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Simulation of Electrical and Optical Interconnections for Future VLSI ICs

机译:未来VLSI IC的电气和光学互连仿真

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At present, metallic interconnections become the "bottleneck" of the further progress in VLSI technology. The optical solution is considered as an alternative that could allow overcoming the limitations but its advantage should be confirmed at the level of modeling approach. The clock distribution network (CDN) that is the most representative component of the modern VLSI circuits has been used as the test circuit and its numerical models for H-tree architecture have been worked out and used. The model of the electrical CDN as well as some results of simulations presenting its expected features, also with the comparison to the results obtained for its optical counterpart are presented.
机译:当前,金属互连成为VLSI技术进一步发展的“瓶颈”。光学解决方案被认为是可以克服这些局限性的替代方案,但其优势应在建模方法层面得到确认。作为现代VLSI电路最具代表性的组件,时钟分配网络(CDN)已被用作测试电路,并且已经制定并使用了其用于H树结构的数值模型。电子CDN的模型以及一些模拟结果显示了其预期的功能,并与光学配对的结果进行了比较。

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