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Xilinx Extends Lead in System Connectivity, Ships Industy's First Complete RapidIO Endpoint CoreCompany to demonstrate and discuss FPGA-based solution at Motorola's Smart Networks Developer Forum SAN JOSE, Calif., July 15, 2002-Xilinx, Inc. (NASDAQ: XLNX) today announced its new RapidIO™ Logical and Transport layer Intellectual Property (IP) core for use with the company's flagship Virtex®-II series Platform FPGAs. This core, when combined with the industry's first RapidIO physical layer core available from Xilinx since May 2001, form a complete RapidIO endpoint solution that can be used to build switch cards for communication and storage equipment, interface to control plane and network processors, DSP farms, and bridges to legacy buses and proprietary and standards-based backplanes. For complete information about the RapidIO core, visit http://www.xilinx.com/systemio . "The Xilinx solution brings the promise of RapidIO into reality and allows system architects to start building their next generation systems right away," said Sam Fuller, president of the RapidIO Trade Association. "RapidIO is quickly gaining acceptance as the interconnect of choice for major networking and telecommunication infrastructure companies due to its reliability, scalability and support from a large base of processor, ASSP and programmable logic vendors." "As a result of the constant change in the I/O standards landscape, FPGAs are expected to play a key role in the future of high-performance communications and networking systems," said Mark Aaldering, senior director of the IP solutions division at Xilinx. "The RapidIO cores from Xilinx are yet another industry first, demonstrating our commitment to provide our customers with complete solutions for building high performance, scalable and reliable communications equipment." Next week, Xilinx will demonstrate the RapidIO endpoint solution at Motorola's Smart Networks Developer Forum (SNDF), held in New Orleans, Louisiana from July 21 through 24. Two Xilinx Virtex-II Platform FPGAs are used to implement two distinct RapidIO cores connected across a cable. Conference attendees can view multiple data packets being sent from one core to the other across the cable at the rate of 4 Gbps in each direction on a liquid crystal display. The company will also participate in a panel discussion focused on RapidIO being held on Tuesday, July 23, 2002 at SNDF. Senior Director Aaldering will represent Xilinx. RapidIO Endpoint The Ultimate Connectivity Platform License price and availability About Next Week's Metro-Optical Networking Forum About Xilinx
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