TB & 2TB) drives

in the same device shelf.



Cache 1. Offerd Storage Array shall be given with

Minimum of 64GB cache (Total).

2. Cache shall be used only for Data and

Control information. OS overhead shall not

be done inside cache..

3. Cache shall be dynamically managed for

Read and Write operations.

Raid Support &

Virtualization

1. Offered Storage Subsystem shall support

Raid 0, 1 , 1+0, 5 and Raid 6.

2. The storage array should support

virtualization at the storage controller level

by ensuring that multiple different raid sets

(For example Raid 1 and Raid 5) from same

set of sp

Data Protection Incase of Power failure, Storage array shall

have de-stage feature to avoid any data loss.

Host Ports 1. Offered Storage shall have minimum of 24

FC host ports for connectivity to servers and

16 device ports for Disk shelf connectivity.

Host ports shall be scalable to minimum 96

ports and back-end ports shall be scalable to

minimum 64 ports in a non-disru

Ports Bandwidth Offered storage shall be end to end 4Gbps

where each drive and drive shelf shall be

connected through dual active-active paths.

Global Hot Spare 1. offered Storage Array shall support

distributed Global hot Spare for offered Disk

drives.

2. Global hot spare shall be configure as per

industry practice.

Performance

Storage shall be provided with Performance

Management Software

Thin Provisioning and Space

Reclaim

1. Offered storage array shall have support

for Thin provisioning and Thin Re-claim to

make the volume thin for an extended period

of time.

2. Thin Re-claim (Zero Page reclaim) inside

storage subsystem shall be automatic in

nature and there shall be no n



Maintenance Offered storage shall support online non-

disruptive firmware upgrade for both

Controller and disk drives.

Snapshot/Clone Copy 1. Offered Storage shall have support to

make the snapshot and full copy (Clone) on

the thin volumes if original volume is created

on thick or vice-versa. [ 2. The storage array should have support for

controller-based snapshots functionality for

pointer-b

Storage Array Configuration

& Management Software

Vendor shall provide Storage Array

configuration and Management software.

Remote Replication 1. The storage array should be configured

with storage based data replication at the

array controller level across all models of the

offered family. The replication should be

storage based and should not be using servers

to perform the task. The license s

Warranty 3 Years

5. SAN Switch 2





Form Factor 19 (nineteen) inch rack mountable, please

specify rack unit

Number of ports Minimum Eighty (80) 8Gbps SFP

Transceiver (78 SW SFP + 2xLW SFP)

Port Bandwidth At least 8 (Eight) Gbps non blocking –

higher preferable

Aggregate Device

Bandwidth

Please specify end-to-end

Redundant Components Power Supply, Fan etc.

High Availability Hot code activation, single field replaceable

unit etc. required – please specify

Security Features Please specify

Manageability Web Tools required;

Please specify others

Software Please specify the features of all the

software in details

– All the software have to be licensed for

unlimited users



Peripherals and Accessories All required peripherals and accessories

Intelligent Networking • Offered SAN switch shall support services

such as Quality of Service (QoS) to help

optimize application performance in

consolidated, virtual environments. It should

be possible to define high, medium and low

priority QOS zones to expedite high-priority

Warranty 3 Years

6.

SERVER RACK Quantity

2





Width-600mm, Height- 42U, Depth- 1000

and 19'' Standard




Cooling Fan: 4 pcs

PDU: 4 Nos

Minimum 16 Power outlet

Maximum Power

consumption:

6KW per Rack

Sliding Tray: 1 Nos



Console: 1U LCD Monitor Console, 16 Port KVM

Switch with require cable and accessories



Power distribution channels shall allow tool less mount on zero U space to avoid cable

conjunction inside the Rack

8.3 SPECIFICATION OF E-MAIL SOLUTION

E-Mail Solution.

Brand To be quoted by the bidder

Model. To be mentioned

Country of Origin To be mentioned

Country of

Assembly

To be mentioned



Operating System

Messaging solution should have tiered architecture like Mailbox Servers, SMTP

Gateway and Users Access Server. Multiple Mailbox servers should be used to

provide redundancy & clustering capabilities. Gateway servers should be deployed

for user access functions with capabilities like portal based Web Mail, push based

mobile mail access, VPNless email access from internet and to route to internet

with anti-spam capabilities like content filtering, domain filtering.

The solution should allow virtual mail servers for client universities and institutions

bearing their own domain identity. Each such virtual servers shall be entirely

separate and independent from each other in a secured way. The clients shall have

administrative access and control to their own virtual servers to add, delete and

manage users and mail boxes etc.

Should support cross platform such as Linux/Unix/Windows

Should be able to provide synchronization between integrated single sign on directory services and messaging services, to provide the address book and other user details

Should provide support for digital signatures

Should provide inbuilt capability for Unified Messaging.

Should have support for integrated Workflow

Should provide support for simple, flexible administration

Should support tools for message tracking and monitoring management

Should be capable of Integration with PKI Services Should allow mail, calendars, tasks, contacts ,reminders, available directly

over PDAs, mail clients, Web mail

Should have Built-in Mobile Device Support for direct push to PDAs, Mobile devices.

Should have advance capabilities for Managing Mobile Devices for data management.

Should allow Secure Direct Push Messaging to Mobile devices such as PDAs

Support for Multiple address book

Support for LDAP v2 and V3 as the query update protocol Should provide VPN Less Access through Internet, Intranet Using Mail

Client over http and https

Should support Security Policy (Password Policies etc) enforcement and self-serviceable remote erase capability for Smartphone to protect data.

Support for filtering and grouping of addresses into multiple virtual address books depending on attributes defined in the filters

Should Provide single sign on & integrated authentication with directory services

Support for retention and recovery of mails even after deletion of messages and provide options of deleting the retained mails after the system has been backed up

Support SMTP as default messaging protocol for mail transfer for internet

Support for multiple Domains over the internet

Support for standards like MIME / SMIME on Client & Web Access

Messaging Antivirus Support from All leading Vendors Should be integrated with the Messaging solution proposed



Should provide Single Sign for Network Operating System & Messaging infrastructure & Clients.

Should have ability compose, read, write, mails using Unicode based technologies in local language Bangla and English (Unicode based / Compliant)

Should support a scheduling Assistant to provide visual guidance on the best dates and times for meeting, based on the schedules of invitees and resources.

Should provide support for collaborative application development and support for Integrated workflow scenarios and Web services

Should support Multi-Mailbox Search - Administrators should be able to perform fast, full-text search across all mailboxes if required for legal or other purposes.

PKI services for all clients (such as mail client, web, mobile devices) should provide infrastructure to enable secure messaging (S/MIME) capability and integration with messaging system.

Should provide support for POP3, IMAP4, SMTP , & HTTP based Protocols

Policy-based management should provide for centralized, targeted control over user settings, so a change in one place can update users in any scope from an individual to a group or to an entire organization.

Should have Anti Spam& Filtering Functionalities

Messaging server should be capable of implementing Private Blacklist, Private Whitelists and DNS Whitelists

Should support S-MIME browser access of email



Integrated directory services should be capable of providing policy based administration controls

Messaging server must provide & be supported on Web, Mail client & PDAs directly by the principal manufacturer

Users should be able to share their calendar information with others, enabling users to view multiple calendars simultaneously.

Recipients of meeting requests should be able to return proposals for better meeting times. The sender should be able to review all proposals before resending new meeting requests.

Messaging Server solution including Web access should provide & support high availability

Browser based software should use compression techniques in order to reduce the network bandwidth consumption and thus, improve client performance on high-latency networks or dial-up connections.

Browser software should support basic authentication, session authentication, secure logoff, Secure Sockets Layer encryption, local offline file encryption and active content filtering. Additionally it should be designed to work well with supported proxy servers and virtual private network solutions

Messaging server Software should be able to send encrypted messages, signed messages and also capable of verifying the digital signatures directly from the browser interface.

Users should be able to take advantage of WebMail Redirect to access their mail without knowing the full names of their mail files or mail servers.

Software should provide archiving based on enterprise policies and requirements — and thereby make administration more manageable.

Should provide support for group collaboration, Calendaring, Scheduling Should provide support for collaborative application development and support for integrated workflow scenarios and Web services

Unified Messaging Support

Messaging System should provide and support following Inbuilt Unified Communication capabilities:

IVR Capabilities to access email ,voice mails, calendar and contacts by ordinary phone

Emails, Voice Mails and Fax redirected to Inbox

Speech Enabled Auto-attendant

Should support SIP based integration with IP or non-IP PBXs



Compliance &

Confidentiality

Compliance :Messaging System should have inbuilt compliance engine to enforce government compliance & regulation requirements

Archiving & Journaling: Messaging system should be able to provide archiving & journaling capabilities on per user, per distribut ion list and per database basis

Email Classification: Messaging solution should be able to provide customizable message classification like confidential, personal, company/department confidential, do not forward. Compliance engine should be able to create rules based on the message classifications and other message parameters

Should support Multi-Mailbox Search - Administrators should be able to perform fast, full-text search across all mailboxes if required for legal or other purposes.

Security Messaging server should be able to restrict distribution list to authenticated users

Should provide core anti-spam capability out-of-box ; Mail server should have an ability to have an internet mail filtering functionality to Separate spam; the messaging server should have built-in server-side filtering and also Client-side filtering

The mail server should have the following security features:

Connection filtering, Real time safe & block lists, Sender and recipient filtering including blank sender filtering, Recipient lookup, Real-time block list–based filtering, Ability to restrict relaying, Ability to restrict distribution lists to authenticated users, Should support Dynamic distribution listso Should support virus scanning API, Message Level Encryption, ,Sender Reputation Level, Email Address Rewriting at Gateway

Should support TLS encryption between different messaging server roles - To Help ensure that all the messaging data transferred between messaging servers is encrypted

Should support single sign-on integrated with the supported network operating system’s Directory Services authentication database ; Should support Smart card Authentication and Finger-Print authentication



Mailbox Storage

& Business

Continuity

Should provide tools to handle disaster recovery scenarios like re-connection to the Directory services user account, support for special storage group for recovery of Individual or group of mailboxes, support for merging or copying recovered mailboxes

Should support High availability with automated failover in a cluster, Messaging Solution should support up to eight-node clustering with a minimum of one passive node

Messaging Solution should provide log shipping and replay capabilities for email database for database replication and redundancy

Should have Support for Volume Shadow Copy functionality (To support near Instantaneous backup / restore)

Should support native storage of XML content

Should be capable of scheduling message delivery date and time both by end-user and administratively

The message store should support menu-driven options for moving of mail-boxes from one mail server to another over the network. This should be scriptable through command line also.

The mail server mailboxes should be fully indexed, allowing users to quickly search for information

Thick Mail Clients It should be possible for Contacts from the Global Address List (shared company directory) to be added to personal contacts. It should be also possible for Contacts in Messaging Server can to be directly synchronized to Pocket PC Client.

Messaging Client and Server should support Secure/Multipurpose Internet Mail Extensions (S/MIME), enabling users to digitally sign and encrypt e-mails and attachments.

Should provide capabilities to preview attachments & in the inbox

There should be feature for Sent messages to be recalled by the sender: Any unread messages in the recipient's mailbox should be automatically deleted and replaced with another message, and an acknowledgement of recall success or failure is returned to the sender.

Should allow the user to move to the next or previous message without having to return to the inbox view

The software should allow the user to create to-do items that can be assigned to another user or group of users.

Should have capabilities for Calendar, Group Scheduling, Personal Task Management.

Support for Drag and Drop Attachments.

Should allow Safe lists and Block lists to choose to only receive mails from individuals already setup in address book, from specific email addresses or from designated domains.

Warranty 03 Years full



8.4 SPECIFICATION OF ERP SOLUTION

To streamline business operations of BdREN and to allow Universities / BdREN clients to

leverage the high bandwidth, fail proof network capacities and BdREN data center facilities

BdREN will establish an ERP solution. The solution should be such that, Universities and BdREN

clients shall be able to use this central facility to build and own their own business critical virtual

ERP solution in a cloud formation. The solution should ensure security, integrity of client data

and smooth access. The solution should enable BdREN to dynamically allocate resources to the

clients and track and bill clients for their usage.

Initially the solution shall consist of the following modules.Supplier shall quote for entire solution

including required hardware, software and licenses.

Financial Management Module

General Ledger

Accounts receivable and Payble

Bank Management

Budgetary Control

Compliance Management

Human Resource Management

Organization and workforce management

Recruitment and selection

Development, training and performance management

Procurement and sourcing

Purchase requisitions

Supplier relations management

Inventory Management

Order processing

Service Management

Service Orders and Contracts

Service Calls and dispatching

Repair Management

Supplier is requested to provide the licensing mechanism in detail for the above solution.



9 REQUIREMENT SPECIFICATIONS VIDEO CONFERENCING SYSTEMS:

9.1 INTRODUCTION

A. Under the broader objective of the project to build a state of art Information and Communication Network the tender aims at establishment of the Video Conferencing System Network to enable the students, teachers and researchers share and participate in remote both live and recorded lectures, classes and conferences to disseminate knowledge and experience both within the country and abroad. Each University will be equipped one classroom with all modern video conferencing facilities which can be termed as “Virtual Class Rooms”.

B. UGC / BdREN has already installed Cisco MCU 4500, Video Communication Server, Tele-presence Suite, C 40, C 60 endpoints and Movi deployed.

9.2 SATISFACTORY PERFORMANCE RECORDS

The offered video conferencing system should have international reputation. It must have a

proven performance record. The offered MCU and CODEC must have a record of shipment and

installation of more than 1,000 and 5,000 numbers within the last one year outside the country of

manufacturing. The bidder must provide referencesof such records.

9.3 SCOPE OF WORKS

A. To implement the video conference system, this tender proposes to establish Video 32 (Thirty Two) video conferencing centers at 32 (thirty two)places as listed in Appendix - 1. One MCU will be established at UGC Dhaka to enable multipoint video conferencing sessions. The scope of this tender will include supply of the following system/equipment/items including installation services. The entire work shall be on turn-key basis. Procurement entity will provide the room, commercial power supply, network connectivity within the premises and outside only. The supplier shall have to supply and install all other systems/equipments/items as listed below (but not limited to) to establish state of art, robust, user friendly Video Conferencing Centers.

i. Video conferencing (VC) Center equipment. ii. Multipoint Control Unit (MCU).

iii. PTZ Cameras. iv. LED display units. v. Power Backup System

vi. Multimedia Projectors and screens. vii. Audio System.

viii. Conference Management and Reporting System. ix. Miscellaneous items like Racks, Electronic White Boards, etc. x. Air Conditioning System with proper acoustic and lighting environment.

xi. Generator and Fire Fighting Equipment.

Details of the requirements are elaborated in the following specifications and schedule of

requirements.



B. Modifying room environment: The scope will also include modification of the room environment to provide proper and standard lighting, acoustics and aesthetics for video conferencing. The supplier shall have to supply and install all necessary items and do all modification to that end. The requirement details are available in the specifications and in the schedule of requirements. A room layout diagram and required seating capacity is available in Annex 6and Annex 7respectively.

C. Supplying Required Furniture : The supplier shall have to supply required furniture to fulfill the requirements of each site as specified later on this document. It should be such that it conforms to the acoustic and aesthetic standards. Total seating capacity of each video conferencing room is mentioned in Annex -7.

D. Orientation for users: The Supplier shall provide orientation training in Bangladesh on the overall systems. The details of the local training shall be as follows:

Number of Officials : 30 (Thirty) in each batch

Number of minimum working days : 2 (Two) working days in each batch

Number of batches : 6

E. Operation and Maintenance for BdREN& University Profe ssionals: The Supplier shall provide orientation training in Bangladesh on the overall systems. The details of the local training shall be as follows:

I. The Supplier shall provide training to UGC and University personnel in Bangladesh on the operation and maintenance of the whole system. The details of the local training shall be as follows:

Number of Officials : 20 (Twenty) in each batch Number of minimum working days : 5 (five) working days in each batch

Number of batches : 5

The tenderer shall submit detail training proposal including place of training in its offer. However,

the place and time of training shall be mutually settled with the supplier.



9.4 Technical Specification of VC System

9.4.1 GENERAL

I. Should be open standard based and should be able to work other vendors standard based MCU, VC systems, camera and video and audio systems.

II. Should be the latest release and state of the art so that it does not face discontinuity of production or support for at least 10 years. The supplier / manufacturer shall provide product cycle projection.

III. The equipment shall be portable with ability to work on fixed environment IV. The main camera should be detachable so that it can be placed as per the desired

location. V. The system shall have backup audio call facility in case of failure of the video

call. VI. Camera and codec should have a split form factor but should be from the same

manufacturer VII. The Video Conference Audio System should be able to handle any voice

distortion, noise, feedback, echo and hamming

VIII. Software upgradable to any new features and services.

9.4.2 VIDEO CONFERENCING ENDPOINTS

A. CONTENTS

I. It should comprise Video Conferencing unit, 1080p codec, 1080p HD Camera, mic, wireless remote control, rack mounts rails, necessary cables. The system should support at least 4 Nos. of PTZ Cameras. All 4 Cameras should be controlled by a single remote control unit.

II. The system should support connection of at least 5 HD video sources. Out of these sources, 3 HD video sources should be in use operational as a single stream.

B. Protocol / Interoperability Support I. H.323

II. SIP

C. Video Coding Standards I. 261,H263, H263+, H.264, H.239

II. Frame Rates : Minimum 30 frames per second, Minimum 60 field per second

D. Video Inputs

The system should have enough HDMI/DVI/Cameraand VGA Ports, to connect the

following sources:

I. Integrated Main HD Camera II. 3 Additional Auxiliary Camera.

III. Document Camera IV. PC/Laptop for Power Point Presentation

V. Composite Input x 1



E. Video OutputsFor Primary Display I. LED display Unit/ Main HD Monitor or Multimedia Projector (HDMI )

II. Second HD Monitor (HDMI/DVI) III.

F. Video Format I. HD 1080P30

II. HD 720P30

III. HD 720P60

IV. Graphics : VGA, SVGA, XGA, WXGA, SXGA

G. Video Resolution and bandwidth I. Should support 16:9 Mode (wide screen) and full HD resolution 1080P30,

720P30 & 720P60 II. H323/SIP up to 6 Mbps point to point, up to 10 Mbps in a multipoint call.

III. 400x244 pixels @ 30 fps or CIF or SIF or equivalent from not more than 256 Kbps

IV. 720p60 from not more than 1152 Kbps V. 1080p30 from not more than1472 Kbps

VI. Should support for over 50 resolutions between 128 kbps to 2 Mbps bandwidth.

H. Other Video features I. Advanced Screen Layouts to display multiple locations

II. Picture-in-Picture

III. Picture out of Picture

IV. Dual Video Support to transmit PC / VCR / External camera and presenter, XGA,

SVGA for graphic display

V. FAR END remote camera control H.281 (H.320 – H.323)

I. Audio Standards:

G. 711, G. 722, G.722.1, 64 bit & 128 bit MPEG 4 AAC-LD/AAC-LC.

J. Audio Inputs

I. Minimum 4 (four) Microphone (including wireless microphone) Inputs with

separate echo cancellers and noise reductions

II. 2 RCA/Phono

III. 1 HDMI, Digital : Stereo PC/DVD inputs

K. Audio Outputs: I. 2 RCA/Phono

II. 1 HDMI Digital, stereo main audio



L. Audio Features:

I. Full Duplex,

II. Minimum 4 (four) separate acoustic echo cancellers

III. Stereo and Mono

IV. Minimum 4 (four) port audio mixer

V. Echo Return Loss Enhancement

VI. Automatic Gain Control (AGC)

VII. Automatic Noise Suppression (ANS)

VIII. Audio Error Concealment / Correction

IX. CD Quality

M. Network Features

10/100/1000 Mbps Ethernet port

Automatic IP calling

Down speeding over IP

Auto SPID detection and configuration

N. AES Encryption

AES encryption should be support H.323/SIP point-to-point Video calls.

AES encryption should be Standards-based complying with H.235 standards

The system should support automatic key generation and exchange during an encrypted

Video call

AES Encrypton should be supported in Dual Stream H.239 call

O. IP NETWORK INTERFACE & FEATURES I. The system should support QoS feature: Differentiated Services

II. IP adaptive bandwidth management

III. H.245 DTMF tones in H.323

IV. Packet Loss based Downspeeding, URI dialing with support for TCP/IP and

DHCP.

V. 1 x LAN/Ethernet (RJ-45) 10/100/1000 Mbit

P. SECURITY FEATURES I. Management via HTTPS and SSH

II. IP Administration Password

III. Menu Administration Password



IV. Disable IP services

V. Network Settings protection

Q. 1080P CAMERA

Should fulfill following minimum requirements:

I. 10 x zoom

II. +15°/-25° tilt, +/- 90° pan

III. 43.5° vertical field of view

IV. 72° horizontal field of view

V. Focus distance 0.3m–infinity

VI. 1920 x 1080 pixels progressive @ 60fps

VII. Automatic or manual focus/brightness/white balance

VIII. Far-end camera control

IX. Daisy-chain support

X. Dual HDMI and HD-SDI output

R. INTEGRATED CAMERA CONTROLLER I. Support minimum of 4 PTZ cameras

II. Camera controller in the main control system supports camera presets for

different locations

III. The camera controller should support any PTZ camera that has a standard

camera control command set

IV. Automatic Camera Detection

V. Automatic detection of number and type of cameras connected to the system

S. Integrated Digital Tabletop Microphone Array I. Circular Microphone Array with at least 6 embedded microphones and beam

forming with Directivity Index (DI) greater than 4 for all audio frequencies.

II. Integrated mute button (local and far end)

T. SYSTEM MANAGEMENT I. Support for the central management application

II. Total management via embedded SNMP, Telnet, SSH, XML, SOAP

III. Remote software upload: via HTTP, HTTPS

IV. 1 x RS-232 for local control and diagnostics

V. Remote control and on-screen menu system

U. DIRECTORY SERVICES I. Support for Local directories (My Contacts)

II. Corporate Directory



V. ELECTRICAL SPECIFICATION I. Auto-sensing power supply

II. 230 VAC, 50 Hz

W. Environmental Specification

Operating Temperature: 0 to 40 degree Celsius

Operating humidity: 10 to 95 % non-condens ing.

9.4.3AUXILIARY PTZ CAMERA

Should fulfill following minimum requirements:

A.

B. The PTZ camera should have IR remote control

C. Thin profile and wall-mount Bracket

D. The PTZ camera should support both auto and manual focus

E. Auto Exposure: Auto / Manual / Priority AE: Exposure Compensation; Back Light

Compensation

F. Standard based far end camera control (FECC)

G. Resolution and standards:

I. Resolution: min 1920 x 1080p

II. The PTZ camera should support both PAL / NTSC vertical signal

H. Ability to PAN, Tilt and Zoom

I. The PTZ camera should have minimum 4x digital zoom and 10x optical zoom

J. The PTZ camera should have horizontal view of 70 degree or better

K. Tilt Range: +/- 15 degree vertical or better

L. Pan Range: +/- 80 degree horizontal or better

9.4.4LED DISPLAY UNIT TYPE 1

A. Minimum screen size 52”

B. Widescreen resolution – 1920 x 1080p pixel HDTV and a wide 16:9

C. Clear Motion Rate: 400

D. Audio: Dolby Digital Plus / Dolby Pulse

E. Sound Output (RMS): 10W x 2

F. Wide viewing angle of 178 degree

G. Swivel Angel on stand +/- 10 degree

H. Maximum picture function like PIP, POP, PAP

I. TV Scan line (480i, 480p, 720p, 1080i, etc)

J. HDTV ready with HDMI Input Interfaces

K. Mounting: Table / Wall mount



9.4.5 DISPLAY UNIT TYPE 2

A. Minimum screen size 24”

B. Widescreen resolution – 1920 x 1080p pixel HDTV and a wide 16:9

C. Clear Motion Rate: 400

D. Audio: Dolby Digital Plus / Dolby Pulse

E. Sound Output (RMS): 10W x 2

F. Wide viewing angle of 178 degree

G. Swivel Angel on stand +/- 10 degree

H. Maximum picture function like PIP, POP, PAP

I. TV Scan line (480i, 480p, 720p, 1080i, etc)

J. HDTV ready with HDMI Input Interfaces

K. Mounting: Table/Wall Mount

9.4.6 MULTIPOINT CONTROL UNIT

1. The MCU must be a rack solution provided with all the necessary accessories to integrate

into a 19 inch rack.

2. The MCU should be purpose-built platform for advanced communications. Offers

reliability, availability, and serviceability. The MCU shall connect 30 sites each at 4Mbps

@HD 720p30fps on IP with AES encryption in CP and VA mode having any

combination of SD, ED and HD EP

3. 30 ports @ 4Mbps with HD 1080p at 30fps resolution should be supported on the same

chassis without any cascading. The MCU should additionally support 30 audio only

participants.

4. The MCU should support 16 CP on single screen, min. 10 different layouts & AES

encryption on each port without the reduction of any port on the MCU.

5. The MCU must have minimum two dedicated 10/100/1000 Mbps Ethernet interfaces for

diverse IP communication, so that the MCU can work on two different networks (e.g.

Private and Public Network).

6. Conferencing Highlights -Personal layout, Auto layout, Layout range -min. 20 layouts,

Choose site to see, Layout border for active speaker indication, Lecture and presentation

mode, Conference profiles, Conference dial out and dial in.

7. The MCU must be capable of transcoding on every port without loss of port count with:

I. bitrates up to 4Mbps with H.264 per connection

resolut ions of QCIF, CI F, 4CI F, VGA , SV GA , XGA , ED (448p,

w448P, 480p, w480p) and HD (w720p) , HD (1080p)

II. all resolutions supported at 30fps with H.264

III. Video codecs: H.261, H.263, H.263+, H.264

IV. Audio codecs: G.711, G.722, G.723.1, G.729, MPEG-4 AAC-LC/AAC-LD,

Siren14™ / G.722.1 Annex

8. The MCU shall support video codecs: H.261 for interoperability with legacy systems and

H.263, H.263+and H.264.



9. The MCU shall support dual video H.239.

10. The MCU shall have the capability to connect to the PC/Laptop for presentation sharing

over LAN /IP network. This functionality shall allow endpoints not having data sharing

capability to send presentation in a conference

11. The MCU shall support H.243/chair control.

12. The MCU shall support a mix of resolutions in both Voice Activated mode and

Continuous Presence. Each endpoint shall receive at the maximum of its capacity without

reducing the capacity of another.

13. The MCU shall support an embedded management tool and scheduler.

14. The MCU shall interoperate with multiple vendors’ endpoints.

15. The inbuilt PC user desktop client should be capable of sharing content sharing, CP,

multiple layouts

16. The inbuilt PC based software client on the MCU should Send/Receive CIF/4CIF and

should be firewall friendly

17. The MCU shall support down-speeding or packet error/loss concealment methods to

ensure optimum video and audio quality. The MCU must provide standards based method

of compensating and correcting for packet loss (of media streams, both 'to' and 'from' the

MCU and terminals) of up to a minimum of 5%.

18. The MCU shall support an external recording and video-on-demand solution

19. The MCU shall support conferences that permanently exist but use no resources/port if no

participants are in the conference. This functionality gives end user the flexibility to

directly join the conference without having to depend or wait for the system

administrator/operator

20. The MCU shall provide a built-in Web server, for configuration and administration.

21. The MCU shall support 3 access levels/ user privileges from administrator to simple

guest.

22. The MCU shall support scheduled conferences and ad hoc conferencing mode at the same

time.

23. The MCU shall support a predefined and unique PIN for each conference.

24. The MCU shall allow users to create conferences on the fly from their endpoints without

the need of an operator.

25. The MCU shall have a separate encode for every port and be able to mix any number of

resolutions, codecs and bitrates by default without loss of port count or functionality.

26. The MCU shall have additional audio-only ports. The number of audio ports shall not

reduce with bitrates or resolutions. When the number of video ports has been exceeded,

additional video connections shall be able to connect using audio only, provided there are

available audio ports.

27. The MCU shall provide HD quality in Continuous Presence to all HD endpoints

connected and deliver this even if SD or ED endpoints are part of the conference. MCU

have the ability to enhance the resoltuion even from the SD and ED endpoints and send to

HD perticipant. This shall not reduce the overall number of ports of the MCU.

28. The solution shall support Standard Definition, Enhanced Definition and High Definition

in both Voice Activated and Continuous Presence mode without loss of functionality or

capacity.

29. The MCU shall be able to display to the video participants a static image of audio-only

participants within the continuous presence layout.



30. The MCU shall provide advanced mechanisms to prevent unnecessary usage of high

bandwidth in HD

31. The MCU shall be capable of supporting H323, SIP, and H.235 v3 in the same conference

at any bandwidth resolution

32. The MCU shall support communication at up to 4Mbps per port using both H.263 and

H.264 video codecs.

33. The MCU shall support AES encryption using H.235 V3 for every participant without

affecting any other feature, functionality or port count.

34. The MCU must support optional removal of the terminal endpoint’s own video image

from the continuous presence video

35. The MCU shall have a built-in auto-attendant from which users can select conferences to

join or start a new conference. This shall be operated using either DTMF or Far End

Camera Control (FECC) commands

36. The MCU shall only introduce a latency of below 100ms, even when using continuous

presence

9.4.7 TOUCH PANEL

A. The Video Conference System should be supplied with touch panel which should be

placed on the main table.

B. The touch panel should also be used as an interface for performing the functionalities

stated below:

I. Point to Point and Multipoint call initiation and termination

Search and directory capability

Start and Stop content H.239 sharing using wired / wireless network through the LCD

panel on the table

Invite participants in a call

Help Desk functionality to invite someone for assistance over Video or Audio



9.4.8 VIDEO CONFERENCE MANAGEMENT SYSTEM (VCM)

Clause Requirement

General

The VCM should a pre-installed server, support for all the Video terminals and MCU in the

network. The system to be provided with a common network management system based on

SNMP with user friendly GUI for both the MCU and video end points.

A web based central management interface should be provided in order to control all system

resources, reserve conferences, and maintain ongoing conference, point-to-point call, and

network and fault management functions. The system should support Dashboard/home screen

providing live snapshots of the entire video infrastructure

The total Video Conference System should support to manage via embedded SNMP, Telnet, SSH

and web server. The management system should be able to manage and monitor video

communication systems and infrastructure from multiple vendors including Polycom, Tandberg,

Lifesize, Sony etc.

The system should support SNMP traps (Network Packets) so that the monitoring and diagnostic

software can be integrated with any other 3rd

party management tool

The system should offer a graphical view of sites and site links and the ability to automatically

generate functional multi site links

RTP ( Real Time Protocol) statistics provides packet loss, jitter and latency over time statistics to

help analyze video call quality over the network

The system should support /integrate with Microsoft Active Directory (H.350) implementation of

LDAP

Fault Management: The solution should have the capabilities to monitor and manage faults for

multi vendor systems including both endpoints and infrastructure

The conference scheduling application should support authorization and monitoring of point-to-

point calls as well as MCU conferences for optimizing bandwidth and network resource usage

and assuring high quality video conferencing

The VCM shall support various user privileges from administrator to simple guest

The VCM shall support scheduled conferences and ad hoc conferencing mode at the same time



System Control feature

Phonebook access

Monitoring and reporting

Software upgrades

Initiate, extend and terminate communications

Change video layouts

Volume control and audio mute/unmute

Send messages to systems

Intelligent Ticket Handling feature

Automated ticket handling (open/close)

Ticket priority customization

Proactive system check-up prior to engaging scheduled meetings

Intelligent Trouble Ticketing Handling

Diagnostic messages and solution suggestions

System status, gatekeeper status, SNMP configuration, ISDN/IP configuration and information

Scheduling and Booking feature

Book system and meeting room simultaneously

Book recurring meetings and video resources

Create, password protect, edit or delete booked communications

Add web or data communication to meetings

Add/remove participants from reservation or connect/disconnect

Connect communications ad-hoc or pre-schedule connection

Schedule point-to-point communications or bridged meetings

Lock communication, preventing new participants from joining



Invite participants by e-mail

Customize meeting names

Call Detail Records (CDR) and Reporting feature:

Pre-packaged and customizable reports.

Call detail records on screen or in native Excel format

Graphical display of call detail data

Support for multiple reporting formats: Onscreen, PDF or HTML

Number of incoming and outgoing calls

Bandwidth usage

Network type

Number/address called

Statistics in data, graph and chart format

Number of scheduled communications per person

Network, gatekeeper

Authentication failure

Error statistics

Interfaces

Min 1x 10/100/1000 Base-TX Ethernet ports (RJ-45)

Power Supply Options

Power supply: AC230V ±20%, 50 Hz

Physical and Environmental

1U/2U 19” rack-mount chassis

Operating temperature: 0 ~ 40 deg C

Humidity: 10% ~ 90% RH Non-condensing

2 years warranty for parts and service.



9.4.10 Video Content Server

Clause Requirement

General

The Video Content Server shall be a rack mount solution, supplied with all the necessary

accessories to integrate into a 19” rack

System Capacity

The system should have inbuilt storage capacity for min 600 hrs@720p30 content and

support for external network storage..

The Content Server should be able to support the external network storage

System Capability

The Content Server should be able to support simultaneous recording and streaming

The Content Server should be able to push / to be pulled the live streaming session to a

dedicated streaming server

The Video Conferences proceedings should be distributable live and as on-demand

(archived) manner over existing IP networks. Streaming media is the preferred method of

distribution for this content. The solution should support all common media players and

end user deployments

The Video Content Server should support video and audio standards mentioned under

MCU specification

The Video Content Server streaming solution should support multicasting

The Video Content Server should have user account separation whereby multiple users can

initiate video calls that are streamed and recorded

The Video Content Server should support for streaming media protocols.

The Video Content Server should be able to stream both live and on-demand archived

conferences simultaneously

Streaming on the Video Content Server should be presented in a web browser or in an

external media player

The Video Content Server should support simple web based user interface for

management from anywhere on the network

The data stored at the Video Content Server should be able to be transferred automatically

to Storage Area Network (SAN)



Recording

Pre-defined template-based recording options

Record presentations or video from live dual stream

(H.239 or Duel Video)

Record simultaneous H.323 or SIP video calls

Calls may be received at up to 2Mbps, up to 1080P30 HD resolution for main camera and

1024x768 for H.239 source

Calls may include main video/audio and H.239/Duo

Recorded calls are transcoded into streaming and downloadable file formats.

Content Library

Searchable content library web interface

Conference categories for easy content management

Send email notifications with content URLs to users

View live and recorded content through Content Viewer web interface

Share conference link enables users to easily identify and share recordings

Thumbnail images of recorded content

Video Standards

H.264 or higher

System Management and Scheduling

Total management via embedded Web server API for customized integration

Security Features

Secure management via HTTPS

Integration with Active Directory via LDAP for access Database

backup and restore utility included Password protected streaming content playback

Full access control lists on all content library items



Interfaces

Min 1x 10/100/1000 Base-TX Ethernet ports (RJ-45)

RS232 console port (RJ-45)


Redundant Power supply: AC230V ±20%, 50 Hz





Flexible zone configuration with prefix, suffix and regular expression support


9.4.8 Video Communications Server (For Gatekeeper, Firewall and Call Control)

Clause Requirement

General

The Video Communication Server provides SIP proxy and call control as well as H.323

gatekeeper services. VCS is the center of the intelligent video communication network,

connecting all infrastructure, management and endpoint devices and is key to interoperability

with Unified Communications and IP Telephony networks and SIP based Desktop devices.

The system should provides standards-based and secure firewall traversal for SIP and H.323

devices and enables communication with the outside world regardless of SIP or H.323 protocol.

The system should be integrated hardware solution and 1U/2U 19” rack-mount size. It should be

from same manufacturer of Video endpoints, MCU, Management solution, Recording and

content management solution.



SIP Registrar for Desktop / SIP Clients

The system should support a PC-based application for communicating over video and voice with content sharing

H.323 gatekeeper (Control Application)

SIP Proxy/Registrar (Control Application) for desktop software based clients

SIP and H.323 support, including SIP/H.323 gatewaying for locally registered endpoints

SIP and H.323 gatewaying for non-registered endpoints

Minimum 2,000 registrations and 40 concurrent calls. Scalable to support 10,000 registrations and 200 concurrent calls.

Flexible zone configuration with prefix, suffix and regular expression support

Can function as a standalone system or be neighbored with other systems

IPv4 and IPv6 support, including IPv4/IPv6 gatewaying

The desktop clients should support transmit and receive HD1080p30

Bandwidth management on both a per-call and a total usage basis, configurable separately for calls within the local subzones and to neighboring systems and zones

Control over which endpoints that are allowed to register

Endpoint authentication

Full multi-vendor support

Call Control and Registrations

Supports manual registration of H.323 and SIP endpoints and API call control Supports H.225/Q.931, H.245 call control routed mode Supports H.323-SIP Inter working Encryption Supports H.323-SIP Inter working Duel Video Registration of H.323 ID, E.164 aliases and services

Zone Control

Supports Remote Zone monitoring Supports Remote Zone redundancy Supports sub-zone area definition for bandwidth management Flexible zone configuration with named zones and default zone Registration Control (open, specifically allow, specifically deny)

Bandwidth Management

Interzone — definable call by call:



Max bandwidth per call Max aggregate bandwidth for all neighboring zones

Intrazone — definable call by call: Max bandwidth per call Max aggregate bandwidth

Auto-down speeding if call exceeds per-call maximum Gateway load balancing

Management

Supports industry standards such as RS-232, Telnet, HTTP(S), XML, SNMP, SCP and SSH Embedded setup wizard on serial port for initial configuration Advanced management support and configuration with :

- Call logging and diagnostics - Support for logging to a syslog server

Local time zone aware

Interfaces

Min 4x 10/100/1000 Base-TX Ethernet ports (RJ-45) RS232 console port (RJ-45)


Redundant Power supply: AC230V ±20%, 50 Hz

Power consumption: <300W





Warranty




9.5 SPECIFICATIONS FOR OTHER ACCESSORIES

A. Wireless Microphone

Clause Requirement

Clause Requirement

Consistent on-axis response

Structured ultra-thin design

Preferably Push to Talk

Causes no interference to the Video Conference System, especially the audio sections

Supports interface with mixer/VC system with perfect matching

Polar pattern: Super-Hyper Cardioid

Low output Impendence

Works properly with Echo Canceller


B. Collar Microphone

Clause Requirement

Collar Wireless Microphone

Consistent on-axis response

Structured ultra-thin design

Causes no interference to the video conferencing system, specially the audio part.

Support interface with mixer/VC system with perfect matching

Appropriate polar pattern

Low output impedance

Works with echo canceller




C. Microphone Array

Clause Requirement

Ceiling Mounted Microphone Array

Should have powerful microphone providing excellent sound in large meeting rooms

Should be capable to replace for up to 6 conventional microphones

D. PROFESSIONAL LOUDSPEAKER /PA SYSTEM

The loud speaker / PA system should be installed and integrated with the video conferencing

system in such a way that it can be used during Video conferencing and local presentation as well.

It should contain integrated echo cancellation system so that the local and remote audiences

experience no echo or noise during both video conferencing and local presentations.

It should also contain a mixer that mixes the different audio sources appropriately so that both

local and remote audience experience a clear noiseless soothing sound during video conferencing

and local presentations.

The system consist of 1 no of amplifier with control unit and 4 no of wall-mount speakers

The Amplifier system:

Should have 85W x 2 high power output

ToP-ART (Total Performance Anti-Resonance Technology)

Subwoofer out

Balanced System for Minimal Noise

The Amplifier shall causes no interference to the Video Conference System, especially the audio

sections

The Amplifier shall supports interface with VC system and Wireless Microphone with perfect

matching

Speaker System:

Type: In-Wall Single Speaker

Frequency Response: Min 50 Hz - 28 kHz

Sensitivity: 88 dB/2.83 V/1 m

Input Power (Max / Nominal): 150W / 50W

Impedance: 8 Ohms



E. ELECTRONIC WHITE BOARD

Requirement

It should be fully compatible with Video Conferencing System

72″ Whiteboardwith built in projector.

User friendly interface with VC system and PC/Multimedia Projector

Support multicolor pen

Printing the Lectures and Presentations


E.1 Interactive Digital Board LCD Series

Requirement

The IDB should built-in high spec PC, speakers, DVD/CDRw

The IDB isn’t annoying shadows or ambient light issues

It should be Pen or finger driven. Use a pen or your finger to drive and manipulate IDB,

it’s up to user.

It should be Quick set up time. Turn on and off by pressing the power button, IDB’s fully

integrated 5 in 1 device is managed through VTRON’s instinctive control panel.

It should have Screen recording function. The IDB’s screen recorder is able to record all

screen and audio activity on the IDB and save as industry-standard AVI video files. The

captures can be used for creating training & demonstrating videos for reviewing at a later

date.

It should be Dual Touch (Microsoft Windows TM 7 compliant). Allow user to use zoom

and rotate operations by two points of touch. It facilitates project based

learning/interaction and supports all learning styles.



F. MULTIMEDIA PROJECTOR

Requirement

For Cat 1 & Cat 2 VC center

Type : LCD

Image Brightness : ≥ 4000 ANSI lumens

Contrast Ratio :: 1000:1(Iris:ON)

Resolution : 1080P color pixels

Lens : Manual zoom (F=1.7 – 1.9) 1:1.2

Lamp 275 W UHB

Speakers: 4 W x 4 SRS WOW technology

Image Size: 24~300 inch (Diagonal)

Image aspect ratio: 16:9, 4:3

Input Signals :

RGB Input – VGA,SVGA,XGA,WXGA,SXGA, UXGA, MAC16”

Video input: NTSC, NTSC4.43, PAL,SECAM,M-PAL, N-PAL,

HDTV: 750p(720p), 1125i (1080i)

Screen Distance : 3 ft-35 ft

Wired remote control port

Control and mouse : 9-pin Dsub x 1 for RS232C,

USB type Bx1 for mouse control

Wired Network (LAN): RJ-45x1

Lamp Source life : 3000 hours

Mount & Projection: Ceiling, Reverse




G. MULTIMEDIA PROJECTOR SCREEN

Requirement

For Cat 1 & Cat 2 VC Center (Classroom type)

Size: 180” (Diagonal)

Screen Type: Hung on the wall

Aspect Ratio: 4:3

Viewing Surface: Matte White

Remote controlled.

For Cat 3 VC center (Meeting Room Config)

Size: 80” (Diagonal)

Screen Type: Hung on the wall

Aspect Ratio: 4:3

Viewing Surface: Matte White

Remote controlled

H. DOCUMENT CAMERA

Requirement

Image Pick-up Device : 1.3 mega pixel

Effective Pixel : 1280 x 1024

Frame Rate: Maximum of 30 frames per second

Resolution RGB output : 800 x 800 TV lines

Zoom : Powered, 5.2 x optical, 8 x digital

Lens: F 2.8 to 3.2, f = 3.8mm to 20.2 mm

Focus : Auto / Manual (Powered)

Brightness Control : Auto / Manual



Requirement

Power Source : 230 VAC

Direct Interface with optical microscope


I. REQUIREMENTS FOR PC/ LAPTOP USERS



Clause Requirement

General

PC/Laptops should have desk top client installed and be able to participate in an ongoing

conference using his web camera and audio facilities and IP network connectivity. The software

should support intuitive user interface with presence capability that indicates when users are

available.

Video Features:

The desktop clients should be capable of transmit HD and receive HD video when in a point to point call between two PC’s , point to point call between a PC and Videoconferencing system and Multipoint call on the MCU.

The desktop client should also be able to share content at anytime during a call either with another client or with hardware based endpoint.

Full Screen View should be possible for a Video call from a desktop client

Audio Features:

Adaptive acoustic echo cancellation

Perceptually optimized packet loss concealment

User Interface:

Address book search

My Contacts

Recent calls with time, date and duration

Bandwidth settings control

Resolution settings control



J. L2 SWITCH

Clause Requirement

General

Layer-2 edge LAN switches will be used in the Access Layer to connect Video Conferencing CODECs, PCs, Laptops, Content Servers, VCM, Video Communication Servers, IP phones, Video Cameras and other end-devices.

Capacity and Performance

2(Two) Gigabit Ethernet and 24 10/100 Fast Ethernet Ports

At least 8 Gbps switching fabric

Forwarding rate not below 6.5 Mpps

Configurable up to 8000 MAC addresses

Security

Authentication, access control and security policy administration to secure network connectivity and resources.

Support of 802.1x authentication standard to allow users to be assigned a VLAN upon authentication regardless of their connectivity to network which permits user mobility all over the network without any administrative overhead.

Allow ACLs to be used to restrict access to sensitive portions of the network by denying packets based on source and destination MAC addresses, IP addresses, or TCP/UDP ports in order to prevent DoS and other attacks. ACL lookups to be performed in hardware for forwarding performance not to be compromised when implementing ACL-based security.

Support of DHCP snooping and IP source guard to prevent DHCP spoofing from untrusted users

Use of Port-Security feature to limit access on an Ethernet port based on the MAC address of the

device. Prevention of MAC flooding attack by limiting total number of devices plugged into a

switched port.

Support of SSH version 2 and SNMP version 3 in order to encrypt network-management and administrative information

Support of Different Levels of Authorization

Support of RADIUS authentication support



Quality of Service

Auto-Detection of IP Phones for automatic classification of Voice Traffic and egress queuing

Switches should offer QoS features to ensure that network traffic is classified and prioritized and

that congestion is avoided in the best possible manner. To implement QoS, the Switches should

first identify traffic flows or packet groups, and then classify or reclassify these groups using the

DSCP or 802.1p Class of Service (CoS) field.

Switches should support more than two egress queues per port, to provide more control in

assigning priorities for the various applications on the LAN. At egress, the switches should

perform congestion control and scheduling, the algorithm or process that determines the order in

which queues are processed.

Allocation of bandwidth based on Committed Information Rate (CIR) on a per port basis.

Bandwidth should be allocated based on several criteria, including MAC source address, MAC

destination address, IP source address, IP destination address, and TCP or UDP port number.

Should support control and Data plane QoS ACLs

Warranty


K. WIRELESS ACCESS POINT (WPA)

Clause Requirement

General

Easy installation, firmware updates and troubleshooting

Support of web based device management system

Network security through authentication, authorization and data encryption standard

Support of different modulation, wireless standards and protocols

Supports different operating modes such as Access point mode, point-to-point bridge mode,

point-to-multipoint bridge mode, repeater mode, wireless client mode

Support of different standards such as IEEE 802.11g, IEEE 802.11b, IEEE 802.3, IEEE803.3u

Support of a variety of protocols including CSMA/CD, TCP, IP, UDP, AppleTalk, DHCP etc.



Support of wireless operating frequency range from 2.412 to 2.497 GHz ISM band

Support of a variety of networking environments including Mac OS 9.x, X v10.x, AppleTalk,

Linux, Windows NT, 2000, XP e

Support of wide area coverage at high speeds over an indoor area 300 feet or more in radius and

outdoor area over 1200 or more feet in radius

Security Features

Support of Wireless Access Control

Support of wireless client isolation between and within SSID

Support of different security methods including Wired Equivalent Privacy (WEP) which will be

64,128,152 bit, WPA-Personal, WPA2-Personal, WPA2-Mixed, WPA-Enterprise, RADIUS etc.

WPA-Enterprise can be used when a RADIUS server is connected to Access Point

Support of 802.1X/EAP(Extensible Authentication Protocol) such as EAP-MD5, EAP-TLS,

EAP-TTLS, EAP-PEAP

Support of SSID (Service Set Identifiers) broadcast enable or disable

Support of Wi-Fi protected security

L. RACK

Clause Requirement

It should be floor mounted

It should be a standard 19 inch minimum 16 U Rack

Should follow specification as defined in EIA 310-D standards

Superior Ventilation

Single front glass door

Single flush mount rear door

Sub-distribution board including ground bar, AC distribution

Should have locking system and shall have four posts to be fixed with the floor,

Should have power distribution facility and fan cooling provisions.



M. POWER BACKUP EQUIPMENT (ONLINE UPS)

Type 1 (For VC Center, Classroom Cat 2 & 3)

Clause Requirements

Type : Double Conversion Online

System Capacity : 5 KVA

Input Voltage : 180-240 VAC

Output Voltage : 230 VAC

Frequency : 50HZ

Efficiency : Min 85% at rated load

Power factor : > 0.9

Noise : <50dB

Alarm : Low battery condition

: Over load

: Battery dead

Indicator : Over load

: Battery charge

: Battery dead

Protection : Emergency power off

: Lightning and Surge Protection

Backup time : 2 hour at full load

Management: UPS is controlled and monitored by a PC, using software provided by the

manufacturer.




Type 2 (For VC Center Meeting Room Cat 1)

Clause Requirements

Type : Double Conversion Online

System Capacity : 3 KVA

Input Voltage : 180-240 VAC

Output Voltage : 230 VAC

Frequency : 50HZ

Efficiency : Min 85% at rated load

Power factor : > 0.9

Noise : <50dB

Alarm : Low battery condition

: Over load

: Battery dead

Indicator : Over load

: Battery charge

: Battery dead

Protection : Emergency power off

: Lightning and Surge Protection

Backup time : 1 hour at full load




N. 50 KVA DIESEL GENERATOR

Prime Power 50 kVA

Standby Power 55 kVA

Frequency 50 Hz

Output 50kVA (40.0kW), 3ph / 400v, 1ph / 230v

Engine speed 1500/1800 rpm

Power factor 0.8

Load &Fuel consumption

Generator should be able to run at any fraction of its capacity upto its full

capacity. Fuel consumption should correspond to the load being

consumed(e.g. at 50%load fuel consumption should be nearly 50% of

that of 100% load and so on)

Fuel tank capacity Minimum 8 hrs at full load service tank,

Control Panel BS4343 industrial sockets individually circuit breaker protected 3 x 32a

230v , 1 x 32a & 1 x 63a 400v ELCB/RCD protected 230v/400v sockets.

Hard wire facility-230v, 2 wire remote start connection as standard.

Digital Control Manual push button start and stop, engine control, generator protection,

engine oil pressure measurement, engine coolant temperature

measurement, generator active power measurement, generator power

factor measurement, periodic maintenance request indicator, engine hour

counter, event logging, statistical counters, field adjustable perimeters,

RS-232 serial port interfaces, LED display, overload, under/over speed

protection, low coolant level warning,Backlit LCD display (which clearly

shows engine status, Push button start / stop, monitors engine speed,

frequency, voltage, run hours, low oil pressure, high engine temperature,

and charge fail, also displays the warning and shutdown status of the

engine, Oil pressure/temperature & Fuel gauges) Battery isolator switch,

Emergency stop switch and 2 wire remote start

Start Method Electric start and Auto start

Engine Four cylinder, four stroke, turbocharger, water cooled, direct injection,

diesel engine. Electric start/stop with low oil pressure and high engine

temperature shutdown. 12v battery charge system. Battery isolator

switch.500 hour service intervals.

Alternator: 50kVA single bearing brushless maintenance-free alternator with 3 Phase

UVR6 automatic voltage regulator.



Canopy Sound proof acoustic / weather-proof enclosure with large access doors

for maintenance.

Noise Level 65 - 69 dBA @ 7 metres

O. AIR CONDITIONING SYSTEM

Each VC center shall be adequately equipped with air conditioning system.

Total effective cooling capacity shall be not less than 140,000 BTU/h

Capacity of each unit of Air Conditioning systems shall not be more than 7 KW or 24,000

BTU/h.The number of Unit offered for each site should be enough to keep the VC room

temperature less than 24 degree Celsius with capacity audience at any weather condition of

Bangladesh.

P . FIRE FIGHTING ARRANGEMENT

The room should be equipped with manually operable gas cylinders for fire suppression enough

for the VC rooms based on total floor flooding protection for enclosed areas.

The Fire fighting gas shall be stored in steel storage containers complying with D.O.T. specifications and shall be equipped with differential pressure valves. No replacement parts shall be required to refill the FM-200 containers.

Extinguishing agent stored in high strength alloy steel cylinders.

Fire suppression agent shall be discharged through a resettable solenoid operated device which shall release the agent through a differential pressure valve. The system discharge time shall be not more than 10 seconds.

manufactured and shall be installed in accordance to international safety codes. The proposed Gas should be refillable up to year 2015.

NOTE: Systems which employ explosives, pyrotechnic or initiator and rupture disc as

means of releasing the agent / GAS shall not be permitted.



9.6 SPECIFICATION FOR ENVIRONMENTAL MODIFICATION FOR VC SITES

A. ACOUSTIC QUALITY MODIFICATION

All required modification of the room shall have to be taken to reduce reverberation or echo in the room to achieve a quality acoustic level. These includes (but not limited to ) where necessary :

Constructing decorative wall panels exhibiting sound absorption characteristics

Heavy drapes to cover windows

False ceiling & Synthetic Carpets.

B. LIGHTING ARRANGEMENT

All required modification and arrangement shall have to be done so that the room lighting is appropriate to generate a clear and pleasing image of the room and of the people in it.

Light type: The bulbs should be fluorescent day light type.

Lighting Level: An even level of light should be created around the whole room except at the

screens. Lighting level on participants in the room should be approximately 700lux.

Housing / Finish: 0.060 formed aluminum sheet metal, antique white.

Reflector: 24 gauge formed aluminum sheet metal (polished spectacular finish)

Mounting: Fluorescent lights having baffles at an angle, directing the light at 45 degrees from the

ceiling or with adjustable yoke for angular and directional rotation. If necessary, some lights need

to directed from below to avoid facial shadows.

Zoned Lighting: To enable other use of the room, there should be zoned lighting arrangement for

the front of the room that is switched separately from the rest of the room lights. For the

classroom type of VC room (Cat 1 and Cat 2) the lighting shall be “zoned” into rows of separately

switched lights.

C. AESTHETIC QUALITY MODIFICATION

The supplier shall have to do all other kinds of modification for aesthetic quality

appropriate for standard video conference facilities, including painting the walls, closing

windows or doors, Wooden Panels and wall decoration etc.

The walls facing the camera should be covered with decorative wall papers/painting/

posters that symbolizes and identifies the sites.



D. RAISED FRONT PODIUM

For Classroom type of arrangement (Cat 1 & Cat 2 ) VC center, the front side of the room

should have a raised front podium so that the participants have clear view of the screen

or the person presenting in case of local presentations.

E. FALSE CEILING

The Ceiling of VC rooms should be covered with standard False Ceiling

F. DATA & POWER CABLING

All the data and power cables should be laid as per industry standard structured cabling system

Data and Power cables should not run parallel

All the cables should be concealed properly and should not obstruct movement inside the room.

G. GALLERY ARRANGEMENT

For Classroom type of arrangement, the floor should be gallery type (staircase) so that the

participants have clear view of the screen or the person presenting in case of local presentation.

The floor should be wooden covered with carpet.

All cables for power and data should run below the wooden floor.

H. SPECIFICATION FOR FURNITURE

The furniture should be comfortable and should be of aesthetic choice. The color of the furniture

should be of medium dark shade.

The chairs should be fabric covered. It should contain a writing table hinged with it so that the

participants can take notes. The other furniture of the room should avoid hard surfaces that create

reverberation.

The tables need to have what is called a modesty panel attached to the front face of the table to

hide participants legs from the cameras.



Appendix – 1

LIST OF VIDEO CONFERENCING CENTERS

Sl. Name of the University Student

Capacity

Approximate size of the

room

1 University of Dhaka, Ramna, Dhaka -

1000

60

2 University of Rajshahi, Rajshahi -6205 60

3 Bangladesh Agriculture University,

Mymensing - 2202

60

4 Bangladesh University of Engineering

and Technology Ramna, Dhaka -1000

60

5 University of Chittagong, Chittagong 60

6 Jahangir Nagar University, Savar,

Dhaka – 1342

60

7 Islamic University, Kustia -53041 40

8 Shahjalal University of Science and

Technology, Sylhet -3114

60

9 University of Khulna, Khulna – 9208 60

10 National University, Gazipur -1705 40

11 Bangladesh Open University, Board

Bazar, Gazipur –1705, PABX 9291101

- 4

60

12 BSMR Agriculture University, Salna,

Gazipur – 1700

60

13 Hazi Md. Danesh University of Science

and Technology Dinajpur – 5200

60

14 Patuakhali Science and Technology

University, Dumki, Patuakhali – 8602

40

15 MawlanaBhashani Science and

Technology University, Santosh,

Tangail

60



16 Dhaka University of Engineering and

Technology, Gazipur - 1700

60

17 Rajshahi University of Engineering and

Technology, Rajshahi - 6204

60

18 Chittagong University of Engineering

and Technology, Chittagong - 4369

60

19 Khulna University of Engineering and

Technology, Khulna - 9203

60

20 Jagannath University, Wiseghat, Dhaka

Phone: 7318343, 7119731

60

21 Noakhali University of Science and

Technology, Shonapur, Noakhali,

Phone: 0321- 61433

40

22 Chittagong Veterinary and Animal

Sciences University, ZakirHossain

Road, Khulshi, Chittagong-4202

40

23 Comilla University, Kotbari, Comilla 40

24 JatiyaKabiKaziNazrul Islam University,

Trishal, Mymensingh

40

25 Jessore Science & Technology

University, Ambot-tala Bazar, PO:

Dogachia, Churamonkathi Union,

JessoreSadar, Jessore

40

26 Pabna University of Science and

Technology, Govt. TTC, Rajapur,

Pabna

40

27 Sylhet Agricultural University,

Taligor,Sylhet-3100,sylhet

40

28 BegamRokeya University 40

29 BARISAL UNIVERISTY 40

30 BANGLADESH UNIVERSITY OF

PROFESSIONALS, MIRPUR

CANTONEMENT, DHAKA 1216

60

31 BANGLADESH TEXTILES

UNIVERSITY

40

32 BANGABANDHU SHEIKH

MUJIBUR RAHMAN SCIENCE AND

TECHNOLOGY UNIVERSITY

40



10 Unified communication systems

10.1 IP PBX

A Specifications

Call Control System Architecture & Redundancy

A comprehensive IP based solutions based on a Server Architecture.

The call control system should have SIP based architecture and will provide support for

integrated telephony solution for Analog & IP Phones, PSTN gateways over IP

architecture.

The call control system will be of centralized architecture so that a single system can

support all end points viz. IP phones, analog phones, gateways etc. in a region containing

multiple sites connected across wide area network.

The call control system should be fully redundant solution with NO single point of failures

& should provide 1:1 redundancy to all extensions in the region

The call control system should support various architectures like, centralized, distributed

with clustering over the WAN, distributed with centralized call control, remote

survivability.

Support for call-processing and call-control.

It is desirable to have all the appliances in the call control system should have dual

redundant and hot swappable power supply and fans for high availability.

All appliances in the call control system should have hot swappable storage media (if any)

to ensure high availability.

All appliances in the call control system should preferably be connected over gigabit

Ethernet for connectivity to the network.

Shall support signaling standards/Protocols – SIP, MGCP, H.323, Q.Sig.

CODEC support - G.711, G.729, G.729ab.

Should support following phone types – IP Phones, IP Softphone for PCs, Analog Phones.

Having inbuilt administration software

Able to add bulk add, delete, and update operations for devices and users.



Conference Bridge—provides software conference bridge resources that can be used by IP

EPABX.

IP Phone Address Book Synchronizer—allows users to synchronize Microsoft Outlook or

Outlook Express address books with Personal Address Book. The Synchronizer provides

two-way synchronization between the Microsoft and IP Telephony products.

System Capabilities Summary

The System should have IP capability for interfacing & Communicating with Voice, Video

and Data infrastructure

The architecture should support a maximum of 7,500 IP phones per Server (based on a

High End Server)

The architecture should support scalability for 30,000 IP Phones/Extensions and also to

provide redundancy

The System should support Alternate automatic routing

The System should support Automated Route selection

The System should have GUI support web based management console

Open API should be provided when required which will help to develop customized IP

Applications which will integrate with the Call Processing

The System Should support Attenuation and gain adjustment per device (phone and

gateway)

The System should have Automated bandwidth selection

The System should have XML Layer (AXL) Simple Object Access Protocol (SOAP)

Application Programming Interface with performance and real-time information.

Call preservation - redundancy and automated failover – on call-processing failure

Coder-decoder (codec) support for automated bandwidth selection

G.711 mu-law, a-law

G.722, G.722.1

G.723.1

G.728

G.729A/B

Wideband audio



Advance Audio Codec

Support for GSM-EFR, FR shall be preferred.

Digit analysis and call treatment (digit string insertion, deletion, stripping, dial access

codes, digit string translation and dial pattern transformation)

Database resiliency to increase feature availability for the following:

Extension mobility

Privacy

Device mobility

Monitoring

Hunt groups

Device mobility changes in the location-specific information when a device moves within

the cluster

Dial-plan partitioning

Distributed call processing

Deployment of devices and applications across an IP network

"Clusters" of Call-Servers for scalability, redundancy, and load balancing

Maximum of 30,000 busy-hour call completions (BHCCs) per Call server

(configuration dependent)

Scalability of 100+ sites or clusters through H.323 gatekeeper

Fax over IP—G.711 pass-through and Fax Relay

Forced authorization codes and client matter codes (account codes)

Hotline and private line automated ringdown (PLAR)

Multi-Level Precedence and Preemption (MLPP)

Multiple remote CallServer platform administration and debug utilities

Real-time and historical application performance monitoring through operating system tools and Simple Network Management Protocol (SNMP)

Monitored data collection service

Programmable Line keys



PSTN failover on route unavailability—AAR

Q.SIG (International Organization for Standardization [ISO])

Basic call

Call Transfer by Join

Identification Restriction (CNIR (Calling Name Identification Restriction), COLR (Connected Line Identification Restriction), CONR (Connected Name Identification Restriction))

Loop prevention, Diversion Counter & Reason, Loop Detection, Diverted to Number, Diverting Number, Original Called Name& Number, Original Diversion Reason, Redirecting Name.

Redundancy and automated failover on call-processing failure

Call preservation on call-processing failure

Station through trunk

automated failover and automatic update.

Security

Configurable operation modes: non-secure or secure

Secure conferencing is available to all members of the conference.

Device authentication: Embedded X.509v3 certificate in new model

phones. CAPF used to install locally significant certificate in phones.

Data Integrity: TLS cipher "NULL-SHA" supported. Messages appended with SHA1 hash of the message to ensure that the message is not altered on the wire and can be trusted.

Privacy: Call Server supports encryption of signaling and media.

Secure HTTP support for Call Server Administration, Serviceability, User

Pages, and Call Detail Record Analysis and Reporting Tool.

Secure Sockets Layer (SSL) for directory

Phone Security: TFTP files (configuration and firmware loads) are signed with the self-signed certificate of the TFTP server. The CallServer system admin will be able to disable http and telnet on the IP phones.

SIP trunk (RFC 3261) and line side (RFC 3261-based services)



Shared resource and application management and configuration

Transcoder resource

Conference bridge resource

Topological association of shared resource devices (conference-bridge,

music-on-hold [MoH] sources, and transcoders)

T.38 fax support (H.323, and SIP)

Third-party applications support

Broadcast paging—through foreign exchange station (FXS)

Simple Messaging Desktop Interface (SMDI) for message waiting

indication

Hook-flash feature support on selected FXS gateways

TAPI 2.1 service provider (TSP) interface

JTAPI 2.0 service provider interface

Time-of-day, day-of-week, and day-of-year routing and restrictions

Video codecs: H.261, H.263, H.264, and Wideband Video Codec

Video telephony (H.323, and SIP)

User Features with SIP support

Abbreviated Dial

Answer and answer release

Autoanswer and intercom

Callback busy, no reply to station

Call connection

Call coverage

Call forward—all (off net and on net)

Call forward—busy

Call forward—no answer

Call forward—no bandwidth



Call forward—not registered

Call hold and retrieve

Call Join

Call park and pickup

Call pickup group-universal

Call pickup notification (audible or visual)

Call status per line (state, duration, number)

Call waiting and retrieve (with configurable audible alerting)

Calling Line Identification (CLID)

Calling Line Identification Restriction call by call (CLIR)

Calling party name identification (CNID)

Conference Bridge

Conference Chaining

Conference List and Drop any party (ad-hoc conference)

Dialed Number display

Direct inward dial (DID)

Direct outward dial (DOD)

Directed call park with BLF

Directory dial from phone—corporate, personal

Directories—missed, placed, received calls list stored on selected IP phones

Distinctive ring (on net vs. off net)

Distinctive ring per line appearance

Distinctive ring per phone

Drop last conference party (ad-hoc conferences)

Extension mobility support

Hands-free, full-duplex speakerphone



Hypertext Markup Language (HTML) help access from phone

Hold reversion

Immediate Divert to voicemail

Intercom with whisper

Join across lines

Last number redial (off net and on net)

Log in and log out of hunt groups

Malicious Call ID and Trace

Proxy line support

Manager features: Immediate divert or transfer, do not disturb, divert all

calls, call intercept, call filtering on CLID, intercom, speed dials.

Assistant features: Intercom, immediate divert or transfer, divert all calls,

manager call handling through assistant console application

Shared Line support

Manager features: Immediate divert or transfer, do not disturb, intercom,

speed dials, barge, direct transfer, join.

Assistant features: Handle calls for their managers; View manager status and calls; Create speed dials for frequently used numbers; Search for people in the Corporate/Call Manager directory, handle calls on their own lines, immediate divert or transfer, intercom, barge, privacy, multiple calls per line, direct transfer, join, send DTMF digits from console, MWI status of managers phone.

System capabilities: Multiple managers per assistant (up to 33 lines), redundant service

Multiple calls per line appearance

Original calling party information on transfer from voicemail

Privacy

Real-time QoS statistics through HTTP browser to phone

Service URL—single button access to IP Phone Service

Single button barge

Single directory number, multiple phones—Bridged line appearances



User-configured speed dial and call forward through Web access

Video (SIP and H.323)

Web services access from phone

Web dialer: Click to dial

Summary of Administrative Features

AXL Simple Object Access Protocol (SOAP) Application Programming Interface with

performance and real-time information.

CDR Analysis and Reporting Tool (CAR)

Dialed Number Analyzer (DNA)

Dialed number translation table (inbound and outbound translation)

Dialed number identification service (DNIS)

Enhanced 911 service

JTAPI 2.0 computer telephony interface

Open standard protocol like MGCP signaling and control to selected VoIP gateways

QoS statistics recorded per call

Single CDR per cluster

TAPI 2.1 computer telephony interface

Extended Markup Language (XML) API into IP phones

IP Security (IPsec) and certificate management

Real-time trace monitoring

Syslog to SNMP trap MIB

Enhanced AXL SOAP API to modify the database shall be preferred.

Video Telephony Features and Support:

Video calls to be placed with the same user model as audio calls.

Call-Server should support new video end points.



SIP Video endpoints which should inherit the functionality of audio calls

which gives the user the same call model for both video and audio calls.

Call-Server should have the infrastructure to handle codec and video capabilities of the endpoints, bandwidth negotiation to determine if video/audio call can take place, single point of administration, management of media devices such as gateways and MCUs.

Call-Server should provide a common control agent for signaling,

configuration, and serviceability for voice or video end points.

Integrating 3

rd party IP phone and Expanding existing IP phone capability to

include video

Trunk and Endpoint Support :

Native support of SIP devices

CTI for Internet service provider (ISP) phones

Presence information for SIP devices, including support for PUBLISH

Fault, configuration, accounting, performance, and security (FCAPS) enhancements to

support SIP

SIP trunk enhancements for external applications, such as conferencing and presence

Third-party SIP devices supporting RFC 3261

SIP line-side RFCs: RFCs 3261, 3262, 3264, 3265, 3311, 3515, and 3842

SIP trunk RFC support: RFCs 2833, 2976, 3261, 3262, 3264, 3265, 3311, 3323, 3325,

3515, 3842, 3856, and 3891

QSIG, SIP, H.323

Remote Survivability System

The enterprise unified voice solution should provide remote survivability option for the

local IP phones at all the Area Offices in case of a link failure.

Should provide automatic survivability service to all types of IP phones in the local site in

the event of no service being available from the call control system to the phones. The

survivability system should be capable of providing fall back telephony system on its own

in case of no network availability.



In the event when service from the call control system becomes unavailable, the phones

should register themselves automatically to the survivability system.

No existing “internal” calls should drop while the switch over is happening as mentioned

in the previous point.

The survivability system should be able to facilitate voice calls between phones in the

same site.

Once the service from the call control system is back to the phones, the phones should

automatically switch over from the survivability system to the call control system without

any manual intervention or system interruption.

No “internal” existing calls should drop while the switch over is happening as mentioned

in the previous point.

Should provide the following basic call features while the phones are registered with the

survivability system - Caller ID, Call hold & resume, call pick up, call forward, call

transfer last-number redial, Calling party name, music on hold, distinctive ringing.

In the event of a few sites loosing the service from the call control system due to some

failure in the WAN connectivity, the survivability systems should be able to allow voice

calls between locations through PSTN by leveraging the PSTN gateway.

While the phones are working with the survivability system, the survivability system

should support signaling encryption for all types of IP Phones to make sure no tampering

has occurred to signaling packets during transmission.

The survivability system should support encryption of the voice traffic (media) between all

three types of IP Phones using standard based Secure RTP (SRTP) as per IETF RFC 3711

for security requirements while the phones are working with the survivability system due

to loss of service from the call control system.

Should support compression of VoIP packet headers using compressed Real Time protocol

as per IETF RFC 2508.

Should support IP Precedence and DSCP for VoIP packet classification & marking.

Should have QoS support to offer very low latency and jitter to critical voice traffic.

Should support policing and shaping for delivering the appropriate QoS to applications as

well as for securing the survivability system from threats.

B. Clarifications:

Licensing : Please describe in detail all the licensing requirement as to the devices, servers, nodes

etc. Please clarify if there is any licensing requirement for clustering, firewall and vpn access of

mobile devices



HTTP access: Please explain if any features of the IPPBX require web access to the IP Phone to

function correctly. Please explain if http is disabled, what features may be lost.

3rd

Party SIP IP phone: Please enlist and explain what features are likely to be lost if we use 3rd

party SIP IP Phone.

WAN reconnection: Please explain in detail the scenario for a ongoing call during survivability

mode, whether it disconnects and reconnect upon upon WAN restoration.

Voice mail: Pleas explain in detail how voicemail will function in survivability mode; i.e. is an

extra module required in gateway to facilitate voicemail and auto-attendant for end users and

main numbers at a remote site.

10.2 UNIFIED MESSAGING SYSTEM

S.

No. Specifications

A. General Specification:

1

The user should have distributed voice mail system integrated with the messaging network so that

designated users can use the voice mail and unified messaging capability.

2 The voice mail system should meet the following specifications

(a) The solution should provide voice mail, e-mail and fax message to a single inbox for the users.

The messaging infrastructure will be provided.

(b) Should provide unified messaging service to at least 1500 users initially and should be scalable

to 2500 voicemail boxes.

(c) Should have at least 96 voice mail ports in the delivered configuration.

(d) The system should be scalable for providing unified messaging services to all users of a single

region.

(e) Should have hot swappable redundant power supply and fans for high availability.

(f) Should have at least two Gigabit Ethernet interface for easy connectivity to the network.

(g) The voice mail system should announce the number, type, the date and time of sending when

new messages arrive in user’s mailbox.

(h) Should support G.711 and G.729 codecs.



B. Unified Messaging Features

1

E-mail, voice, and fax messages should be organized in user's e-mail inbox, giving centralized

communications control.

2

Voice and fax messages should be accessed from a desktop PC, laptop computer with Internet

access, or any touch-tone telephone/ mobile phones.

3 A text-to-speech module reading e-mail messages over the telephone in clear, spoken words.

4

Should support unified architecture to allow IT staff to set one backup procedure, one message

storage policy, and one security policy.

5

Should support retrieval of voicemail messages using personal data assistant/ mobile phone

devices.

C. Interoperability and Availability

1 VPIM support-digital interoperability

2 AMIS support-analog interoperability

3 Managing new voice messages when the e-mail system or network is offline

4 QSIG support-enhanced integration with traditional PBX

5 Failover capability for preventing service disruption if the unified messaging server is unavailable.

6 Message Access from the Telephone User Interface (TUI)

7

Play and process messages (repeat, reply, forward, delete, save, mark as new, hear day/time stamp,

or skip to the next message)

8

Deliver messages to users at designated telephone numbers- home, cellular or mobile telephone,

and remote-office telephones

9 Control volume and speed during message recording and playback

10 Pause/resume during message recording

11 Record message and specify as regular, urgent, private, or future delivery.

12 Record message and request return receipt

13 Switch between spelling name and extension when addressing message

14 Immediate reply to messages from other subscribers by calling them back directly from the TUI

15 Forward faxes to any fax machine from a touchtone telephone



D. Message Access from the PC

1

Digital video recorder (DVR)-style interface in email client to play, rewind, pause, or fast forward

voice messages with a few mouse clicks.

2 Send voice and fax messages-to anyone who can receive Internet e-mail

3 Download all message types and respond to or create new messages offline.



10.3 CONFERENCING AND COLLABORATION

S.

No.

Specifications

A. The conferencing system should meet the following general specifications:

1 The system should provide integrated audio, video and web conferencing solution.

2

Should provide at least 40 ports so that 40 simultaneous users can use a single system at a time for

audio conferencing (e.g. 5 simultaneous conferences while each of the conferences is having 8

users).

3 Should be a server based architecture, with two 10/100/1000 fast Ethernet connections.

4 The system should have dial-in and dial-out capability for getting users joined for a conference.

5 The system should support segmented meeting access for external and internal users.

6

All users using the IP Phones and Analog phones should be able to use their IP & analog phone

(whichever applicable) to join the conference.

7 Should support SIP, H.323, G.729a and G.711 codecs.

8 Should support integration with LDAP and Microsoft AD.

9

The system should announce entry and departure of conference participants with the help directory

as and when they join or leave the conference for security and ease of operation.

10 Should provide mute and un-mute facility to the user during the conference.

11

The conferencing system should allow the users to share document, application, presentations etc

during the conference.

12

All users in the audio conference should be able to avail the web collaboration facility

simultaneously.

13

The conference participants should be able to perform one-is-to-one and one-is-to-all instant

messaging during the conference.

14

Should preferably provide integration facility with email platform for automated document delivery

to the users email box.

15 Should support broadcasting announcements during a conference.



16

The system should be able to integrate video to provide a unified rich media conferencing to the

users with integrated audio, vide and web.

17 Should simultaneously support up to 40 users to use video.

18 Should support H.323, H.261, H.263, H.264, SIP protocols.

19

Should support continuous presence of video so that simultaneous viewing of multiple video can be

done at a same time.

20 Should support voice activated conference for displaying video of the user.

21

The system should be configurable in a way so that users have to authenticate themselves before

accessing a conference.

B. Voice and Video Conferencing Features :

1 Real-time mixing of up to three simultaneous speakers

2 Adjustable input volume (gain) of each participant

3 Voice-activated video switching, which shows the person who is speaking to each video participant

4 Support for the H.263 or H.264 video codec (per meeting)

5

Video bit rates from 64 to 768 kbps (one per scheduled or reservationless meeting) in Common

Intermediate Format (CIF) video resolution

6 Entry and exit notification: beep plus name, beep, or silent

7 Recording (voice) and playback (MP3)

8 Breakout sessions (voice and video; up to nine simultaneously per meeting)

9 Automatic extension of meetings if capacity is available

10 End-of-meeting warning

C. Web Conferencing Features :

1

Easy access: Users easily access meetings from a variety of platforms using Web browsers and the

broadly installed Adobe Flash Player.

2

Firewall friendly: HTTP and HTTPS tunneling technology allows users behind firewalls to

participate in Web conferences.



3

Remote Control: Users can request control of shared application, document, or desktop to

collaborate or provide remote assistance. Control is granted by the person sharing the application,

document, or desktop and can be revoked with a single click.

4

Annotations: Users can collaborate over shared screens using markup tools such as a pencil,

marker, line, rectangle, ellipse, text, and stamper. A variety of options is available to print and edit

annotations, including undo, redo, change color, change size, move, and delete.

5

Chat: Users can send text messages to each other privately, to presenters, or to everyone. Options

are available to control text size, select who can chat, determine if one sees chat notifications when

the chat tool is not available, and clear the chat history.

6

Notes: Users can use the note tool to type up a meeting agenda, track action items, or do anything

else that requires that text be made visible to all in the meeting. Options are available for text size,

text alignment, and creating and accessing multiple notes.

D. Meeting Setup and Attendance Features :

1

Integrated voice, Web, and video conference setup: Users can quickly and easily schedule and

reschedule integrated voice, Web, and video meetings in a single step from Microsoft Outlook and

a variety of Web browsers.

2 Meeting types: Support for the following meeting types:

Scheduled, Recurring, Continuous, Reservation less.

3

E-mail invitations: Using standard SMTP e-mail, invitations can be sent to meeting invitees in

either HTML or text format.

4

Flexible attendance options: Users should have numerous options available when attending

meetings:

Dial in: Users have a couple of options to dial into a meeting:

Dial into Voice mail system and use speech (that is, say "Join meeting") to access an active

meeting associated with the user

Dial directly into the voice and video meeting using the dial-in number, and when using a recognized phone, the user is automatically logged into the system and directed to her meeting

Click-to-attend link: Users can click a URL in Outlook and in e-mail invitations that takes them to a Webpage providing an option to attend the voice, Web, and video meetings simultaneously.

Join from the Web: Users can go to the system Website and either find the meeting or specify the meeting ID to reach a Webpage providing options to dial out to a specified phone or video endpoint and join the Web meeting.



Dial out from Phone View: Users with supported Unified IP phones can find the meeting

or specify the meeting ID to have the system call their IP phone.

Find me: Users can specify a series of phone numbers with which they are associated by

user profile, and the system calls these numbers when a meeting starts.

E. Administration

1

Web administration center: A Web interface provides system administration capabilities for user

management, system configuration, maintenance, reporting, monitoring, and interface

configuration.

2 User provisioning: User profile creation can be handled in the following ways:

3

Group management: Groups can be created and associated with user profiles to facilitate

administration of similar user types.

4 Should support the following system configuration and maintenance options:

Meeting configuration: Capacity and codec management, overbooking, maximum and default meeting sizes, maximum and default meeting lengths, meeting ID guard times, meeting extension, meeting warnings, minimum meeting password length, advance scheduling limit, meeting and recording purging, minimum meeting ID length, vanity meeting IDs, reservationless parameters, and hosting option for Web meetings

Video configuration: Ability to manage the types of video meetings made available to end

users

Call configuration: H.323, SIP, dial-out, direct meeting dial-in, and IP voice and video

parameters, and digit handling for automated phone login and attend

E-mail configuration: SMTP servers, Microsoft Exchange server, Exchange user account,

and e-mail templates

E-mail blast: E-mail sent to a group or all users with a message regarding the system

SSL certificate management: Installing, enabling, and managing SSL certificates

5

Reporting and monitoring: Numerous predefined reports, data exports, and monitoring and alarm

tools should be provided:

Disk usage report: Details about hard-disk usage and available space

E-mail queue status report: Tool to monitor and manage e-mail notifications in queue

Media statistics reports: Statistics and information regarding conference media

In-session monitoring: Tool to monitor active meetings



System logs: A variety of system logs for monitoring and troubleshooting

Alarms: Viewing and exporting system alarms

System status: Viewing a snapshot of system status for monitoring and troubleshooting

Voice prompts: Install custom voice prompts that are played on the phone

Custom logo: Add a company or other logo to Webpages

Schedule meeting page: Configure fields that are available to users on the scheduling page

User profile page: Configure fields that are available to users on the user profile page

F. Security

1 Conference System should offer the following security features:

2 Dedicated on-net system:

3 Built-in defense against attacks

4 Segmented meeting access

5 Access authentication

6 Integrated authentication.

7 Encryption.

8 In-session meeting controls.



10.4 IP PHONE

Four soft keys

Scrolled toggle bar

"Menu" key— Lighted key for allowing users to quickly access information such as call logs,

voice messages and phone settings.

Should display missed calls, outgoing calls that have been placed, and incoming calls that have

been received.

Should support various preferences such as ring types and display contrast.

Should have a “Hold" key—this lighted key provides users a red visual indication that they have

placed a call on hold.

Should support volume-control toggle for providing easy decibel-level adjustments of the

handset and ringer.

The handset should be hearing-aid compatible.

A single-position foot stands to provide optimum display viewing and comfortable use of

buttons and keys.

XML Applications can be delivered to the display.

Should have an Ethernet switch.

Should support IEEE POE.

Calling Features

Support of a single line or directory number

Calling name and number display

Call waiting

Call forward

Call transfer

Three-way calling (conference)

On-hook dialing, predialing, and off-hook dialing



Redial

Call hold

Speaker Phone

Wideband audio and iLBC support

"Messages" soft key that allows access to voicemail messages

Network Features

Automatic IEEE 802.1q (virtual LAN [VLAN]) configuration

G.711, and G.729ab audiocompression coders-decoders (codecs)

Integrated Ethernet switch

10/100BASE-T Ethernet connection through an RJ-45 interface for LAN connectivity

Software upgrade supported using a Trivial File Transfer Protocol (TFTP) server

Provisioning of network parameters through Dynamic Host Configuration Protocol (DHCP)

Voice activity detection, silence suppression, comfort-noise generation, and error concealment



11 SERVICES

11.1 PROJECT MANAGEMENT SERVICES

A. Implementation Time Schedule: The bidder shall submit a detailed project

implementation schedule to identifying all the tasks, mentioning time required for each

task, dependence of each task with other tasks and resources required for each task. This

schedule shall be revised after the contract is awarded after discussion with the project

office.

B. Regular Reporting: The supplier with consultation with the project office shall prepare a

reporting format. The supplier shall submit a fortnightly report based on this format to the

project personnel and discuss on the progress and problems.

C. Quarterly Report: The supplier shall submit to the Project Office a formal report after

completion of each quarter on the progress of the project.

D. Field Level Supervision: The supplier shall engage supervision personnel to supervise

implementation and progress countrywide. It will also provide project personnel

necessary transport so that they can smoothly supervise implementation of the project

countrywide. For this purpose, the supplier shall buy 1 (one) 8 seater Air Conditioned

microbus and 2 (Two) double cabin Air Conditioned pickup which shall be engaged

entirely for the project personnel of HEQEP supervising this project for sole purpose of

supervision of the project implementation. All cost for this supervision transport such as

required fuel, maintenance, driver’s salary, road tolls etc. shall be borne by the supplier

during the project implementation period. At the end of the project these three transports

shall be handed over to BdREN for maintenance of the BdREN network.

11.2 CUSTOMER PROOF OF CONCEPT

The supplier shall arrange customer’s proof of concept (CPOC) at a country where there is full

fledged facility available to build and test the equipments procured under this project. During the

CPOC the supplier shall implement in laboratory environment, the replica of the intended network

and services. The supplier shall arrange test on this simulated network that shall be verified by

appropriate personnel from the project. The supplier shall arrange return air fare, accommodation

and per diem ($60) for three persons for this purpose.



11.3 STORAGE AND LOCAL TRANSPORTAION SERVICES

The supplier shall be required to store the imported equipments and accessories at their own or

rented warehouse and ensure security of the equipments. When the sites are ready the equipments

shall be transported by the supplier to the project sites as per direction of person supervising the

project. All risk associated with this transportation shall be with the supplier.

11.4 TECHNICAL SUPPORT SERVICES

A. Warranty Services: The supplier shall provide 3 years warranty services for repair and replacement for all equipment /parts and accessories supplied under this procurement process / tender.

B. Installation and Commissioning

Tenderer is responsible for the planning of the installation and commissioning of the

equipment.

Tenderer must specify the space, power, cooling and other requirements for installing their

equipment at each location.

Tenderer must perform a site survey beforehand to plan the installation activity and seek

approval from BdREN to start work .

Tenderer must take responsibility for all aspects of installation (including provision of all

necessary equipment within their management domain).

Prior to any commissioning work, the solution shall be verified on a test bed to be established

using the system components and attaching all user types, servers and services to be handled

and including Network Management functions. The contractor shall be responsible for

ensuring the full interoperability of all systems and for solving any interoperability problems

without cost to BdREN.

C. Documentation

As part of network commissioning documentation shall be provided, in BdREN specified

formats, for the system as installed and commissioned for each site. This documentation

shall be provided in printed and electronic format, and shall include:

Detailed diagrams of installed network;

Design and architecture documentation.

Configuration details, and backup copies thereof;



Any other details the Tenderer deems necessary;

A composite inventory of all item supplied to each PoP;

Labels on cables, equipment, connector panels, etc.

Supporting documentation, including user guides and manuals.

D. Acceptance Test The supplier in its offer shall submit standard acceptance test procedure. During project implementation, this acceptance test procedure shall be discussed and revised as per discussion between supplier and project engineers of BdREN/HEQEP. The supplier shall arrange and perform tests as per the accepted test procedure and record the result in presence of the project engineers of BdREN/HEQEP, which shall be submitted to the project office. The supplier shall arrange transportation for BdREN engineers to the project sites for this purpose.

E. Support & Maintenance

Monitoring of the network once completed and handed over to BdREN will be done by the

BdREN Network Operations Centre (NOC) or a party working for BdREN. The BdREN

NOC will only be responsible for monitoring of the network. All subsequent

troubleshooting and resolving of technical issues, including replacement of parts, will be the

responsibility of the Tenderer.

A support and maintenance contract is required for the provided equipment. A maximum

response and diagnoses time of 4 (four) hours is required with a further 4 (four) hours

allowed for repair and resolution of the fault. BdREN is interested in receiving proposal

with better then 8 (eight) hour resolution time periods.

The support provider will be responsible for making sure they have access to any equipment

needed to meet this requirement. The support provider will be expected to troubleshoot any

problems that manifest on the equipment, including interoperability problems with

equipment belonging to BdREN or its peers or clients, which has been sourced from

another vendor or provider. BdREN NOC will nominate the party responsible for

troubleshooting interoperability problems.

The support provider will be responsible for case handling, problem diagnosis, proposal and

implementation of solutions, liaising with the BdREN NOC and other nominated parties as

appropriate. Support provider will also be expected to provide regular and frequent reports

of the status of cases, and details of escalation procedures.

We seek proposals of capital expenditure for this support and maintenance service including

a reimbursement mechanism when the agreed SLA is not met..



Support and Maintenance and Service Level Agreements

Support and maintenance costs should be based on a 5 year contract. Costs of this SLA

should also be included into the offer to be evaluated for comparison among the Tenderers.

UGC will prefer one off payment for the support contract. However the Tenderer shall

propose a repayment mechanism by the support service provider to UGC / BdREN in case

of failing to maintaining the SLA.

Tenderer shall provide:

A sample support and maintenance contract, and a separate service level agreement

document with fixed penalties for failure to meet the agreed levels of service.

The Tenderer shall provided organisational and technical details about the party providing

the actual support and maintenance.

For equipment in a production environment (not test lab equipment), the Tenderer commits

to diagnosing and isolating a raised fault within a maximum of 4 (four) hours from the point

in time at which it is raised to them, through the Fault reporting process, as detailed in the

maintenance contract.

For equipment in a production environment (not test lab equipment), the Tenderer commits

to rectifying a fault, or providing a satisfactory workaround, within a maximum of 8 (eight)

hours from the point in time at which it is raised to them subject to circumstances outside

the control of the Tenderer.

24-hour cover x 365 days shall be required both during the warranty period and thereafter.

The holding of necessary spares to provide maintenance shall be included in the price

quoted by the supplier. Spares shall be available 24 hrs x 365 days.

The holding points of spares shall be identified together with the control thereof.

The Tenderer’s policy regarding spares shall be stated, identifying whether new or

refurbished parts may be employed.

Details of the location of the service desk during both normal hours and after-hours.

Contact details with reporting procedures and escalation procedures.

Details by which BdREN will gain access to and sight of fault reports/trouble tickets for the

BdREN network on a regular basis, the frequency of which is to be agreed between both

parties.

Details of any and all regular maintenance required.

Details of any software upgrades policy and associated costs.



11.5 TRAINING

A. Local Training: The supplier shall arrange local training for the BdREN Engineers on the technology and equipment/systems supplied by the supplier under this project. HEQEP shall arrange space and other facilities for such training. Suppler shall arrange the resource persons and documents required for the training. Signif icant part of the training shall be based on practical issues / problems, troubleshooting while the theory part shall be minimum. Supplier shall propose appropriate number of days / hours of training but that should not be less than 10 working days. Number of participants shall be not more than 20.

B. Hands on Training: The Contractor shall provide hands on training during installation of the equipment, configuration and commissioning of the network. BdREN engineers shall be directly attached with the engineers/technicians involved in the building up of the network. The contractor are encouraged to use BdREN engineers to perform the installation / configuration of the equipment if possible. A complete log of the installation process should be maintained for future reference.

C. Foreign Training: The supplier shall propose foreign training at any country where there is adequate facility available for hands on training. The supplier shall be entirely responsible for arranging such training. The supplier shall be responsible for return air fair, accommodation and per diem ($60) for the participants:

I. Transmission System 10 working days 5 engineers II. Data Network System 10 working days 5 engineers

III. Data Center System 10 working days 5 engineers IV. Cloud Systems 10 working days 5 engineers

11.6 Test lab

BdREN intends to maintain a well-equipped test lab at its premises in the UGC, for the use of

staff and, by arrangement, clients. It is desirable that items of the proposed equipment would also

be made available for use in this test lab. This equipment would not be used on the production

network and so would not share the SLA or maintenance requirements of production equipment.

Tenderers are requested for proposals to provide non-production equipment for this lab.



ANNEX 1, AVAILABLE AND PLANNED DARK FIBER NETWOTK



ANNEX 2, PLANNED DWDM BASED TRANSMISSION NETWORK



ANNEX 3, PLANNED BACKBONE NETWORK



ANNEX 4, PLANNED logical representation of data network



ANNEX 5, PLANNED data center and dr center diagram



ANNEX 6, PLANNED LAYOUT OF DATA CENTER



ANNEX 7, sample layout of vc center



ANNEX 8: SCHEDULE OF

REQUIREMENTS



Please Expand each items as per

your requirements:

Item Category / Facilities (unit)

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Transport Solution

DWDM Nodes 1 1 1 1 1 1 1 1 1 1 1 1 1 13

ROADM Nodes 1 1 1 1 1 1 1 1 1 1 10

Routing & Switching

Core Router 2 1 3

10 GE / router 16 12 28

1 G E/router 10 10 20

Internet Router 2 1 3

Internet Firewall 2 1 3

Data Center Firewall 2 1 3

Distribution Router 2 2 2 1 1 1 1 10

10 GE / router 9 6 6 2 2 2 2 29

1 GE/ route 20 20 20 10 8 8 6 92

Edge Router Type 1 1 1 1 3

10 GE / router 3 3 6

1 GE/ router 6 4 6 16

Edge Router Type 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 36

Bandwidth Management Solution

Power & AC

Power Backup Equipment (Online

UPS)Type 1

1 1 1 1 1 1 1 1 1 1 1 11

Power Backup Equipment (Online

UPS)TYPE 2

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 29

Air Conditioner System (1+1) 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 42




your requirements:


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ng

ail

Te

xti

le U

niv

ers

ity

BSM

UST

, G

op

alg

an

j

To

tal

Passive Elements

Splicing Machine 2

Optical Power Meter 4

OTDR machine 1

Data Center

Data Center Infrastructure 1 1

DR Center Infrastructure 1 1

Core Switch 2 1 3

Blade Server Chassis 1 1 2

Blade server 16 8 24

Virtualization Software

as

req

uir

ed

as

req

uir

ed

Cloud Management

Software

as

req

uir

ed

as

req

uir

ed

SAN Storage 1 1 2

SAN Switch 2 2 4

Tape Library 1 1 2

Data Backup Software 1 1 2

Server Rack 4 2 6

Applications Mail Service Solution 1 1 2

ERP Solution 1 1 2

Web Service Solution 1 1 2

Cloud Service Solution 1 1 2

Unified Communication System

IP PBX 1 1

Unified Messaging System1 1

IP Phone 600 600

Video IP Phone 50 50




your requirements:


UG

C

BU

ET

, D

ha

ka

To

ng

i

NSU

/Bo

shu

nd

ha

ra

Dh

aka

Un

ive

rsit

y

Ra

mp

ura

Ash

ug

an

j

Co

mil

la U

niv

ers

ity

NST

U,

No

akh

ali

Fe

ni

CU

, C

hit

tag

on

g

CU

ET

Ch

va

t u

niv

.Ch

ita

go

ng

SU

ST

, Sylh

et

BA

U,

Mym

en

sin

g

Ka

bir

pu

r

NU

, G

azi

pu

r

Op

en

Un

ive

rsit

y,

Ga

zip

ur

DU

ET

, G

azi

pu

r

JU,

Sa

va

r

Sh

ira

jga

nj

Bo

gra

Be

ga

m R

oke

y U

niv

ers

ity,

Ra

ng

pu

r

HST

U,

Din

ajp

ur

Na

tor

RU

, R

ajs

ha

hi

RU

ET

, R

ajs

ha

hi

Ish

urd

i

Ku

stia

I U

niv

eri

sty

Jess

ore

Un

ive

rsit

y

KU

ET

Kh

uln

a U

niv

ers

ity

Ba

risa

l U

niv

ers

ity

Fa

rid

pu

r

PST

U,P

atu

akh

ali

PU

ST

, P

ab

na

JNU

NI,

Dh

aka

JKK

NIU

, M

ym

en

sin

g

BU

P,

Dh

aka

SY

LH

ET

AG

RI

UN

I

BSM

MU

, D

ha

ka

SB

AU

MB

ST

U,

Ta

ng

ail

Te

xti

le U

niv

ers

ity

BSM

UST

, G

op

alg

an

j

To

tal

Video Conferencing System

MCU 1 1

Video Conferencing Management

System 1 1

Video Content Server 1 1

Video Communication Server 1 1

VC System

Main Camera 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Auxilliary Camera 2 1 2 1 1 2 1 1 2 2 1 1 1 1 1 1 2 1 1 1 2 2 1 1 1 1 1 1 1 1 1 1 40

HD LED Display Unit Type 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

HD LED Display Unit Type 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Multimedia Projector 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 64

Projector Screen 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 64

Wireless Microphone 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 64

Wireless Collar MicroPhone 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Ceiling Mount Microphone 1 1 1 1 1 1 1 1 1 9

Loud Speaker / PA System Full set 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Wireless Touch / Chair Control 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Document Camera 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Desktop PC terminal 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

L2 Switch 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Wireless Access Point 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Floor Mount Rack 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Electronic White board 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Interactive digital board LCD

Series 1 1 1 1 1 5

Other Accessories

Power Backup Equipment

(Online UPS)Type 1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Diesel Generator 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 25

Air Conditioning System n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1 n+1

Fire Fighting Arrangement 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 32

Test lab 1 Lot




your requirements:


UG

C

BU

ET, D

hak

a

Ton

gi

NSU

/Bo

shu

nd

har

a

Dh

aka

Un

iver

sity

Ram

pu

ra

Ash

uga

nj

Co

mill

a U

niv

ersi

ty

NST

U, N

oak

hal

i

Fen

i

CU

, Ch

itta

gon

g

CU

ET

Ch

vat

un

iv.C

hit

ago

ng

SUST

, Syl

het

BA

U, M

ymen

sin

g

Kab

irp

ur

NU

, Gaz

ipu

r

Op

en U

niv

ersi

ty, G

azip

ur

DU

ET, G

azip

ur

JU, S

avar

Shir

ajga

nj

Bo

gra

Beg

am R

oke

y U

niv

ersi

ty,

Ran

gpu

r

HST

U, D

inaj

pu

r

Nat

or

RU

, Raj

shah

i

RU

ET, R

ajsh

ahi

Ish

urd

i

Ku

stia

I U

niv

eris

ty

Jess

ore

Un

iver

sity

KU

ET

Kh

uln

a U

niv

ersi

ty

Bar

isal

Un

iver

sity

Fari

dp

ur

PST

U,P

atu

akh

ali

PU

ST, P

abn

a

JNU

NI,

Dh

aka

JKK

NIU

, Mym

ensi

ng

BU

P, D

hak

a

SYLH

ET

AG

RI U

NI

BSM

MU

, Dh

aka

SBA

U

MB

STU

, Tan

gail

Text

ile U

niv

ersi

ty

BSM

UST

, Go

pal

gan

j

Tota

l

Services

Project Management Services 1 Lot

Customer Proof of Concept

for Transmission System 1 Lot

for Data Network System 1 Lot

for Data Center and Applications 1 Lot

for Video Conferencing System 1 Lot

Storage and Local Transportation

Services1 Lot

Civil Works

Site Preparation for Active

Elements

Room Renovation 45 sites

Earthing 45 sites

Power Cabling, Switch Gear and

Protection45 sites

VC Sites Preparation

Acoustic Quality Modification 32 sites

Lighting Arrangement 32 sites

False Ceiling 32 sites

Room Carpeting 32 sites

Brick Walls 32 sites

Floor Tiles 32 sites

Plastering 32 sites

Painting/ Distempering 32 sites

Gallery Formation 32 sites

Raised Front Podium 32 sites

Participant Chairs 32 sites

Desks 32 sites

Data Cabling 32 sites

Power Cabling 32 sites

Training

Local Training 20x10 Person Day

Foreign Training

Transmission System 5x10 Person Day

Data Network System 5x10 Person Day

Data Center Systems 5x10 Person Day

Cloud Systems 5x10 Person Day

Maintenance Support (Active

Elements, Data Center and Video

Conferencing Systems)



ANNEX 9: LIST OF PUBLIC UNIVERSITIES

Sl. Name of the University Longitude Latitude Abbreviation

1 University of Dhaka, Ramna, Dhaka -1000 90°23'24.22" 23°44'7.74" DU

2 University of Rajshahi, Rajshahi -6205 88°38'12.59" E 24°22'08.13"N RU

3 Bangladesh Agriculture University, Mymensing - 2202 90°25'26.83" E 24°44'14.86"N BAU

4 Bangladesh University of Engineering and Technology Ramna, Dhaka -1000 90°23'18.40" 23°43'36.23" BUET

5 University of Chittagong, Chittagong 91°47'12.19" E 22°28'15.64"N CU

6 Jahangir Nagar University, Savar, Dhaka – 1342 90°16'5.65"E

23°52'58.00"N

JU

7 Islamic University, Kustia -53041 89°09'10.50" E 23°43'24.79"N IU

8 Shahjalal University of Science and Technology, Sylhet -3114 91°49'57.00" E 24°55'12.75"N SUST

9 University of Khulna, Khulna – 9208 89°32'05.67" E 22°48'10.39"N KU

10 National University, Gazipur -1705 90°22'44.01" E 23°57'01.23"N NU

11 Bangladesh Open University, Board Bazar, Gazipur –1705, PABX 9291101 - 4 90°22'46.76" E 23°57'04.88"N BOU

12 BSM Medical University, Shahbag, Dhaka-1000 90°23'43.27" 23°44'20.26 BSMMU




13 BSMR Agriculture University, Salna, Gazipur - 1700 90°23'43.11" E 23°53'53.70"N BSMRAU

14 Sher-e-Bangla Agriculture University, Sher-e-Bangla Nagar, Dhaka 1207 90°22'34.35" E 23°44'16.94"N SBAU

15 Hazi Md. Danesh University of Science and Technology Dinajpur – 5200 88°40'11.34"E 5°44'16.60"N

HSTU

16 Patuakhali Science and Technology University, Dumki, Patuakhali - 8602 90°22'53.97" E 22°27'58.47"N PSTU

17 MawlanaBhashani Science and Technology University, Santosh, Tangail 89°53'30.43" E 24°14'07.14"N MBSTU

18 Dhaka University of Engineering and Technology, Gazipur - 1700 90°25'04.77" E 24°01'04.30"N DUET

19 Rajshahi University of Engineering and Technology, Rajshahi - 6204 88°37'35.82" E 24°21'56.23"N RUET

20 Chittagong University of Engineering and Technology, Chittagong - 4369 91°58'23.46" E 22°27'44.66"N CUET

21 Khulna University of Engineering and Technology, Khulna - 9203 89°31'50.76" E 22°48'07.00"N KUET

22 Jagannath University, Wiseghat, Dhaka Phone: 7318343, 7119731 90°24'40.40" E 23°42'30.28"N JNU

23 Noakhali University of Science and Technology, Shonapur, Noakhali, Phone:

0321- 61433

91°06'10.18" E 22°47'29.91"N NSTU

24 Chittagong Veterinary and Animal Sciences University, ZakirHossain Road,

Khulshi, Chittagong-4202

91°48'16.66" E 22°21'45.99"N CVASU

25 Comilla University, Kotbari, Comilla 91°08'10.53" E 23°25'10.33"N COU

26 JatiyaKabiKaziNazrul Islam University, Trishal, Mymensingh 90°22'29.38" E 24°34'54.41"N JKKNIU




27 Jessore Science & Technology University, Ambot-tala Bazar, PO: Dogachia,

Churamonkathi Union, JessoreSadar, Jessore

Not found Not found JSTU

28 Pabna University of Science and Technology, Govt. TTC, Rajapur, Pabna 89°15'39.45" E 24°00'27.36"N PUST

29 Sylhet Agricultural University, Taligor,Sylhet-3100,sylhet - - SAU

30 BegamRokeya University - - BRUR

31 BARISAL UNIVERISTY - - BU

32 BANGLADESH UNIVERSITY OF PROFESSIONALS, MIRPUR

CANTONEMENT, DHAKA 1216 - -

BUP

33 BANGLADESH TEXTILES UNIVERSITY - - BTU

34 BANGABANDHU SHEIKH MUJIBUR RAHMAN SCIENCE AND

TECHNOLOGY UNIVERSITY

BMRSTU



ANNEX 10, LIST OF INTERNATIONAL UNIVERSITIES

Asian University for Women 20/A M.M. Ali Road, Chittagong, Bangladesh

Islamic University of Technology (IUT),

Board Bazar, Gazipur 1704, Bangladesh



ANNEX 11, LIST OF PRIVATE UNIVERSITIES

Sl. University Name Address

1 North-South University

Plot-15, Block-B

Bashundhara, R.A. Dhaka-1229.

2 University of Science and Technology, Chittagong Foys Lake, Khulshi, Chittagong-1079,

3 Independent University, Bangladesh

House No-3&8, Road No-10

Baridhara Dhaka-1212.

4 Darul Ihsan University

House No-21(New),Road No-9/A

Dhanmondi R/A, Dhaka-1209.

5 International University of Business Agriculture and Technology

4, Embankment Drive Road, Sector-10,

Uttara Model Town, Dhaka-1230

6 International Islamic University, Chittagong,

54/A, College Road

Chalkbazar, Chittagong-4203.

7 Ahsunullah University of Science & Technology,

141-142, Love Road,

Tejgaon Industrial Area, Dhaka-1215

8 American International University- Bangladesh. (AIUB)

83/B, Kemal Ataturk Avenue

Road No-4, Banani, Dhaka-1213.

9 Asian University of Bangladesh

House No-9, Road No-5, Sector No-7

Uttara Model Town, Dhaka-1230.

10 East-West University

43, Mahakhali Commercial Area

Dhaka-1212.

11 The University of Asia Pacific

House No-49/C, Road No-4/A


12

Gono Bishabidyalay

Gono Shasthaya Kendra Complex

Post: Mirzanagar Bhaya Savar Cantt.

Dhaka-1344




13 The People’s University Of Bangladesh

House No-3/2, Asad Avenue

Mohammadpur, Dhaka- 1207.

14 Dhaka International University

House No-6, Road No-1, Block-F

Banani, Dhaka-1213

15 BRAC University 66, Mahakhali, Dhaka-1212.

16 Manarat International University

Plot # CEN-16, Road No #106

Gulshan-2, Dhaka-1212.

17 Bangladesh University

15/1, Iqbal Road

Mohammadpur, Dhaka1207.

18 Leading University Madhubon, Bandar Bazar, Sylhet.

19 Begum Gul-Chemonara Trust University

BGC Biddyanagar, Chandanaish

Chittagong.

20 Sylhet International University Shamimabad, Bagbari, Sylhet-3100.

21 University of Development Alternative

House No-301, Road No-14/A


22 Premier University

1/A, O.R Nizam Road

Panchlaish, Chittagong.

23 South East University

House No-64, Road No-18

Block-B, Banani, Dhaka-1213.

24 Stamford University Bangladesh

House No-36, Road No-9/A


25 Daffodil International University

102, Shukrabat, Mirpur Road

Dhaka-1207

26 State University of Bangladesh

77, Satmasjid Road, Dhanmondi,

Dkaka-1205.

27 IBAIS University

House # 57, Road # 12/A

Dhanmondi R/A, Dhaka-1209




28 City University

40 Kamal Ataturk Avenue, Banani,

Dhaka-1213

29 Prime University

2A/1, North East of Darussalam Road

Mirpur-1, Dhaka-1216

30 Northern University- Bangladesh

3/18, Iqbal Road, Block-A

Mohammadpur, Dhaka-1207.

31 Southern University Bangladesh 739/A, Mehedibag Road, Chittagong-4000.

32

Green University of Bangladesh

220/D, West Kafrul

Begum Rokeya Soroni,

Dhaka-1207.

33 World University of Bangladesh

House-3/A, Road-4,

Dhanmondi, Dhaka-1205.

34 Shanto-Marium University of Creative Technology

House –1, Road-14, Sector-13

Uttara, Dhaka-1230.

35 The Millenium University

Momenbag, Shantinagar

Motizil, Dhaka-1212

36 Eastern University

House-15/2, Road-3


37 Bangladesh University of Business

& Tecnology (BUBT)

Dhaka Commerce College Road,

Mirpor-2, Pallabi, Dhaka-1216

38 Metropolitan University

Al-Hamra (7th Floor)

Zindabazar, Sylhet-3100.

39 Uttara University

House # 4, Road # 15, Sector # 6

Uttara, Dhaka-1230.

40

United International University

House # 80, Road # 8/A(Old-15),

Satmasjid Road, Dhanmondi,

Dhaka-1209.




41 Victoria University of Bangladesh 58/11/A, Panthapath, Dhaka-1205.

42 University of South Asia House # 76 - 78, Road # 14

Block – B, Banani, Dhaka-1213.

43 Presidency University House No-11/A, Road No-92,

Gulshan-2, Dhaka-1212

44 University of Information Technology & Science Jamalpur Tower, Baridhara View Gha-37/1

Progoti Sarani, Baridhara J-Block, Dhaka-1212.

45 Prime Asia University HBR Tower, 9 Banani C/A, Dhaka-1213.

46

Royal University of Dhaka Iqbal Center (11 floor)

42, Kemal Ataturk Avenue

Banani, Dhaka-1213

47

University of Liberal Arts-Bangladesh House No-56, Road No-4/A,

Satmasjid road, Dhanmondi R/A

Dhaka-1209.

48

Atish Dipankar University of Science & Technology Faisal Tower

27, North Gulshan C/A

Gulshan-2, Dhaka-1212.

49 Bangladesh Islami University Gazaria Tower, 89/12 R.K Mission Road,

Gopibag, Dhaka-1203.

50

East Delta University Rumana Haque Tower

1267/A, Goashidanga,

Agrabad, Chittagong.

51 ASA University Bangladesh Asa Tower,23/3, Khilji Road

Shamoli, Mohammadpur, Dhaka-1207.



ANNEX 12, fiber test report of sampled segments of Backbone

fiber network



From Station To Station Total Length in KM Total dB Loss dB Loss/KM Wavelength

Siddirganj Maniknagar 11.23 2.35 0.209 1550

Siddirganj Maniknagar 11.23 2.12 0.189 1550

Maniknagar Biddut Bhaban 4.46 1.11 0.249 1550

Maniknagar Biddut Bhaban 4.46 1.01 0.226 1550

Sitalakhya Madanganj 4.59 1.22 0.266 1550

Sitalakhya Madanganj 4.59 0.93 0.203 1550

Madanganj Haripur 12.6 3.05 0.242 1550

Madanganj Haripur 12.6 3.03 0.240 1550

Hasnabad Sitalakhya 13.3 3.44 0.259 1550

Hasnabad Sitalakhya 13.3 3.31 0.249 1550

Haripur Siddirganj 2.58 0.6 0.233 1550

Haripur Siddirganj 2.58 0.58 0.225 1550

Aminbazar Hasnabad 22.45 7.1 0.316 1550

Aminbazar Hasnabad 22.46 5.07 0.226 1550

Bashundhara/NSU Tongi 12.261 2.7 0.220 1550

Bashundhara/NSU Tongi 12.261 7.92 0.646 1550

Tongi Aminbazar 26.32 6.79 0.258 1550

Tongi Aminbazar 26.62 7.05 0.265 1550

Bidyut Bhaban Mogbazar 4.02 0.8 0.199 1550

Bidyut Bhaban Mogbazar 4.02 0.88 0.219 1550




Mogbazar Rampura 4.8 1.16 0.242 1550

Mogbazar Rampura 4.8 1.34 0.279 1550

Ghorashal Ashuganj 45.39 9.713 0.214 1550

Ghorashal Ashuganj 45.38 9.77 0.215 1550

Ashuganj Sirajgonj 147.495 35.997 0.244 1550

Ashuganj Sirajgonj 148.309 35.849 0.242 1550

Sirajgonj Bagahabari 39.54 9.01 0.228 1550

Sirajgonj Bagahabari 39.3 8.79 0.224 1550

Baghabari Ishurdi 57.03 20.88 0.366 1550

Baghabari Ishurdi 57 21.53 0.378 1550

Ishurdi Bheramara 10.77 2.3 0.214 1550

Ishurdi Bheramara 10.77 2.37 0.220 1550

Sirajgonj Bogra(s) 74.79 15.88 0.212 1550

Sirajgonj Bogra(s) 74.79 16.23 0.217 1550

Ishurdi Nator 42.86 9.13 0.213 1550

Ishurdi Nator 42.88 9.13 0.213 1550

Ishurdi Pabna 18.82 4.52 0.240 1550

Ishurdi Pabna 18.82 4.38 0.233 1550

Ashuganj Comilla(N) 82.539 19.003 0.230 1550

Ashuganj Comilla(N) 82.56 19.04 0.231 1550




Ashuganj Shahibazar,Sylhet 54.191 11.53 0.213 1550

Ashuganj Shahibazar,Sylhet 54.191 11.478 0.212 1550

Ashuganj Kishorgonj 53.845 11.731 0.218 1550

Ashuganj Kishorgonj 53.845 11.005 0.204 1550

Ishurdi Khulna 189.04 51.64 0.273 1550

Ishurdi Khulna 185.56 57.17 0.308 1550

Bidyut Bhaban Hasnabad 48.77 15.43 0.316 1550

Bidyut Bhaban Hasnabad 48.78 14.06 0.288 1550

Ishurdi Shirajganj 96.38 29.11 0.273 1550

Ishurdi Shirajganj 96.54 28 0.308 1550

Bidyut Bhaban Rampura 8.827 2.95 0.316 1550

Bidyut Bhaban Rampura 8.87 3.028 0.288 1550

Rampura Bashundhara 7.17 1.41 0.302 1550

Rampura Bashundhara 7.17 1.55 0.290 1550



ANNEX 13, Implementation Schedule



Documents

Section VI- Technical Requirements_25!6!2012