2002Unpublished venueRequires access

Design technology for systems on a chip

R. Camposano

Open publisher page 3 citations

Abstract

As ASIC designs make the transition to systems on a chip (SoC), designers wrestle with increased complexity, escalating development costs and accelerating design cycles. In addition, advancing technology is exacerbating formerly parasitic effects such as RC delay and capacitive coupling into first-order effects. Complex designs and advancing technology may be the cause of these problems, but new design technology will help address these challenges. This presentation gives a perspective on the new design technology being deployed in the near future, which will profoundly affect the way in which designs are produced.

About this research paper

What this paper is about

As ASIC designs make the transition to systems on a chip (SoC), designers wrestle with increased complexity, escalating development costs and accelerating design cycles. In addition, advancing technology is exacerbating formerly parasitic effects such as RC delay and capacitive coupling into first-order effects. Complex designs and advancing technology may be the cause of these problems, but new design technology will help address these challenges. This presentation gives a perspective on the new design technology being deployed in the near future, which will profoundly affect the way in which designs are produced.

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Available abstract

As ASIC designs make the transition to systems on a chip (SoC), designers wrestle with increased complexity, escalating development costs and accelerating design cycles. In addition, advancing technology is exacerbating formerly parasitic effects such as RC delay and capacitive coupling into first-order effects. Complex designs and advancing technology may be the cause of these problems, but new design technology will help address these challenges. This presentation gives a perspective on the new design technology being deployed in the near future, which will profoundly affect the way in which designs are produced.

Key concepts: Computer science, System on a chip, Chip, Embedded system, Computer architecture, Telecommunications

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