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专题讨论:探讨下一代计算互连的挑战与解决方案.pdf

上传人: 明**** 编号:1011301 2025-12-21 5页 592.69KB

1、Understanding the Magnitude of the Interconnect OpportunityAndrew Schmitt Directing Analyst,Cignal AISPECIAL FOCUS:PHOTONICS2www.cignal.ai2 2www.cignal.aiwww.cignal.aiwww.cignal.aiDatacenter Optics Key TechnologiesDatacenter Optics Key Technologies2Electrical I/OPAM4 SignalsDSPDigital Signal Process

2、orClean up electrical/optical signalGenerate optical modulation signalOptical EngineOptical EngineModulates light onto fiberInP,silicon photonics,VCSELs,TFLNLaser,modulator,receiver,amplifiersOptical I/OPAM4 SignalsQSFP,OSFP package400GbE8x50G/lane electrical4x100G/lane optical800GbE8x100G/lane elec

3、trical8x100G/lane opticalNew 4x200G/lane optical1.6TbE8x200G/lane electrical8x200G/lane optical3.2TbE:TBD8x400G/lane electrical PAM-68x400G/lane optical PAM-4Coherent liteOCP EMEA Summit|April 29-30,20253www.cignal.ai3 3www.cignal.aiwww.cignal.aiwww.cignal.ai Interconnect is the bottleneck 2024-insa

4、tiable demand 5.1 million high speed transceivers delivered in 2023 More than 23 million delivered in 2024 The fastest speeds possible 50G/lane(400GbE)peaks in 2025 100G/lane(800GbE)peaks in 2026 200G/lane(1.6TbE)starts shipping this year 400G/lane forecast to start delivery in 2029Compute Wants the

5、 Fastest Speeds it Can GetCompute Wants the Fastest Speeds it Can Get3The New NormalOCP EMEA Summit|April 29-30,2025Moderator:Andrew Schmitt Cignal AIPanelists:Duncan Roweth HPE Ben Lee-NVIDIA Maxim Kuschnerov Huawei George Zervas-Oriole NetworksPanel:Discussing the Challenges and Solutions for Next

6、 Generation Computing InterconnectWill compute architectures evolve to accommodate interconnect limitations?Different technical approaches to build next gen interconnectPluggables vs.CPO how does CPO reach market in volume?Competing materia

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根据标记内容,全文主要内容概括如下: - **数据中心光学技术**:包括电气I/O、光学引擎和光学I/O,涉及PAM4信号、DSP、硅光子学、VCSELs等。 - **高速互连需求**:2024年高速互连需求巨大,预计交付超过2300万高速收发器。 - **速度发展预测**:50G/lane(400GbE)在2025年达到峰值,100G/lane(800GbE)在2026年达到峰值,200G/lane(1.6TbE)今年开始发货,400G/lane预计2029年开始交付。 - **计算需求**:计算设备追求最快速度,对高速互连的需求不断增长。 - **技术挑战与解决方案**:讨论了计算架构、技术方法、CPO市场推广、材料解决方案(SiPho vs InP vs TFLN)以及铜和VCSELs在448G/lane中的应用等挑战和解决方案。
2024年需求激增" 2025/2026展望" 谁将引领光互连未来?"
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