用于计算系统的高密度、低功耗光互连

S. Nakagawa
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引用次数: 2

摘要

多核架构被广泛应用于计算系统中,以提高功耗受限环境下的性能,并实现最高性能的超级计算机[1]。多核系统是许多具有高带宽互连的高能效微处理器的高级集成,这需要每个通道的高数据速率,高通道计数,或两者兼而有之。光传输天生就适合于低传播损耗和低色散的高带宽互连,最新的高性能超级计算机已经利用了许多光通道[2]。光互连技术的最新进展已经证明了高密度封装以及高速光通道的低功耗,这两者都优于电通道。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High-density, low-power optical interconnects for computing systems
Multicore architecture has been widely exploited in computing systems to increase performance under power-constrained environment, and realized the highest-performance supercomputers [1]. Mulicore systems are high-level integration of many power-efficient microprocessors with high-bandwidth interconnects, which requires high data rate per channel, high channel counts, or both. Optical transmission is inherently suited for high-bandwidth interconnects with low propagation loss as well as low dispersion, and the latest top-performance supercomputers have exploited many optical channels [2]. Recent advancements in optical interconnect technologies have demonstrated high-density packaging as well as low-power dissipation of high-speed optical channels, both of which are superior to electrical counterparts.
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