短距离互联的未来

D. Tonietto
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引用次数: 1

摘要

前所未有的信息爆炸及其对数据流量和处理的日益增长的需求正在推动短距离互联技术的快速和多样化发展。在这场竞争的背景下,CMOS技术并没有提供通常的节点间性能提升来帮助SerDes开发人员应对更高的带宽和数据速率。高速电互连的突破和光互连的新方法,如SiPho, NPO(近封装光学)和CPO(共封装光学)承诺提高性能,能效和密度。人工智能和高性能计算等新兴应用对互连带来了哪些具体挑战?各种互连技术将如何应对芯片分解和多芯片集成电路产品的需求?本文的重点是提供一些方向和底层逻辑,以帮助导航这个非常复杂的技术领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Future of Short Reach Interconnect
The unprecedented information explosion and its increasing demands on data traffic and processing are pushing a rapid and diverse evolution in short reach interconnect technologies. In the background of this race, CMOS technology is not providing the usual node over node boost in performance to help SerDes developers cope with higher bandwidth and data rates. Breakthroughs in high speed electrical interconnect and new approaches in optical interconnect, such SiPho, NPO (near package optics) and CPO (co-packaged optics) promise improved performance, energy efficiency and density. What are the specific challenges that new and emerging applications such as AI and HPC are posing on interconnect? How various interconnect technologies are going to respond to the need for die disaggregation and multi-die IC products? The focus of this paper is to provide some directions and an underlying logic to help navigate this very complex technology landscape.
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