Northern Telecom Inc. v. United States

32 Cont. Cas. Fed. 73,664, 8 Cl. Ct. 376, 1985 U.S. Claims LEXIS 960
CourtUnited States Court of Claims
DecidedJune 27, 1985
DocketNo. 290-85C
StatusPublished
Cited by4 cases

This text of 32 Cont. Cas. Fed. 73,664 (Northern Telecom Inc. v. United States) is published on Counsel Stack Legal Research, covering United States Court of Claims primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Northern Telecom Inc. v. United States, 32 Cont. Cas. Fed. 73,664, 8 Cl. Ct. 376, 1985 U.S. Claims LEXIS 960 (cc 1985).

Opinion

OPINION

MARGOLIS, Judge.

On May 15, 1985 the plaintiff, Northern Telecom Inc. (NTI), sued for a temporary restraining order and a preliminary injunction to prevent the National Aeronautics and Space Administration (NASA) from awarding a contract to the defendant-inter-venor, ROLM Corporation (ROLM). Since NASA has agreed not to award the contract until July 1, 1985, the request for a temporary restraining order is moot. Both the defendant and the intervenor oppose the plaintiff’s motion for an injunction, and the defendants have moved for summary judgment. After hearing oral argument and considering the entire record, the Court grants the defendants’ motion for summary judgment and denies the plaintiff’s motion for a preliminary injunction.

FACTS

A. The Procurement

On September 22, 1983 NASA issued Request for Proposal No. 9BB52-54-3-96P (the RFP), which invited proposals to supply, install, and maintain a new Center Telecommunications System (CTS) at the Lyndon B. Johnson Space Center in Houston, Texas (the JSC). The RFP also gave NASA the option to order a system for the JSC Aircraft Operations Division at Ellington Air Force Base in Houston. NASA hopes to use the voice capability of the new system within twelve months after signing the contract. The awardee must deliver and install the entire system within 510 days after the contract is awarded.

[378]*378Seven firms submitted proposals. The Source Evaluation Board (SEB)1 ranked the proposals according to four criteria specified by the RFP: 1) Mission Suitability; 2) Cost; 3) Company Experience and Past Performance; and 4) Other Factors. The Mission Suitability criterion comprised ten subcriteria, which were each assigned a weight of “most important,” “very important,” or “important.” The subcriterion “System Design and Features” was ranked as one of the two “most important.” The RFP defines this subcriterion as follows:

3.1 SYSTEM DESIGN AND FEATURES

All equipment furnished by the Contractor shall be new, of modern design, and a current, standard-production model of the manufacturer. The system shall be of a size, type, architecture, and capability (including both voice and data capability) that has previously been successfully installed and operated.
All the components of the system must be field-proven (specifically or generically) and must currently be marketed by the manufacturer as off-the-shelf products. A component will be considered to be specifically field-proven if it has been installed on three or more field systems and has performed in a satisfactory, trouble-free manner. A component will be considered to be generically field-proven if it is an upgraded or improved version or model of a component which has been specifically field-proven, and is currently being marketed by the manufacturer as a standard commercial product.

After initial evaluation, the SEB excluded three firms that had submitted proposals beyond the competitive range. The four remaining bidders then clarified their proposals in oral and written discussions with the SEB. On October 16, 1984 the bidders submitted best and final offers.

In the final evaluation, the ROLM proposal scored highest in all Mission Suitability subcriteria and was rated excellent in every major criterion. The NTI proposal was ranked second in Mission Suitability, though ROLM had such a substantial edge that the Source Selection Official considered the NTI proposal no further. Instead, he weighed the technical excellence of the ROLM proposal against the cost advantage offered by American Telephone and Telegraph. On January 16, 1985 NASA announced that it would negotiate a contract with ROLM for about 14 million dollars, with ten one-year extensions for maintenance, operations, and future expansion costs.

B. The ROLM System

In the ROLM telephone system, Computerized Branch Exchanges (CBX’s) direct calls from user to user. Calls entering a switch terminate on electronic circuit cards and must be transferred to other lines to reach their destinations. The cards are stacked on shelves. Each cabinet contains six shelves, and each CBX switching node contains three cabinets.

A shelf can switch a call only between lines on that shelf. To pass from one shelf to another, the call must travel along a special circuit card (expander) to the system backplane (ROLMbus). To pass between nodes, the call must travel through a fiber-optic internode link (INL). ROLM plans to use a centralized internode network (INN) to connect nodes in systems requiring 4,000 or more lines.

ROLM proposed to install a system at the JSC that comprises a CBX II 9000 using thirteen nodes. Each node will utilize the ROLMbus 295 and will connect with an INN. ROLM proposed INL’s as the primary internode traffic links of the CBX II. To operate the system, ROLM offered its Software Release 9003 and promised to provide updated releases as they become available. To meet other requirements of the RFP, ROLM proposed the following specialized equipment: its Asynchronous/Synchronous Data Commu[379]*379nications Module (DCM); CBX II T1/D3 interface cards; the CBX II X.25 interface; and a CBX M/A switching system.

C. The NTI Protest

On February 12, 1985 NTI protested NASA’s selection of ROLM for probable award on the ground that the proposed system was not field-proven. NTI makes the following charges: Some major components were not commercially available at the bidding deadline. ROLM had installed the CBX II 9000 but had paired it with the ROLMbus 74, a system backplane that could not meet NASA’s requirements. To date ROLM has installed only one experimental system using the CBX II 9000 with the ROLMbus 295. ROLM has never connected such a system to the proposed INL and INN, and the plaintiff alleges that ROLM is still testing the INN.

The Contracting Officer investigated the charges and met with ROLM representatives from March 18-22, 1985. By letter to NTI dated April 4, 1985, he found

that the particular equipment alleged not to be field-proven (the Rolm CBX II 9000 with the Rolmbus 295 feature and the INN) are both upgrades of and improvements to Rolm equipment that is specifically field-proven, and that both of these items of equipment were being marketed by Rolm as standard commercial products at the time the company submitted its proposal to JSC for the CTS. Both items are therefore generically field-proven as required by the RFP.
... Note that the RFP required that the equipment furnished, must be current standard-production equipment; it did not require that the equipment meet this condition at the time of proposal submission. It was the Government’s intent, as expressed in the RFP, to obtain state-of-the-art equipment; i.e., equipment that would not be phasing into middle age or obsolescence at the time of delivery and installation. By requiring that products proposed be generically field-proven and that the equipment furnished be standard-production items, the Government maximized its opportunity to obtain the most modern equipment available, consistent with its desire to avoid the risks associated with developmental equipment and tailor-made, one-of-a-kind items____ As noted above, both the ROLMbus 295 and the INN are generically field-proven, and both are being marketed today as standard commercial products.

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Bluebook (online)
32 Cont. Cas. Fed. 73,664, 8 Cl. Ct. 376, 1985 U.S. Claims LEXIS 960, Counsel Stack Legal Research, https://law.counselstack.com/opinion/northern-telecom-inc-v-united-states-cc-1985.