算力需求扩容催生技术升级随着数据中心的计算需求不断扩大,高速传输架构面临升级压力。高性能计算平台的规模化部署,使得带宽与功耗成为数据传输和交换环节的核心瓶颈,光互连与硅光子技术(SiPh)的重要性随之提升。在AI芯片龙头英伟达的加持下,光互连逐步替代铜互连的观点成为行业热议的核心话题。业内普遍认为,光传输在高速、长距离应用场景中,具备更优的带宽扩展性与能效表现,是现代数据中心机架间、交换机互连的...
Source Link算力需求扩容催生技术升级随着数据中心的计算需求不断扩大,高速传输架构面临升级压力。高性能计算平台的规模化部署,使得带宽与功耗成为数据传输和交换环节的核心瓶颈,光互连与硅光子技术(SiPh)的重要性随之提升。在AI芯片龙头英伟达的加持下,光互连逐步替代铜互连的观点成为行业热议的核心话题。业内普遍认为,光传输在高速、长距离应用场景中,具备更优的带宽扩展性与能效表现,是现代数据中心机架间、交换机互连的...
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