SUNNYVALE, Calif. — October 16, 2000 - Virtual Silicon Technology, Inc., and United Microelectronic Corporation (UMC) (NYSE:UMC), today announced a complete set of eSilicon™ libraries for the all copper, low-k dielectric, 0.13 micron WorldlogicSM process jointly developed with IBM and Infineon. The eSilicon family of embedded semiconductor components includes foundry-specific standard cell libraries, multi-drive I/O pads, a broad selection of memory compilers including single-port RAM, dual-port RAM, ROM, and register files, and the continued expansion of Virtual Silicon's mixed-signal strategy with high-speed I/O pads, and Phase-Locked-Loop Compilers.
Most of these components are licensed at no cost to qualified end users. This comprehensive development program includes the fabrication of several test chips using UMC's exclusive Silicon Shuttle® prototyping service. The Silicon Shuttle is a multi-wafer test chip program that reduces customer mask cost for product prototyping. Customers using the Shuttle can be assured of the best ESD and latchup reliability, the most accurate timing model to silicon correlation, and the highest quality of new embedded components.
"Early access to a complete ASIC solution enables leading-edge customers to get their designs into production before their competitors," said Taylor Scanlon, chief executive officer at Virtual Silicon Technology. "This eSilicon product offering at 0.13 micron technology allows customers to hit the streets running as the industry's most advanced process technology becomes available."
"We are seeing tremendous customer interest in our 0.13 micron technology, which remains on schedule for pilot production qualification at the end of this year," said Jim Ballingall, vice president of marketing for UMC. "Our 0.13 micron technology rollout strategy requires the early availability of critical design components. Virtual Silicon has an excellent track record with UMC and has already developed quality library products for our 0.18 micron and 0.15 micron technologies. Our relationship with Virtual Silicon has helped our customers capitalize on our industry lead in the delivery of advanced process technology."
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