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引用次数: 1

摘要

时钟分配网络是高性能同步VLSI设计中最重要的设计挑战之一。然而,由于两个主要原因,时钟网络合成的自动化通常局限于本地时钟域。(1)全局时钟太重要了,设计师不能冒险采用完全自动化的时钟流程。(2)与其他EDA领域(如合成/放置/路由)不同,时钟合成工具与时钟网络拓扑、接地/电源规划、时钟门控、宏观平面规划、时钟方法等高度相关。因此,要实现一套通用的时钟合成工具以提高设计效率是非常困难的。也就是说,工业时钟方法通常求助于过度设计,因为时钟合成太关键了,不能失败。
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The future of clock network synthesis
The clock distribution network presents one of the most important design challenges in high-performance synchronous VLSI designs. However, automation in clock network synthesis is usually limited to local clock domains for two main reasons. (1) Global clock is too important for designers to take the risk of adopting a fully automated clocking flow. (2) Unlike in other EDA areas (such as synthesis/placement/routing), clock synthesis tools are highly tied to clock network topologies, ground/power planning, clock gating, macro floorplanning, clocking methodologies, etc. It is thus very difficult to implement a set of generic clock synthesis tools for design productivity considerations. That being said, industrial clocking methodologies usually resort to overdesigning because clock synthesis is just too critical to fail.
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