OTORNoC: Optical tree of rings network on chip for 1000 core systems

Soumyajit Poddar, Suraj, Amit Kumar Yadav, H. Rahaman
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Abstract

Optical Networks on Chip are an emerging communication platform for high performance multi core systems on chip. In this work a novel thousand core topology is proposed that increases optical link utilization and scales up bandwidth to enable single chip TeraFlops performance. Performance benefits of about 1.8× and 3× reduction in optical power is obtained over the existing state of the art multicore chips.
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OTORNoC:用于1000核系统的片上环网光树
片上光网络是面向高性能多核片上系统的新兴通信平台。在这项工作中,提出了一种新的千核拓扑结构,可以提高光链路利用率并扩展带宽,从而实现单芯片TeraFlops性能。与现有的多核芯片相比,光功率降低了1.8倍和3倍的性能优势。
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