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Virage Logic first to deliver 0.15 micron Embedded Memory Compilers
FREMONT, Calif. - March 6, 2000 - Virage Logic Corporation, the leader in embedded memory, today announced that it is the first company to deliver 0.15 micron embedded memory compilers. The first instances from its 0.15 Custom-Touchä ASAP (Area, Speed, and Power) family of memory compilers was delivered to Taiwan Semiconductor Manufacturing Corporation (TSMC) on November 30, 1999, with the complete compiler family scheduled to be delivered by the end of Q1, 2000. With the wide portfolio of embedded memory compilers available on TSMC, Virage is well positioned to address the needs of customers designing in 0.35, 0.25, 0.18 and now 0.15 microns. "Through the cooperative efforts of Virage Logic and TSMC our customers have access to reliable, high-density embedded memory designs targeted to TSMC's 0.15-micron process technology," said Kurt Wolf, director of marketing at TSMC North America. "We look forward to other Virage memories targeted to the 0.15 micron level and below." "Virage is a market driven company and we are delivering products needed by the marketplace, " said Krishna Balachandran, director of product marketing for Virage. "There is a great demand from customers for embedded memory compilers in 0.15 micron technology and we are seeing several design starts in this new technology". Delivering Custom-Touch ASAP Memory Compilers at 0.15 Microns Virage Logic's first 0.15 micron offering is its Custom-Touch ASAP family for TSMC's next-generation process. ASAP (Area, Speed and Power) is a product family of memory compilers offering industry leading specifications in area, power and speed. Having memories optimized in this manner allows TSMC's customers to select the right memory for their application. ASAP will be available initially in a 1-port and 2-port high density SRAM and 2-port register file. The ASAP compiler family will be available off-the-shelf the end of Q1` 2000 with prices starting at $100,000. About Virage Logic Company Contact: |
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