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Request for Proposals:
Private Broadband Network

 

This document is a copy of

Request for Proposals:

Private Broadband Network

12 June 1998


(Some modifications have been made to present it in this online format.) 


 


Important Information: 

Mandatory Q&A Conference: June 25 1998, 2:00 pm

DePaul O'Hare Campus
3166 River Rd.
Des Plaines, IL 60018

Dr. Patricia Widmayer, NSHEC Coordinator
1603 Orrington, Suite 900
Evanston, IL 60201-3883

Tel: 847/467-5445
Fax: 847/467-6100

Proposal Deadline: July 27 1998, 5:00 pm

Table of Contents

 

1.0 PROJECT DESCRIPTION

1.1 INTRODUCTION
1.2 SCOPE
1.3 OBJECTIVES

2.0 PROCEDURAL INFORMATION

2.1 PROPOSAL FORMAT & SUBMISSION
2.2 PROPRIETARY CONSIDERATIONS
2.3 MANDATORY Q&A CONFERENCE
2.4 INQUIRIES & SITE VISITS
2.5 WITHDRAWALS & AMENDMENTS
2.6 SELECTION PROCESS
2.7 CONTRACT

 3.0 NSHEC EXPECTATIONS

3.1 INTRODUCTION
3.2 PRIVATE NETWORK
3.3 CIRCUIT REQUIREMENTS
3.4 NETWORK PERFORMANCE
3.5 NETWORK EQUIPMENT
3.6 INTERNET SERVICES
3.7 VIDEO-CONFERENCING SERVICES
3.8 MANAGEMENT SERVICES
3.9 IMPLEMENTATION & PRICING

 

4.0 PROPOSAL REQUIREMENTS

4.1 BIDDER QUALIFICATIONS
4.2 NETWORK
4.3 MANAGEMENT
4.4 IMPLEMENTATION
4.5 PRICING

 

APPENDICES:

A - PROSPECTIVE SITES & ADDRESSES (PHASES 1 & 2)

B - PHASE 1 SCHEDULE

C - NSHEC FUTURE TECHNOLOGIES TASK FORCE REPORT

D - LIST OF INITIAL RFP RECIPIENTS

E - CURRENT MAINTENANCE AGREEMENT




Project Description

 

1.1 Introduction

The North Suburban Higher Education Consortium (NSHEC) is one of 10 consortia in Illinois. The goal of the Consortia is to make quality, higher education courses and programs more accessible to the people of Illinois through cooperative programming, and NSHEC serves those needs for students in Chicago and its north and northwest suburbs. A detailed description and list of NSHEC institutions and partners can be found at our website: www.nshec.org.

 

Illinois Consortia Map

 

Our faculty and staff are seeking increasingly sophisticated ways to enrich teaching, learning, research, administration and communications. Many new applications using voice, video and data are emerging and the demand for bandwidth keeps growing exponentially. In January 1997, the NSHEC Future Technologies Task Force convened to consider the impact of this growth on network requirements. They considered the applications that would be used over the next five years and deliberated as to the most flexible, cost effective way to develop or acquire the dynamic bandwidth to support those applications.

In a separate effort, the Higher Education Technology Task Force - reporting to the Illinois Board of Higher Education and the Illinois Community College Board - proposed that the State of Illinois initiate the Illinois Century Network as a program of network services at sufficient scale to provide its citizens with essentially universal access to education and information resources at reasonable cost. The creation of an NSHEC Private Broadband Network satisfies our strategy as well as the State's. This network is intended to serve as the prototype for implementing technologies in order to substantiate viable solutions for the rest of the State of Illinois.

To provide the context for future expansion, the members of our Task Force surveyed the technologies currently being used at our institutions and the direction of technological development for the near future. They discovered that the institutions varied widely in their use of technologies for voice, video and data but realized that these technologies would be the foundation upon which new applications and capacity must be built. The Task Force determined that an ATM strategy would provide the optimal solution and an evaluation project was completed by Northwestern University and Oakton Community College which demonstrated the viability of the technology. That project report is attached as Appendix C.

 

1.2 Scope

The North Suburban Higher Education Consortium invites vendor proposals to build a leased high-speed regional network for private traffic connecting NSHEC member institutions, other colleges and universities, K-12 school districts, museums and additional non-profit educational organizations as invited by the consortium. Vendor proposals must address all aspects of the proposal requirements and must be submitted in response to the entire RFP.

The proposed solution must address the four roles of circuit provider, equipment provider, Internet service provider and network manager. As a result, submitting a proposal may require multiple vendors to act jointly as a team. In those situations, NSHEC requires each vendor proposal to highlight the primary vendor who will control all aspects and coordination of the project team regardless of the number of participating vendors. Many options exist in creating a successful proposal, but NSHEC requires each proposal to be specific about the details listed in Section 4.0 - Proposal Requirements. There will be three phases to this project:

NSHEC will serve as the agent for all participating institutions and any contract resulting from this RFP will fall under our jurisdiction, with the College of Lake County acting as the fiscal agent; the fiscal year runs from July 1 to June 30. Ultimately, there is potential for expansion to a much larger community as indicated by the Illinois Century Network proposal. Clearly, it is in the best interest of proposal teams to facilitate our efforts by providing affordable connectivity in order to cultivate the potential market for network-based educational services.

 

1.3 Objectives

There are seven requirements to this request for proposals (RFP) as detailed in Section 4.0:

    1. Vendor Qualifications
    2. Design
    3. Performance
    4. Management
    5. Internet Service
    6. Implementation
    7. Pricing



Procedural Information

 

2.1 Proposal Format and Submission

Proposals must be submitted in response to the entire RFP and must address all aspects of Section 4.0 - Proposal Requirements. Proposals must be on 8.5" x 11" stationery, bound in a single volume when practical, and signed by the team's authorized agent. They should be as straightforward and concise as possible while satisfying the requirements of the RFP and should be structured as to follow the topic flow of Section 4.0. Proposals that are not organized in the above manner will risk elimination from consideration.

Twenty (20) copies of the basic proposal and only three (3) copies of all attachments are to be submitted. Additionally, an electronic copy must be submitted that is in MS-Word v6.0/95 or higher with any included graphics being compatible with Visio v4.0 or higher. Copies of the proposal must be in NSHEC's possession at the address below by the deadline stated.


NSHEC is not responsible for delays in delivery; the proposal team assumes the responsibility of assuring timely delivery regardless of the method chosen. Late or errant proposals, as well as those that are faxed or e-mailed, will not be considered. NSHEC shall not be liable to the proposal teams for any cost or damage incurred by them in connection with any activities involving this RFP.

 

2.2 Proprietary Considerations

Ownership of all material related to this RFP shall belong to NSHEC and all vendor proposals will be treated as confidential by the NSHEC Planning Group. A proposal team's proprietary information shall not be divulged; however, agents of NSHEC may view such information. The table of contents should affirm the presence and indicate the location of proprietary information. It must be identified in the body of the text by some distinct method (i.e. underlining) and must include only the specific items. Declaring the proposal or an entire section thereof as proprietary is not acceptable and may result in rejection of the proposal. Proprietary information will not be considered as such if it can be obtained by reasonable means through another source.

 

2.3 Mandatory Q&A Conference

The purpose of this conference is to allow an equal opportunity to clarify issues specific to this RFP. Participation will be required for those wishing to submit a proposal and those who do not attend will be disqualified. Minutes of the conference will be delivered to all attendees. At a minimum, the primary contact representing the team must be present although additional team members are also invited. This conference will be held as indicated below.

 

2.4 Inquiries and Site Visits

Requests for access and other inquiries must be in a written format and can be submitted in person, via mail or via e-mail to Dr. Patricia Widmayer (p-widmayer@nwu.edu) by the Inquiry Deadline in Appendix B. All correspondence will be archived. Teams may not submit unsolicited information and such information will not be considered by NSHEC.

Each site, according to phase, will appoint a Site Facilitator who will be responsible for arranging a proposal team's access to facilities as part of the discovery process. There will only be one visit per site per team. Prior to making a visit, teams must provide a generic list of desired information to the Site Facilitator in order to increase the efficiency of data gathering.

 

2.5 Withdrawals and Amendments

NSHEC reserves the right to withdraw this RFP at any time prior to the awarding of the contract without liability for any preparation costs. Amendments to the RFP may be made at any time, in whole or in part, by the issuance of an addendum prior to the proposal deadline. We will reasonably adjust the proposal deadline by no more than one week should we introduce any changes within the last week prior to the deadline.

A proposal that has been submitted early may be amended, replaced or withdrawn by the submitting team if such action is completed by the proposal deadline. The request to do so must be in writing and signed by the team's authorized agent.

 

2.6 Selection Process

2.6.1 Overview

The NSHEC Planning Group will be responsible for reviewing all proposals and for providing assessments and recommendations to the NSHEC Steering Committee, which retains approval and contractual authority. The Planning Group will be advised by:

Evaluation of proposals will be guided by Section 3.0 and Section 4.0. NSHEC reserves the right to seek clarification or request additional information anytime during the evaluation process, and also reserves the right to accept or reject any or all proposals at its discretion.

The first of three stages of the selection process will consist of the Planning Group's analysis of the bidder's qualifications, design, and pricing. Pending approval, bidders may be identified as qualifying for finalist status. During the second stage, finalists may be asked to present their proposals and assist in arranging site visits to their existing clients in order to clarify issues. The Planning Group will then recommend up to three finalists to the NSHEC Steering Committee, which may in turn issue general contract terms and request best and final price proposals in consideration of those terms.

 

2.6.2 Evaluation Criteria

There are three pass/fail criteria that potential candidates must take into account. First, a total solution must be submitted that fully addresses NSHEC's expectations and requirements. Partial solutions will not be considered. Second, a team approach must be used in order to address the four roles of Internet service provider, equipment provider, circuit provider, and network manager. Third, teams must attend the mandatory Q&A conference or be disqualified. Upon successfully passing the three criteria above, proposals will be evaluated according to the seven objectives in Section 1.3.

 

2.6.3 Presentation

NSHEC may request finalists to present their proposals as well as examples of prior implementations of a similar project description. If finalists are invited to present and demonstrate their proposals, timely and appropriate notification will be issued to those selected. A list of issues will be provided detailing NSHEC's expectations, questions and issues approximately two weeks in advance of a scheduled presentation. Proposal teams are responsible for arranging the necessary resources.

The Planning Group will also determine if site visits to the team's installed base will be necessary in order to solidify their evaluation. The visits will focus on benchmarking various measures of implementation, client satisfaction, and network performance.

 

2.6.4 Recommendation

Following any presentations and/or site visits, the Planning Group will summarize its findings and convey them to the NSHEC Steering Committee which, if they should deem it in NSHEC's best interest, shall have the Planning Group invite the finalists to present best and final price proposals based on general contract terms. The NSHEC Steering Committee retains the authority to initiate negotiations with the finalist. There is no appeal to the decision to either award or not to award a contract.

 

2.7 Contract

Any contract negotiation resulting from this RFP is a separate process, but we have listed below some of the issues that will be of concern to us so that potential bidders can approach their proposals with the appropriate foresight. This list is meant to serve only as a sample and is not all-inclusive.



NSHEC Expectations

3.1 Introduction

The proposed network is expected to be a private network with connections only to institutions and agencies approved by the NSHEC member institutions. NSHEC expects each vendor proposal to specifically address two primary application domains. First, the NSHEC network will provide the means of Internet access for each connected site. It is anticipated that all NSHEC institutions will utilize the Internet services. Second, the NSHEC network will be the primary transport vehicle for connecting all current videoconferencing classrooms. Additionally, each vendor proposal should include details for voice and other data applications that are required by individual institutions.

 

3.2 Private Network

As a private network the vendor proposal must address how each site will be connected into the network. A dedicated circuit should be provided to each site. The circuit should not be in use for any other purpose by the circuit provider. All equipment used to facilitate interconnectivity should be dedicated for NSHEC connections.

 

3.3 Circuit Requirements

Each vendor proposal should specify the circuit speed for each site. It is expected that a DS3 circuit would be the minimum speed of each institution circuit; however, some remote sites may not have requirements that dictate speeds greater than a NxT1. The network should allow for a variety of access options for individual sites in terms of equipment, speed and remote capability. Options for circuit provision include tariffed circuits, wireless, dark fiber, multiplexed T1s or any other circuit options the vendor has available.

 

3.4 Network Performance

The proposed NSHEC network should have a 1:1 subscription rate for all network equipment connecting multiple sites. As an example, if there are 5 OC3 circuits coming into a network hub, there should be 5xOC3 bandwidth connecting the hub to the rest of the NSHEC network. The vendor proposal must specify the expected network downtime. It is expected that the network will have a minimum of 99.996% availability. This availability does not include intentional downtime for network maintenance.

Maintenance activities must be scheduled between 3:00am and 6:00am on Sunday mornings with at least two weeks notice. It is expected that a non-blocking architecture be implemented in all network components. The vendor proposal must outline the implementation of the non-blocking architecture throughout the network. Operational measurements will be made available to the consortium.

 

3.5 Network Equipment

All core network equipment must be sufficiently protected for redundancy and fault tolerance. Redundancy and fault tolerance can include multiple power supplies, switching components, switching paths, power sources or any standard central office protection. The vendor proposal must include specifications on the mean time between failure for all equipment. All network equipment must also meet a minimum of 99.996% availability.

All network equipment must be listed in detail. Any algorithms and/or techniques used to determine constant bit rates, variable bit rates and unspecified bit rates must also be described in detail. Interoperability between network equipment and each institution's premises equipment is a must. Edge equipment must allow the use of existing network equipment at the individual institution. All proposed network equipment must be scalable as the network grows. The proposal must indicate what scalability is possible for all equipment.

 

3.6 Internet Services

Due to the number of institutions and the type of Internet traffic, it is expected that each vendor proposal will detail a direct connection to a major Internet Service Provider. The vendor proposal must outline the type of Internet connection that will be used. It is expected that the vendor proposal also outline how Internet services will be managed for the NSHEC network. At a minimum, IP routing, DNS services, domain registration, and IP address spaces must be addressed. Additionally, network news feeds, network time protocol, BGP, and multicasting should be addressed.

The vendor proposal must indicate how Internet services will be managed for each individual institution. Some institutions may not have portable IP addresses and so must acquire new addresses. As such, some institutions may require a complete renumbering of their campus network. Each institution must have the ability to create separate peering arrangements with the contracted ISP. The Internet services should be designed and provided with the expectation that individual institutions may or may not contract with the service provider for Internet transit services. Specifications of transit services must be detailed in the proposal, explaining peering arrangements, tier descriptions and connection strategies over which NSHEC traffic will be routed.

 

3.7 Video-Conferencing Services

The current NSHEC network is a video only network. The network consists of 33 individual T1 circuits connecting T1 codecs at 33 sites to a central hub - each codec requires a full T1 for video and audio transmission. All video sites must be integrated into the proposed network. Currently, a software package is used to schedule the hub equipment when connecting sites. The software creates and disconnects the sites at the specified dates and times. The vendor proposal must specify how the video sites will be integrated into the new high-speed network and how the scheduling will dynamically create and tear down video connections.

In addition to the dedicated T1 circuits to the 33 sites, the NSHEC video network has dedicated T1 circuits to other videoconferencing consortia which must be integrated into the proposed network. There are 2 T1 circuits to the Fox Valley consortium (Waubonsee Community College), 2 T1 circuits to the West Suburban consortium (College of DuPage) and 1 T1 circuit to the South Metro consortium.

 

3.8 Management Services

NSHEC currently has an exclusive service and maintenance agreement with a single entity to provide all service and maintenance for the NSHEC video network. This single entity is not capable of solving all problems by itself but does coordinate all service activities for each problem. The agreement includes the maintenance, repair and potential replacement of all equipment. NSHEC expects that all vendor proposals will use this model in determining the type of management to provide. A copy of the service agreement is attached in Appendix F - Current Maintenance Agreement.

 

3.8.1 Service and Support

Network Manager - It is expected that the network manager will be the person(s) responsible for the day-to-day operations of the proposed network. The network manager must be capable of managing all aspects of the proposed network.

Institutional Contacts - Each institution will designate a single person to act on the behalf of the institution as the contact for the NSHEC Operations Center. The NSHEC Operations Center must maintain a list of all the institutional contacts. The responsibility for staffing and training will be located at the institutional level; however, assistance my be requested from the NSHEC Operations Center, in which case the institution making the request will be liable for the cost of services provided above any predetermined base level.

Demarcation of Responsibility - Delineation of responsibilities between the network manager and the individual institutions must be made very clear. Proposals must clearly present the costs for services offered. Procedures must be defined so that the network manager has jurisdiction over any changes affecting the core devices of the NSHEC network. Notification to and coordination with the network manager should take place concerning any changes to edge devices. If need be, the expertise of the network manager should be available to those institutions requesting additional support. Specific compensation terms may be addressed at the contract level.

Training - The network manager must be able to provide training to those institutions having adequate resources to maintain their edge equipment, but should also be able to actively service equipment at those institutions that have fewer or less capable resources. Contract terms will be structured to allow both of these situations to be addressed. Training needs are foreseen to be the most acute at the network hub(s).

 

3.8.2 Maintenance

Circuit Maintenance - It is expected that all circuits will undergo semi-annual testing at logical and physical levels to verify the integrity of all circuits and equipment that are being used for interconnectivity.

Equipment Maintenance - The vendor proposal should address multiple scenarios for providing equipment maintenance. Equipment maintenance components include, but are not limited to, spare parts, software upgrades, and hardware upgrades. It is expected that all service restoration be completed within four hours. Any replacement of equipment should be completed in 48 hours. It is expected that all equipment will be maintained with current operational code and hardware platforms, and maintenance logs must be provided for. With respect to spare parts, any equipment that is common to NSHEC members will have 4 hour availability. The common equipment and any premises equipment over which the network manager has administrative control should fall under this requirement. Spare parts will be provided by the individual institutions for any premises equipment which they manage. Categories of equipment can be divided into the following areas:

3.9 Implementation and Pricing

It is expected that all prices associated with this project will be detailed in the vendor proposal. Prices provided should be actual prices for NSHEC, not manufacturer's suggested retail price. Vendor partnerships/donations that reduce costs from the project are encouraged. It is expected that the vendor proposal will designate a single person to act as the project manager on the behalf of the vendor team. This individual will be the primary contact person involving all aspects of the proposed network. NSHEC will also designate a single person to serve as the NSHEC project manager. These two individuals will work in concert to successfully deploy the proposed network.





Proposal Requirements

 

4.1 Bidder Qualifications

4.1.1 Team Profile (2 pages max)

4.1.2 Team Member's Experience (project specific)

4.2 Network

4.2.1 Design

    1. Describe any assumptions and/or exclusions
    2. Provide a detailed network description and maps
    3. Describe the circuit speeds/circuit types for all sites
    4. Describe the circuit speeds/circuit types for all backbone trunking
    5. Describe the circuit speeds/circuit types for the Internet backbone service
    6. Describe future scalability of the network
    7. Describe all protocol supported in the network
    8. Describe what standards are being supported in the network
    9. Describe the methods to provide redundancy and fault tolerance in the network

4.2.2 Performance

    1. Describe the non-blocking architecture of all network equipment
    2. Describe the network availability of all circuits and equipment
    3. Describe the subscription rates of all circuits and equipment
    4. Describe how bandwidth can be allocated
    5. Describe what quality of service options will be available
    6. Describe network reliability from a carrier perspective

4.2.3 Equipment

    1. Describe all WAN/LAN interfaces that will be used
    2. Describe the specific product lines to be used
    3. Provide a detailed list of all equipment to be used
    4. Provide descriptions of interoperability of equipment with other vendors
    5. Describe what protocol support is available on each piece of equipment
    6. Describe what quality of service is available on each piece of equipment
    7. Describe the equipment architecture
    8. Describe the mean time between failure of all equipment
    9. Desribe the methods to provide redundancy and fault tolerance in all equipment
    10. Describe how edge equipment will be integrated into each campuses equipment

4.2.4 Internet Services

    1. Describe what Internet services will be provided as core services
    2. Describe what Internet services will be provided as additional cost services
    3. Describe the type of Internet backbone connection
    4. Describe how Internet services will be managed for each campus
    5. Describe transit services and strategies.
    6. Describe peering arrangements and NAP connections.

4.2.5 Videoconferencing Services

    1. Describe how the current video network will be integrated into the new network
    2. Describe in detail the the scheduling software
    3. Describe how the current off site video connections will be integrated

 

4.3 Management

4.3.1 Service and Support

    1. Describe what network management tools will be used
    2. Describe what communication methods and procedures will be used to contact individual institutions
    3. Describe the problem recovery procedures and response times
    4. Describe all escalation procedures
    5. Describe what reports will be made available and in what format
    6. Describe how account billing will be managed
    7. Describe the management structure of the NSHEC Operations Center
    8. Describe in detail the physical location and facilities of the NSHEC Operations Center
    9. Describe the operational hours of the NSHEC Operations Center and what type of staffing will be deployed
    10. Describe what other activities the NSHEC Operations Center will be engaged in (i.e. a shared operations center with other networks)
    11. List the key contact individuals for the NSHEC Operations Center
    12. Describe in detail the demarcation of responsibility for all institutional, edge and core equipment

4.3.2 Maintenance

    1. Describe all preventative procedures
    2. Describe all testing procedures
    3. Describe how repair and maintenance activities will be tracked
    4. Describe where spare equipment will be housed

 

4.4 Implementation

The Planning Group will review the various proposals according to strategies of implementation, change management, and service transition. The Bidder should describe in detail those roles and responsibilities it expects NSHEC to perform during the contract term. The Planning group will include, but not limit its evaluation to, the information provided.

4.4.1 Installation

4.4.2 Pilot Plan

4.4.3 Cutover Plan

4.5 Pricing

4.5.1 Price Summary

- Total price; Subtotals for Sections 4.2 through 4.4

4.5.2 Price Detail

4.5.3 Life Cycle Costs (table)

- Phase 1: initial and annual recurring
- Subsequent phases: initial and annual recurring
- Licensing issues

4.6 Appendices

Important Note Regarding These Sections: These sections are not to be included in the basic proposal. Each team member must provide information for these sections which must then be combined into one report and submitted through the primary vendor. Only three (3) copies of these sections are required.

4.6.1 Descriptive Profiles (2 pages max)

- Industrial, organizational and managerial background
- Partnerships, affiliations and memberships (outside of this project)
- Mergers, acquisitions and major organizational changes


4.6.2 Financial Viability

- 3 previous (each): consolidated balance sheets, statements of earnings and cash flow


4.6.3 Proof of Insurance

- Professional liability
- Commercial general liability (primary and umbrella)
- Workers compensation and employer's liability
- Automobile liability (primary and umbrella)
- Property insurance
- Valuable papers
- Statements indemnifying NSHEC


4.6.4 Legal Involvements

- Summary disclosure of any legal involvements that impact the ability to perform



Appendix A

Prospective Sites and Addresses (Phases 1 & 2)

 

College of Lake County

Grayslake Campus
19351 W. Washington St.
Grayslake, IL 60030-1198
Lakeshore Campus
111 N. Genessee
Waukegan, IL 60085

DePaul University

Lincoln Park Campus
2320 N. Kenmore
Chicago, IL 60614
Loop Campus
One East Jackson Blvd.
Chicago, IL 60604
O'Hare Campus
3166 River Road
Des Plaines, IL 60018
Naperville Campus
150 West Warrenville Road
Naperville, IL 60563

 

Illinois Institute of Technology

Loyola University

National-Louis University

Chicago Campus
18 S. Michigan Ave.
Chicago, IL 60604
Elgin Academic Center
620 Tollgate Rd.
Elgin, IL 60123
Evanston Campus
2840 N. Sheridan Rd.
Evanston, IL 60201

Wheaton Campus
200 Naperville Rd.
Wheaton, IL 60187
Wheeling Campus
1000 Capitol Dr.
Wheeling, IL 60090

Northeastern Illinois University

Chicago Campus
5500 N. St. Louis
Chicago, IL 60625-4699
Center for Inner City Studies
700 Oakwood
Chicago, IL 60653
Teacher Center
770 N. Halsted
Chicago, IL 60622

Northwestern University

Evanston Campus
2145 Sheridan Rd
Evanston, IL 60201
Chicago Campus
339 E. Chicago Ave.
Chicago, IL 60611
 

Oakton Community College

William Rainey Harper College

Maine Township High Schools

East Campus
2601 W. Dempster
Park Ridge, IL 60068
West Campus
1755 S. Wolf Rd.
Des Plaines, IL 60016
South Campus
1111 S. Dee Rd.
Park Ridge, IL 60068

Museum Campus

Note: For a complete listing of NSHEC Institutions, please visit the homepage.





Appendix B

Phase 1 Schedule

 

June:

16 Formal distribution of RFP

25 Pre-bid conference

July:

10 Inquiry deadline

27 Proposal deadline

August:

September:

11 Contract negotiations

22 Final contract approval

23 Implementation begins

October:

19 1st project status report from contractor (to be every 3wks)

November:

9 2nd project status report

30 3rd project status report

December:

21 Begin pilot-run of the installed network

January:

1 Conclude pilot-run

4-8 Project completion target




Appendix C

NSHEC Future Technologies Task Force Report

 

 



 

Appendix D

List of Initial RFP Recipients

 

AT&T

Avatar Systems

Tony Maier, Vice President
806 W. Washington St.
Chicago, IL 60607

Ameritech

Cisco Systems

Focal Communications Corp.

Fore Systems

Fujitsu

GTE Customer Networks

GTE Communications Corporation

Intecom

MCI


Open Business Systems, Inc.


TCG

TCI

Tandberg U.S.A.

3Com

21st Century Networks

WorldCom

Jerry Lenard, Director of Sales
2800 River Rd.
Des Plaines, IL 60018

847.375.4200


Mark Gruber
2800 River Road, Suite 490
Des Plaines, IL 60018

Appendix E

Current Maintenance Agreement


To view the maintenance agreement currently in place with Tandberg U.S.A., follow this link: