Virtual Socket Interface Alliance

Ralf Seepold
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引用次数: 70

Abstract

1 VSI Builds Momentum to Solve Design Reuse Imperative (Larry Rosenberg, Chair, VSI Technical Committee, USA) For over twenty years now, alarmists have been warning the electronics industry of an emerging “design productivity gap”. This is based on the exponential growth of silicon implementation capacity which grows at a compound annual growth rate of over 58% per year. This should be compared to the most optimistic projection for productivity growth, which is around 23% per year. Hence, there should have been an exponentially growing gap between what silicon can hold and what designers can define into the silicon. This tutorial will explain in detail how the semiconductor/EDA industries have coped with this problem up to now and why the techniques that have served us so well for over 30 years, will no longer work in the future. In addition, silicon capacity finally has reached the point where true product convergence can occur i.e. complete designs comprising disparate technical domains can be merged onto a single System-Chip (SoC). The solution to both the “design productivity gap” and the “convergence challenge” can both solved by design reuse of Virtual Components. This is the vision on which the VSI Alliance was created.
虚拟套接字接口联盟
VSI建立动力解决设计重用势在必行(Larry Rosenberg, VSI技术委员会主席,美国)二十多年来,危言耸听者一直在警告电子行业出现“设计生产力差距”。这是基于硅实现能力的指数增长,其年复合增长率超过58%。这应该与最乐观的生产率增长预测(每年约23%)相比较。因此,在硅能容纳的东西和设计师能定义的东西之间应该有一个指数级增长的差距。本教程将详细解释半导体/EDA行业到目前为止是如何应对这个问题的,以及为什么这些技术已经为我们服务了30多年,在未来将不再起作用。此外,硅的容量最终达到了真正的产品融合可以发生的程度,即包含不同技术领域的完整设计可以合并到单个系统芯片(SoC)上。“设计生产力差距”和“融合挑战”的解决方案都可以通过虚拟组件的设计重用来解决。这就是VSI联盟成立的愿景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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