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Xilinx Extends Density and Performance Leadership with Largest and Fastest Programmable IC in the IndustryCompany ships Virtex-II eight-million-gate FPGA with clock speeds of over 400 MHz; 73 percent larger than any device available today SAN JOSE, Calif., August 12, 2002 – Xilinx, Inc., (NASDAQ:XLNX) continued to outpace its competition in semiconductor performance and density with today's announcement that it is shipping the world's fastest, highest-density programmable chip available on the market. At eight million gates with clock speeds of over 400 MHz, and I/O speeds of 840 Mb/s, the Virtex-II Platform FPGA XC2V8000 is 73 percent larger than any competitive device available today. Xilinx Virtex-II Platform FPGAs deliver unprecedented logic, memory, and I/O capacity. The XC2V8000 FPGA includes 104,832 logic cells, over 3 megabits of block RAM, 12 Digital Clock Managers (DCMs), 168 18x18 multipliers, and 824 I/O pins, including 412 differential I/O pairs. On-chip memory resources, flexible and fast I/O and high performance logic have become increasingly important as a growing base of today's system designers opt to use FPGAs rather than ASIC devices in their high performance applications. The Virtex-II series FPGAs, with their abundant memory and 400+ MHz clock rates, are proven solutions for handling large data streams in terabit and pedabit routers, network port aggregation, and high-end broadcast equipment video imaging and computer graphics systems. Xilinx credits this breakthrough in Virtex-II performance and densities to a combination of advanced 0.15 CMOS process technology, jointly developed with fab partner UMC (NYSE:UMC), and electronic design automation software tools and methodologies tuned to maximize programmable chip performance. "UMC played a fundamental role in helping Xilinx deliver this device into customer hands," said Rich Sevcik, senior vice president and general manager of FPGA products at Xilinx. "Just as importantly, Xilinx and our EDA partners offer system designers a complete tool suite and methodologies that make it possible to fully exploit the device densities and performance of our Virtex-II platform FPGAS." According to Ken Romano, director of Hardware Engineering for Photon Vision Systems (www.photon-vision.com), a leading supplier of CMOS Imaging Sensors and Single Chip Camera Systems for OEMs, "The reconfigurable nature of Xilinx Virtex-II FPGAs offer time-to-market and design flexibility we just couldn't achieve with a traditional ASIC or any other programmable logic vendor. The intuitive ISE software allowed us to optimize designs for specific customer solutions. The combination of first class software and state of the art silicon made our decision an easy one." Software before Silicon The latest version of Xilinx ISE software design environment, 4.2i, is tuned to maximize silicon and system performance. In fact, benchmarks of customer IP and core designs show ISE 4.2i delivers faster clock speeds than the nearest competitive offering. In addition, Xilinx ChipScope on-chip logic debugging software facilitates design verification of today's multi-million gate FPGA designs, a feature not available using traditional ASIC technology. The same logic and memory fabric is available in the recently announced Xilinx Virtex-II Pro devices, when combined with ISE tools, deliver 25 percent faster performance than any available competing solution. ISE also offers ProActive Timing Closure technology delivering up to 3.125 gigabits per second I/O speeds, and partial reconfigurability--a first for the programmable logic industry. Commitment to Higher Performance About Xilinx Virtex-II Platform FPGAs Pricing and Availability About Xilinx -30-
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