Scaling of wire delay suppose a system has a clock cycle of


Question: Scaling of Wire Delay: Suppose a system has a clock cycle of ten gate delays. What clock frequency does this imply in the years 1990, 2000, and 2010? In these same years, how many clocks, or what fraction of a clock, does it take to drive a wire from one comer of the chip to the opposite comer? Assume this wire runs only horizontally and vertically so that its length is twice the linear dimension of the chip. For now, assume that the delay of a wire is its RC time constant.

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