2023OCP Future Technologies Symposium 嘉宾演讲PPT-圣何塞(共41套打包)

2023OCP Future Technologies Symposium 嘉宾演讲PPT-圣何塞(共41套打包)

更新时间:2024-04-05 报告数量:41份

用于大规模内存池的光纤 CXL 互连.pdf   用于大规模内存池的光纤 CXL 互连.pdf
异构集成和线性光学引擎.pdf   异构集成和线性光学引擎.pdf
网络:面向 ML AI 的超高密度、超低功耗 16x112Gbps 线性驱动硅光子学.pdf   网络:面向 ML AI 的超高密度、超低功耗 16x112Gbps 线性驱动硅光子学.pdf
其他(服务器和电源):兼容 M-CRPS 的图腾柱无桥 PFC具有再浪涌电流控制和极低 iTHD.pdf   其他(服务器和电源):兼容 M-CRPS 的图腾柱无桥 PFC具有再浪涌电流控制和极低 iTHD.pdf
基于光子学的 HPC 资源分解.pdf   基于光子学的 HPC 资源分解.pdf
分解基础架构的纵向扩展和横向扩展挑战.pdf   分解基础架构的纵向扩展和横向扩展挑战.pdf
Overview of the White paper, the Agenda and the Workstream.pdf   Overview of the White paper, the Agenda and the Workstream.pdf
AI-HPC - BBCube 3D - Heterogeneous 3D Integration to Provide TBs Bandwidth with Lowest Bit Access Energy for AI-HPC applications.pdf   AI-HPC - BBCube 3D - Heterogeneous 3D Integration to Provide TBs Bandwidth with Lowest Bit Access Energy for AI-HPC applications.pdf
用于量子光子集成电路的光纤低损耗连接.pdf   用于量子光子集成电路的光纤低损耗连接.pdf
硬件 软件协同设计的建模方法和工具.pdf   硬件 软件协同设计的建模方法和工具.pdf
未来的计算存储卸载以加快从勒索软件、恶意软件和其他入侵中恢复的速度.pdf   未来的计算存储卸载以加快从勒索软件、恶意软件和其他入侵中恢复的速度.pdf
使用计算存储保护静态数据.pdf   使用计算存储保护静态数据.pdf
用于下一代超高功率微处理器的 1200A 48V 至 1V 开关总线转换器.pdf   用于下一代超高功率微处理器的 1200A 48V 至 1V 开关总线转换器.pdf
计算存储之旅:动机、经济性和可消费性.pdf   计算存储之旅:动机、经济性和可消费性.pdf
用于 ML 阵列边缘的高密度光互连.pdf   用于 ML 阵列边缘的高密度光互连.pdf
小组讨论:利用 ML AI 进行大规模车队管理的 OCP 框架.pdf   小组讨论:利用 ML AI 进行大规模车队管理的 OCP 框架.pdf
光互连:通往 AI 开放基础设施的途径.pdf   光互连:通往 AI 开放基础设施的途径.pdf
数据中心可持续发展:循环数据中心指南针 - 支持数据中心行业的可持续性和循环性.pdf   数据中心可持续发展:循环数据中心指南针 - 支持数据中心行业的可持续性和循环性.pdf
Quantum:如何使用虚拟量子处理器构建量子数据中心.pdf   Quantum:如何使用虚拟量子处理器构建量子数据中心.pdf
AI-HPC - The Future of AI-ML Innovation is Row-Scale Disaggregation.pdf   AI-HPC - The Future of AI-ML Innovation is Row-Scale Disaggregation.pdf
计算基础设施协同设计的架构挑战与创新.pdf   计算基础设施协同设计的架构挑战与创新.pdf
光计算机互连的机遇:元平台视角.pdf   光计算机互连的机遇:元平台视角.pdf
Scalable Optical IO for Disaggregated Infrastructure.pdf   Scalable Optical IO for Disaggregated Infrastructure.pdf
DC 可持续性:使用可持续流体的高热通量机架级直接到芯片的两相冷却.pdf   DC 可持续性:使用可持续流体的高热通量机架级直接到芯片的两相冷却.pdf
直流可持续性:用于光网络设备的液体冷却.pdf   直流可持续性:用于光网络设备的液体冷却.pdf
用于SR应用的共封装光学器件中的VCSEL.pdf   用于SR应用的共封装光学器件中的VCSEL.pdf
一起释放全部设备潜力 - 由三星提供.pdf   一起释放全部设备潜力 - 由三星提供.pdf
网络:超低功耗、高密度并行microLED光链路.pdf   网络:超低功耗、高密度并行microLED光链路.pdf
量子互连技术的进步.pdf   量子互连技术的进步.pdf
基于高密度、低功耗Micro-LED的光学互连器件用于芯片间通信.pdf   基于高密度、低功耗Micro-LED的光学互连器件用于芯片间通信.pdf
多波长技术实现可扩展且可靠的光计算互连.pdf   多波长技术实现可扩展且可靠的光计算互连.pdf
NIC光网卡.pdf   NIC光网卡.pdf
AI-HPC - Advanced package technologies for chiplet adoption and memory integration in HPC-AI applications (1).pdf   AI-HPC - Advanced package technologies for chiplet adoption and memory integration in HPC-AI applications (1).pdf
用于谐振开关电容转换器实际实现的有源调谐控制.pdf   用于谐振开关电容转换器实际实现的有源调谐控制.pdf
用于PCIE的高能效光链路.pdf   用于PCIE的高能效光链路.pdf
小组讨论:以数据为中心的计算现在和未来.pdf   小组讨论:以数据为中心的计算现在和未来.pdf
探索近内存处理架构:编程模型的设计挑战和注意事项.pdf   探索近内存处理架构:编程模型的设计挑战和注意事项.pdf
揭开超大规模队列管理的带内和带外方法的神秘面纱.pdf   揭开超大规模队列管理的带内和带外方法的神秘面纱.pdf
机架级分解的漫长道路.pdf   机架级分解的漫长道路.pdf
XPI:加速编程接口.pdf   XPI:加速编程接口.pdf
ERA of Core Scaling - presented by AMD.pdf   ERA of Core Scaling - presented by AMD.pdf

报告合集目录

报告预览

  • 2023OCP Future Technologies Symposium 嘉宾演讲PPT-圣何塞
    • 用于大规模内存池的光纤 CXL 互连.pdf
    • 异构集成和线性光学引擎.pdf
    • 网络:面向 ML AI 的超高密度、超低功耗 16x112Gbps 线性驱动硅光子学.pdf
    • 其他(服务器和电源):兼容 M-CRPS 的图腾柱无桥 PFC具有再浪涌电流控制和极低 iTHD.pdf
    • 基于光子学的 HPC 资源分解.pdf
    • 分解基础架构的纵向扩展和横向扩展挑战.pdf
    • Overview of the White paper, the Agenda and the Workstream.pdf
    • AI-HPC - BBCube 3D - Heterogeneous 3D Integration to Provide TBs Bandwidth with Lowest Bit Access Energy for AI-HPC applications.pdf
    • 用于量子光子集成电路的光纤低损耗连接.pdf
    • 硬件 软件协同设计的建模方法和工具.pdf
    • 未来的计算存储卸载以加快从勒索软件、恶意软件和其他入侵中恢复的速度.pdf
    • 使用计算存储保护静态数据.pdf
    • 用于下一代超高功率微处理器的 1200A 48V 至 1V 开关总线转换器.pdf
    • 计算存储之旅:动机、经济性和可消费性.pdf
    • 用于 ML 阵列边缘的高密度光互连.pdf
    • 小组讨论:利用 ML AI 进行大规模车队管理的 OCP 框架.pdf
    • 光互连:通往 AI 开放基础设施的途径.pdf
    • 数据中心可持续发展:循环数据中心指南针 - 支持数据中心行业的可持续性和循环性.pdf
    • Quantum:如何使用虚拟量子处理器构建量子数据中心.pdf
    • AI-HPC - The Future of AI-ML Innovation is Row-Scale Disaggregation.pdf
    • 计算基础设施协同设计的架构挑战与创新.pdf
    • 光计算机互连的机遇:元平台视角.pdf
    • Scalable Optical IO for Disaggregated Infrastructure.pdf
    • DC 可持续性:使用可持续流体的高热通量机架级直接到芯片的两相冷却.pdf
    • 直流可持续性:用于光网络设备的液体冷却.pdf
    • 用于SR应用的共封装光学器件中的VCSEL.pdf
    • 一起释放全部设备潜力 - 由三星提供.pdf
    • 网络:超低功耗、高密度并行microLED光链路.pdf
    • 量子互连技术的进步.pdf
    • 基于高密度、低功耗Micro-LED的光学互连器件用于芯片间通信.pdf
    • 多波长技术实现可扩展且可靠的光计算互连.pdf
    • NIC光网卡.pdf
    • AI-HPC - Advanced package technologies for chiplet adoption and memory integration in HPC-AI applications (1).pdf
    • 用于谐振开关电容转换器实际实现的有源调谐控制.pdf
    • 用于PCIE的高能效光链路.pdf
    • 小组讨论:以数据为中心的计算现在和未来.pdf
    • 探索近内存处理架构:编程模型的设计挑战和注意事项.pdf
    • 揭开超大规模队列管理的带内和带外方法的神秘面纱.pdf
    • 机架级分解的漫长道路.pdf
    • XPI:加速编程接口.pdf
    • ERA of Core Scaling - presented by AMD.pdf
请点击导航文件预览
资源包简介:

1、OCP Global Summit October 18,2023|San Jose,CARon Swartzentruber,LightelligenceOptical CXL Interconnect for Large Scale Memory PoolingnMemory centric shift in the data centerMemory centric shift in th。

2、OCP Global Summit October 18,2023|San Jose,CAHeterogenous Integration and Linear Optical EnginesRadha NagarajanSVP/CTO Cloud Optics Business GroupMarvellForward-looking statementsExcept for statement。

3、OCP Global Summit October 18,2023|San Jose,CAPeter Winzer,Nubis Communicationswww.nubis- Ultra-Dense and Ultra-Low Power 16x112-GbpsLinear-Drive Silicon Photonics for ML/AIOptical Package I/O For Adv。

4、OCP Global Summit October 18,2023|San Jose,CABosheng Sun&Sheng-Yang Yu Texas InstrumentsA M-CRPS compatible totem-pole bridgeless PFC with re-rush current control and extreme low iTHDKey M-CRPS R。

5、Efficient Intra-Rack Resource Disaggregation in HPC Using Co-Packaged DWDM PhotonicsGeorge Michelogiannakis,Yehia Arafa,Brandon Cook,Liang Yuan Dai,Abdel-Hameed Badawy,Madeleine Glick,Keren Bergman,J。

6、OCP Global Summit October 18,2023|San Jose,CASiamak TavallaeiChief Systems ArchitectCXL Advisor to the Board,CXL ConsortiumScale-up and Scale-out Challenges for a Disaggregated AI/ML InfrastructureCX。

7、OCP Global Summit October 18,2023|San Jose,CADr.Michael Bortz,Open Compute ProjectPhotonics for Computer Interconnects:FTI WorkshopFuture-looking Photonics InitiativeDeployment 3-5 years outShort-rea。

8、OCP Global Summit October 18,2023|San Jose,CANorio ChujoIIR,WOW Alliance,Tokyo Institute of TechnologyResearch&Development Group,Hitachi,LTD.BBCube 3D:Heterogeneous 3D Integration to Provide TB/s。

9、OCP Global Summit October 18,2023|San Jose,CAR.Ryan Vallance,Yang Chen,King-Fu HiiCudoForm DivisionSENKO Advanced CLow-Loss Connections to Optical Fibers for Quantum Photonic Integrated CircuitsQuant。

10、OCP Global Summit October 18,2023|San Jose,CATushar Krishna(Georgia Tech/MIT)Srinivas Sridharan(NVIDIA)Chakra and ASTRA-sim:An open-source ecosystem for advancing co-design for future AI systemsTrend。

11、OCP Global Summit October 18,2023|San Jose,CATim Fisher,IBM FlashSystemsUsing Computational Storage to speed recovery from IntrusionsFlashCore Module A Computational Storage DeviceXLarge38.4TBu 115.2。

12、OCP Global Summit October 18,2023|San Jose,CAScott Shadley,SolidigmDirector of Strategic PlanningProtecting Data at Rest with Computational StorageAll product plans,roadmaps,specifications,and produc。

13、OCP Global Summit October 18,2023|San Jose,CAA 1200-A/48-V-to-1-V Switching Bus Converter for Next-Generation Ultra-High-Power Microprocessors2023 OCP Global SummitFuture Technologies SymposiumYichen。

14、OCP Global Summit October 18,2023|San Jose,CAGary Grider,Los Alamos National LabLA-UR-23-29917A Computational Storage Journey:Motivation,Economics,and Consume-abilityNeed flexibility in where computa。

15、OCP Global Summit October 18,2023|San Jose,CAKaren Liu,Nubis CommunicationsHigh-Density Optical Interconnect for ML ClustersIntra-cluster network needs to look more like chip-to-chip I/O than network。

16、OCP framework for utilizing ML/AI for at scale fleet managementSammy NachimuthuSr.Principal EngCSM WG co-leadIntelDr.George KolaSr.Staff Software EngineerGooglePanos ChristeasProduction EngineerMetaD。

17、OCP Global Summit October 18,2023|San Jose,CASYM Title SlidePresented by Matthew Williams,CTORockport Networks Now CerioOptical Interconnect Pathways to an Open Infrastructure for AISYM-ContentCentra。

18、OCP Global Summit October 18,2023|San Jose,CADeborah Andrews,CEDaCI/London South Bank UniversityThe Circular Data Centre Compass Supporting Sustainability&Circularity in the Data Centre IndustryT。

19、OCP Global Summit October 18,2023|San Jose,CAGeorg Gesek,QMware AGKarl Rabe,WoodenDataCenterQuantum DataCenterBuild your virtulised Quantum Computer.OutlineBackground Quantum Computers right nowQuant。

20、OCP Global Summit October 18,2023|San Jose,CAPresented by Matthew Williams,CTO,Rockport Networks Now CerioThe Future of AI/ML Innovation Is Row-Scale DisaggregationAcceleration and memory are key for。

21、OCP Global Summit October 18,2023|San Jose,CASYM Title SlidePeipeiZhouAssistantProfessor,University of PittsburghArchitectural Challenges and Innovation for Compute Infrastructure Co-DesignSYM-Conten。

22、OCP Global Summit October 18,2023|San Jose,CADrew Alduino,Meta Platforms AI SystemsOPPORTUNITIES FOR OPTICAL COMPUTER INTERCONNECTS META PERSPECTIVEParameterUnitsMinMaxCommentsData rate per laneGbps#。

23、OCP Global Summit October 18,2023|San Jose,CASYM Title SlideLK Bhupathi,Ayar LabsScalable Optical I/O for Disaggregated InfrastructureSYM-Content100s to 1000s xPUs working togetherRadix and throughpu。

24、OCP Global Summit October 18,2023|San Jose,CADr.Richard W.Bonner III,CTO,AccelsiusHigh-Heat-Flux Rack Level Direct-to-Chip Two-Phase Cooling Using Sustainable FluidsData centers consume 3%of electric。

25、OCP Global Summit October 18,2023|San Jose,CALiquid Cooling for Optical Networking EquipmentConversion of Optical Transport and Routing Platforms from Air-Cooled to Hybrid Liquid/Air-CooledPeter Ajer。

26、OCP Global Summit October 18,2023|San Jose,CAVipul Bhatt,CoherentFrank Flens,CoherentVCSELs in Co-Packaged Optics for Short-Reach ApplicationsMultimode Transceivers Have a Track Record of Success Pro。

27、“Unlocking the Full Device Potentials Together”Sungwook RyuMemory Solutions Lab,VPSamsung Semiconductor,Inc.Samsungs Memory Technology Leadership TechnologyCMM-D/CMM-DCCMM-HLPDDR5/DDR5HBM3/HBM-PIMLow。

28、Ultra low-power,high-density parallel microLED optical links Suresh Rangarajan,Alex Tselikov,Rob Kalman,and Bardia Pezeshki Avicena,1225 Bordeaux Dr.,Sunnyvale,CA 94089 robavicena.tech Abstract:Paral。

29、OCP Global Summit October 18,2023|San Jose,CAAdvances in Quantum Interconnect TechnologyPresenter:Dr Richard PitwonCEO Resolute PhotonicsAuthorsRichard Pitwon(Resolute Photonics)Tiger Ninomiya(Senko)。

30、OCP Global Summit October 18,2023|San Jose,CAEmad AfifiDir.ASIC DesignAvicenaUltra low-power,multi-Terabit LED interconnects for chip-to-chip communications3 Main ChallengesICT energy consumption is 。

31、Brian Koch,VP of Engineering,Quintessent Inc.Alan Liu,Chris Cole,Robert Herrick,Justin Norman,John BowersTechnology for Scalable and Reliable Optical Compute InterconnectsApplications:AI/ML,XPU to XP。

32、OCP Global Summit October 18,2023|San Jose,CADavid Piehler,Dell TechnologiesNIC PhotoNICsSYM-ContentThe NIC gateway between the network and compute resourcesOCP 3.0Home for silicon photonics/co-packa。

33、OCP Global Summit October 18,2023|San Jose,CAYan Li,Jin Yang,Kam Chatterjee,Pouya Asrar,Sangnam Jeong,WooPoung Kim,SamsungAdvanced package technologies for chiplet adoption and memory integration in 。

34、OCP Global Summit October 18,2023|San Jose,CAHaifah Sambo,Rose Abramson,Yicheng Zhu,Sahana Krishnan,Margaret Blackwell and Robert Pilawa-PodgurskiActive Tuning Control for Practical Implementations o。

35、OCP Global Summit October 18,2023|San Jose,CAJeff Hutchins,RanovusEnergy Efficient Optical Links for PCIe AI/ML Scale-OutKey objectives for energy efficient links for AI/MLPresented at Lightcountings。

36、OCP Global Summit October 18,2023|San Jose,CABumjun(BJay)Kim,Samsung andDongup Kwon,MangoBoostA Next-Generation DPU-Accelerated Petabyte-Scale Storage Solution to Build Future Data-Centric Datacenter。

37、OCP Global Summit October 18,2023|San Jose,CAYoungpyo Joo/Fellow,SK hynixExploring Near-Memory Processing Architecture:Design Challenges and Considerations for Programming ModelsMotivationRapidly inc。

38、Demystifying In-band/Out-of-band Methods for Hyperscale Fleet ManagementFuture Technology InitiativesDemystifying In-band/Out-of-band Methods for Hyperscale Fleet ManagementGeorge Kola,Senior Staff S。

39、The Long Road to Rackscale DisaggregationBob WheelerAnalyst-at-LargeOctober 18,20232QUARTERLY MARKET UPDATE|DECEMBER 18,2019OCP Summit 2023 Future Technologies Initiative In-Server Short-Reach Optica。

40、OCP Global Summit October 18,2023|San Jose,CAPankaj MehraElephance Memory,Inc.XPI:Acceleration Programming InterfaceScope of XPI WorkDefine and evaluate,through implementation and integration,new,dev。

41、ERA of Core Scaling-How can OCP help accelerate adoption?Why High Core Count?PerformanceEfficiencyScalabilityCostSustainabilityHigh Core count challengesFearIsolationNoisy Neighbors(cores,accelerator。

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