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Chiplet based Reconfigurable OCP Accelerator Module (OAM) architecture and platform.pdf

上传人: 张** 编号:161235 2024-05-05 29页 7.55MB

1、In this talk,we will expand on a previous talk(see link)and outline a chiplet based Reconfigurable Open Compute Accelerator Module(ROAM)platform.In OAI,reuse,scalability,and modularity of hardware is defined up until the OAM.This new platform leverages existing OAI infrastructure and extends this in

2、to advanced packaging and chiplets.We will outline the specifics of a System in Package(SiP)which includes a standard footprint for attaching the SiP to the ROAM base board.The SiP will also have standard footprints to house up to 8 domain specific accelerators(DSA)chiplets,IO chiplets,and hub/bridg

3、e/switch chiplets.Standardization of the chiplet footprints enables a highly modular,scalable,ROAM platform.Furthermore,it enables innovation in DSA offerings by providing clear power,(performance),and area specifications.This platform has the potential to usher in the era of Plug and Plug Chiplets(

4、PnPC).High degree of composability enables targeted microservices.Chiplet Based Reconfigurable OAM Architecture and Pla:ormSuresh Subramaniam,Ph.D.Founder,XYZ ChipsChiplet Based Reconfigurable OAM Architecture and Pla:ormSUSTAINABLE SCALABLE COMPUTATIONAL INFRASTRUCTURESUSTAINABILITYBrief Overview o

5、f OAI,UBB,OAMIntroduce ROAMWhat about Memory?SummaryAgendaGlossary of TermsD2D Die to DieAPI ApplicaOon Programming InterfaceUBB Universal Base BoardOAM Open Compute Accelerator ModuleROAM Reconfigurable OAMSiP-System in PackageDSA Domain Specific AcceleratorOAI Open Compute Accelerator Infrastructu

6、rexPU -any compute chiplet CMM CXL Memory ModuleCPO Co-Packaged OpOcsTTM Time to MarketNRE Non-recurring Engineering CostsOAI,UBB,OAM brief reviewLarge OAI EcosystemSource:OAI presenta1onSystem Integrator SoluIons with OAMsSource:OAI presentationUniversal Base Board (UBB)Source:UBB presenta1onUBB Ac

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本文介绍了一种基于芯片级重构计算加速器模块(ROAM)的平台,该平台扩展了开放计算加速器基础设施(OAI)的现有基础设施,进入先进的封装和芯片级设计。该平台采用系统级封装(SiP),可容纳多达8个特定领域加速器(DSA)芯片、输入输出(IO)芯片和中心/桥接/交换芯片。标准化芯片级设计促进了高度模块化和可扩展的ROAM平台,同时为DSA提供了明确的功率、性能和面积规格,从而推动了创新。该平台有望引领plug and plug chiplets(PnPC)的时代。通过高度可组合性,它能够实现针对性的微服务。该平台通过定义芯片间标准接口(UCIe)、标准化SiP的热和功率封装以及测试接口,解决了芯片级系统设计和集成的主要挑战。此外,ROAM与OAI生态系统兼容,并能减少上市时间(TTM)和设计非周期性工程成本(NRE)。该文还提出了OAM CXL内存模块(CMM)的概念,并暗示了采用高级封装技术如HBM的可能性。最后,文章呼吁生态系统合作伙伴和开发者参与该平台的建设,并联系Suresh Subramaniam以获取更多信息。
"ROAM平台如何实现硬件的高模块化和可扩展性?" "SiP技术在ROAM平台中扮演什么角色?" "ROAM平台如何推动DSA领域的发展和创新?"
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