To: Libbyt who wrote (311 ) 6/9/2000 2:30:00 AM From: Libbyt Respond to of 352
Conductus Delivers Advanced Superconducting Wireless Filter Systembiz.yahoo.com Wednesday June 7, 8:45 am Eastern Time Company Press Release SOURCE: Conductus, Inc. Conductus Delivers Advanced Superconducting Wireless Filter System Multiband Subsystem for Government Communications System SUNNYVALE, Calif., June 7 /PRNewswire/ -- Conductus, Inc. (Nasdaq: CDTS - news), a leading manufacturer of superconducting wireless systems, announced today that it has delivered a state-of-the-art superconductor-enhanced, multichannel wireless receiver front end to Communication Solutions, Inc. of Baltimore, Maryland. The Conductus front end is to be integrated into a high-performance system that will serve as a demonstration platform used to quantify the benefits of superconductor filter technology in a number of government communications applications. Conductus believes this system to be the most complex wireless front-end subsystem based on superconductor technology ever built. This system provides superior performance by using a combination of ten superconducting filters and ten cryogenically-cooled, low-noise amplifiers. The Conductus unit also includes a broad range of switching and gain-setting capabilities that are controllable through its companion receiver designed and built by Communication Solutions. The combined units constitute a complete multichannel receiver system that incorporates superconducting technology as part of the overall system design. As a result, the system performance exceeds that of existing communications receivers and takes optimal advantage of the benefits offered by Conductus technology. The Conductus technology in the system is an extension of the front-end technology embodied in the commercial ClearSite© product for wireless base stations but is expanded to a variety of communications bands of interest to government customers. The system was designed to support a range of applications by including multiple frequency bands and the capability to switch between them at will. ``We are pleased to have completed work on this state-of-the-art communications receiver,'' stated Charles Shalvoy, President and CEO of Conductus. ``We believe that the superior technology embodied in this multichannel receiver system has resulted in a system with unprecedented performance. We continue to see good potential for our products in the government sector that complements our efforts in the commercial sector. Standard products for government customers similar to the unit we just delivered could be a significant growth opportunity for us in the future.'' Communication Solutions, Inc., founded in 1991 and based in Baltimore, Maryland, designs and manufactures advanced equipment for specialized communications applications. Their products include microwave receivers, downconverters, data forwarders, and other sophisticated instruments for multiple communications applications. About Conductus Conductus, Inc., founded in 1987 and based in Sunnyvale, California, develops, manufactures and markets electronic components and systems based on superconductors for applications in the worldwide telecommunications market. For many applications, the unique properties of superconductors offer significant performance advantages over products based on conventional copper electronic components. These advantages can provide improved price/performance at the system level because of enhanced sensitivity and efficiency as well as reduced size and weight. Please note: The statements contained in this press release that are not purely historical are forward-looking statements within the meaning of Section 21E of the Securities and Exchange Act of 1934, including statements regarding the Company's expectations, beliefs, hopes, intentions, or strategies regarding the future. Forward-looking statements include statements regarding future sales, product introduction and acceptance, market acceptance and financial stability. Conductus' actual results and the timing of certain events may differ significantly from the results discussed in the forward-looking statements. SOURCE: Conductus, Inc.