SCIENCE

CHELMSFORD, MA -- Mercury Computer Systems, Inc. (NASDAQ: MRCY), a leading provider of embedded real-time digital signal and image processing computer systems, announced today that Recon/Optical, Inc. (ROI) has selected Mercury's RACE++(TM) conduction-cooled multicomputers for use in its new CA-279 dual spectral band aerial reconnaissance camera. The RACE++ multicomputer will perform image processing on the sensor platform, enabling near real-time reconnaissance. "The CA-279 digital camera has the ability to produce both infrared and visible spectrum images simultaneously, providing military commanders and other key decision makers with near real-time intelligence to analyze battlefields and other key sites," said ROI's Steve Wyatt, CA-279 Program Manager. "Mercury's conduction-cooled system enables the camera to be deployed in the extremely harsh environments often encountered during reconnaissance missions." Incorporating the RACE++ architecture, Mercury's rugged conduction-cooled systems were designed for demanding environments similar to those in which the CA-279 camera will be used, such as battlefield conditions and high altitudes where extreme temperatures, humidity, dirt and dust can degrade reconnaissance imagery. Built to Level 3 ruggedization specifications, the systems will endure the increased vibration and lower air pressure that result from operating in these extreme environments. Utilizing Mercury's systems, the camera will process more frames per minute and provide higher quality images than previously possible from high-altitude reconnaissance aircraft, while occupying less space. "Recon/Optical is a leader in the aerial reconnaissance industry and consistently creates cutting-edge imaging solutions, such as the new CA-279 dual band camera, for use in advanced military and commercial applications," said Vince Mancuso, vice president and general manager of Mercury's Government Electronics Group. "The selection of Mercury for the CA-279 camera is further evidence of our ability to lead in digital image processing, and we look forward to continuing a successful, ongoing relationship with Recon/Optical." For more information visit www.mc.com