RTL变形:使ip复用在片上系统设计中工作

S. Yamashita, H. Chikata, Y. Onishi, Naoki Kato, Tomomi Hiyama, K. Yano
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引用次数: 6

摘要

提出的RTL变形通过在性能需求或延迟约束的变化下灵活控制RTL结构,实现了真正的ip重用设计。这种灵活的RTL重构是由一种新的路径深度控制方法提供的,该方法可以通过改变基本逻辑单元(称为决策单元)的if-then-else嵌套顺序来优化任何路径的深度。RTL变形的使用将4M晶体管的上市压力SoC的设计周期缩短了两个月,工作频率提高了18%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RTL morphing: making IP-reuse work in system-on-a-chip designs
The proposed RTL morphing enables true IP-reuse design through flexible control of the RTL structure under the changes in performance requirements or delay constraints. This flexible RTL restructuring is provided by a new path-depth controlling method, which can optimize the depth of any path by changing the if-then-else nesting order of a basic logic unit (called a decision unit). The use of RTL morphing reduces the design period of a time-to-market pressured SoC of 4M transistors by two months with 18% operating frequency improvement.
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