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Denali’s Databahn Memory Controller Cores Achieve Production/Gold Status in UMC’s IP ProgramDatabahn Cores Now Verified in Silicon at a Leading Pureplay Semiconductor Foundry Palo Alto, Calif., November 18, 2002--- Denali Software, Inc., the leading provider of semiconductor intellectual property (SIP) and engineering design automation (EDA) tools for memory system design and verification, today announced that its Databahn™ memory controller cores have been fully qualified in production silicon for the first time at a pureplay semiconductor foundry. The cores are now characterized at the gold level (production verified) on UMC's (NYSE; UMC) 0.15 and 0.18 micron process technologies, and are in UMC's Gold IP™ catalog. Fabless semiconductor companies and integrated device manufacturers (IDMs) using UMC now have access to a silicon proven memory controller solution that is fully configurable for high-performance operation in a wide range of system-on-a-chip (SoC) applications. "Our customers value the depth of the Databahn memory controller solution," said Kevin Silver, Vice President of Marketing at Denali. "We're providing more than just control logic for the memory interface. We've created an end-to-end solution that is fully configurable for a wide variety of control features, memory configurations, and board layouts. This also includes delay compensation circuitry for data capture/send to ensure reliable, high-frequency operation. Having this proven in UMC's process gives designers the additional level of confidence that they can go to UMC and realize an optimal memory system with shorter development times and lower risk." "By working with Denali, we were able to configure thier Databahn memory controller core to perform exactly as required by our system design," said Richard Takahashi, CEO and president of Corrent Corporation. "Our network family of security chips incorporates a Databahn controller configured for DDR 133MHz operation (266MHz data transfers) with ECC (Error Correction Code) and support for various memory device configurations. These chips are now in production using UMC's 0.15 micron process technology. The quality of support we received from Denali and UMC throughout the process has been outstanding, we look forward to using Databahn again in upcoming chip designs." "We are delighted that so many of Denali's customers choose to manufacture their designs on UMC's deep submicron semiconductor processes, and that UMC is the first pureplay foundry to verify the Databahn cores in production silicon. Databahn makes an excellent addition to our IP catalog as it results in increased memory system IP options for our customers. The addition also puts UMC in the position of being the only foundry to offer fully qualified memory subsystem IP," said Dr. C.T. Lee, vice president of corporate marketing at UMC." About Databahn About Denali Software, Inc. Note to Editors: Databahn and eMemory are trademarks of Denali Software, Inc., all other trademarks are the property of thier respective owners.
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