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引用次数: 43

摘要

随着过程的缩小,门延迟的改善要比长导线中的延迟快得多。因此,长导线越来越多地决定了最大时钟速率,从而决定了越来越多的芯片的性能。这个问题的一个解决方案是通过管道实现全球互连,使整个芯片能够以本地操作的速度运行。虽然已知这种优化可以很好地工作,但由于实际困难,很少使用这种优化—很难更改RTL,测试向量变得无效,并且很难证明任何更改的正确性。下面我们来看看克服这些困难的一些方法。
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Methodologies and tools for pipelined on-chip interconnect
As processes shrink, gate delay improves much faster than the delay in long wires. Therefore, the long wires increasingly determine the maximum clock rate, and hence performance, of more and more chips. One solution to this problem is to pipeline the global interconnect, enabling the whole chip to run at the speed of local operations. While known to work well, this optimization is seldom used because of practical difficulties - it is hard to change the RTL, test vectors become invalid, and it's hard to prove correctness of any changes. Here we look at some ways these difficulties could be overcome.
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