首页> 外文会议>2014 IEEE International Interconnect Technology Conference / Advanced Metallization Conference >Design of multilevel interconnect network of an ASIC macrocell for 7.5nm technology node using carbon based interconnects
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Design of multilevel interconnect network of an ASIC macrocell for 7.5nm technology node using carbon based interconnects

机译:使用碳基互连的7.5nm技术节点ASIC宏单元的多层互连网络设计

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摘要

Multilevel interconnect network of a macrocell for 7.5 nm technology node is designed with carbon based interconnects (CBI) and Cu. Results are compared. Constrains of using CBI is discussed. It is shown that by using CBI power dissipation associated with wires could decrease by 32%. To use GNRs for more than one metal pair, reverse wire pitch idea is proposed that prevents undesirable increase in the number of metal layers.
机译:7.5纳米技术节点的宏单元的多级互连网络是使用碳基互连(CBI)和铜设计的。比较结果。讨论了使用CBI的限制。结果表明,通过使用CBI,与电线相关的功耗可以降低32%。为了将GNR用于多个金属对,提出了反向线距的想法,该想法防止了金属层数量的不期望的增加。

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