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Calibrating Achievable Design: Insights from the GSRC Annual Review (June 9, 2002)

The GSRC Annual Review discusses key advancements in VLSI design, focusing on calibrating achievable design (C.A.D.). Key themes include optimal memory integration, the benefits of low-k materials, and achievable global signaling quality. The review highlights the importance of industry-compatible, open-source tools and R&D agility through CAD-IP reuse. Moreover, it presents insights into metrics for measuring design success and industry deployment experiences. This comprehensive overview aims to guide future developments in VLSI design and education.

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Calibrating Achievable Design: Insights from the GSRC Annual Review (June 9, 2002)

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  1. Calibrating Achievable Design GSRC Annual Review June 9, 2002 Wayne Dai, Andrew Kahng, Tsu-Jae King, Wojciech Maly, Igor Markov, Herman Schmit, Dennis Sylvester

  2. Calibrating Achievable Design (C.A.D.) Theme • GTX / Living Roadmap: Where to Focus? • What is the benefit of low-k? • Achievable global signaling quality? • Optimal memory integration and architecture? • http://vlsicad.ucsd.edu/GTX • CAD-IP Reuse: Faster and Better R&D • Industry-compatible, open-source, back-end flows • Remote execution “autograding” infrastructure • http://vlsicad.eecs.umich.edu/BK • (VLSI design education, common data model, …) • METRICS: Measure & Improve • Survey of design metrics, design project metrics • Clock speed, front-end acceptance, tool noise, … • Industry deployment experience • http://vlsicad.ucsd.edu/METRICS

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