自定义路由优化流程修复超深亚微米技术中的时序违规

Omkar Deshkar
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引用次数: 1

摘要

在超深亚微米技术中,由于不断增加的金属层数、不同的层厚度、新的设计规则和设计复杂性,布线变得具有挑战性。由于低技术节点的拥堵增加,设计师必须在平面图中预测天气路线是否可能满足时间要求。仅路由是不够的,但需要路由DRC干净,不降低后布局时间。低节点技术减少了芯片的面积,增加了芯片上的路由拥塞,在这种情况下需要用金属层路由最佳拓扑。本文将讨论如何路由具有不同路由拓扑的网络,并将路由满足时间和DRC要求的最佳拓扑。该流程将根据不同的标准从可用的拓扑中选择最佳拓扑,并在给定的金属层中自动路由网络。一旦路由,它还会用不同的布局解决方案来解决网络上的时间违规问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Customized Routing Optimization Flow to Fix Timing Violations in Ultra Deep Sub Micron Technology
In ultra-deep sub-micron technology, Routing has become challenging due to ever increasing number of metal layers, distinct layer thicknesses, new design rules and design complexity. Due to increase in congestion with lower technology nodes designer has to predict during floor plan weather routing is possible with meeting timing requirements. It is not enough to route only but need to route with DRC clean and without degrading post layout timings. Area reduction with lower node technology, routing congestion increases on chip and in that scenario need to route the best topology with metal layers. This article will discuss about routing a net with different routing topologies and the best topology which meets timing and DRC requirements will be routed. Flow is developed which will select the best topology from available topologies on the basis of different criteria and net will be routed automatically with given metal layers. Once it is routed, It will also fix the timing violations on the net with different layout solutions.
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