智算数据中心光电交换技术综述(特邀)  

Overview of Optoelectronic Switching Technology in Artificial Intelligent Data Centers

作　　者：唐雄燕[1] 魏步征 沈世奎[1] 王创业 王泽林[1] 张贺[1] 王光全[1] 张晨芳 TANG Xiongyan;WEI Buzheng;SHEN Shikui;WANG Chuangye;WANG Zelin;ZHANG He;WANG Guangquan;ZHANG Chenfang(China Unicom Research Institute,Beijing 100048,China)

机构地区：[1]中国联通研究院,北京100048

出　　处：《光通信研究》2024年第5期1-13,共13页Study on Optical Communications

基　　金：国家重点研发计划资助项目(2022YFB2804102)。

摘　　要：近年来,由于人工智能现象级应用的出现,智算数据中心(AIDC)和超算数据中心(SCDC)网络演进成为研究热点。传统的3层全连接电交换架构已经不能很好地满足AIDC或SCDC高带宽、低时延、低功耗和低成本的需求,需要一种更为高效和易于扩容的电光融合交换或光交换方案来逐步替代传统纯电路包交换的策略。文章对近年来基于数据中心的光电融合交换技术方案进行了综述性介绍,对行业中率先进行光交换技术尝试的头部互联网企业的部署经验进行了分析,并结合电信行业需求,给出了AIDC和SCDC交换节点的推荐部署和演进方式。In recent years,due to the emergence of phenomenal applications of artificial intelligence,the evolution of Artificial Intelligent Data Center(AIDC)and Super Computing Data Center(SCDC)network has become a hot research topic.The traditional three-layer fully connected electrical switching architecture can not well meet the requirement of high bandwidth,low delay,low power consumption and low cost of the AIDC or SCDC,which requires a more efficient and easy expansion way of the electrical and optical fusion switching or optical switching scheme to gradually replace the traditional pure circuit package switching strategy.In this paper,the photoelectric fusion switch technology solutions based on data center in recent years are summarized.The deployment experience of leading Internet enterprises that take the lead in optical switch technology is analyzed.Combined with the needs of the telecom industry,the recommended deployment and evolution strategy of the switch nodes of AIDC and SCDC and super computing center are given.

关 键 词：智算数据中心交换架构 光电融合交换 光电路交换 

分 类 号：TN29[电子电信—物理电子学]