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Building an Open Chiplet Economy.pdf

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1、Building an Open Chiplet EconomyChipletBuilding an Open Chiplet EconomyCliff Grossner,Ph.D.VP Market Intelligence&Innovation,OCPBapi Vinnakota,Ph.D.,Open Compute Project Lead,Lawrence Berkley LabThe Rise of Diverse Domain-Specific ArchitecturesEarly Compute EraStandard ComputationHPCGeneral Purpose

2、CPUGraphicsModern ComputationBlock ChainCognitive SecurityNLPRobotic PAsAutonomous VehiclesMachine LearningNeural NetworksDeep LearningPattern RecognitionRT TranslationAI and Machine-learning and data-heavy workloads have exploded in past 5 years and will diversify as new applications are discovered

3、 constantly From D Jani,Meta,Sep 19Chiplets Will be Everywhere Chips Are2020PowerI/OOther8.3%10s of W10s of GbpsLong life32.9%10 WGbpsRapid churn10.4%10 WGbpsCost sensitive37.7%100s of W100s of GbpsRapid churn10.7%10s of W10s of GbpsHarsh environmentDiversity in power,performance,cost,business requi

4、rementsAccenture:Harnessing the Power of the Semiconductor Value ChainFor a Chiplet EconomyTo meet huge diversity in requirements we needA core set of application specific standardsA low barrier to entry for innovationFreely customizable for applicationsBuild and let the market use as it sees fitChi

5、plet IP/SOC ArchitecturesInterconnect TechnologyPackaging TechnologyNeed New Integration Across The Value ChainEstablishing a New Open Chiplet EconomyChipletVendorsASIC(SiP)BuildersEnd UsersOpen MarketplaceIP ProvidersEDAManufacturePlatformStandardizations,Tools,Prototypes,Business WorkflowsToolsSup

6、port EcosystemPlatform Elements for Rapid GrowthBusiness WorkflowSiPIntegrationSiP DesignChiplet InterconnectStandardsDigital Chiplet Physical DescriptionsModularityDigital Chiplet FunctionalDescriptionsPHY layerLink layerTrans.layerTools and ReferenceSiP cost modelsKnown-Good Die contractsPackage A

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本文主要探讨了构建开放的芯片经济(Open Chiplet Economy)的必要性和可行性。文中提到,随着人工智能、机器学习和数据密集型工作负载的激增,新的应用不断被发现,推动了多样化的特定领域架构(Domain-Specific Architectures)的发展。这要求我们建立一套核心的应用特定标准,降低创新门槛,并允许市场自由地调整和应用。文章强调了开放社区在加速开放芯片经济中的重要作用,并指出已有多个技术标准组织参与其中,如JEDEC、OCP、UCIe、IEEE HIR和SEMI。 关键数据包括:8.3%的市场需要数十瓦的功率和数十吉比特每秒的I/O,而10.4%的市场对成本敏感,需要小于10瓦的功率和小于10吉比特每秒的I/O;同时,有37.7%的市场需要数百瓦的功率和数百吉比特每秒的I/O,而10.7%的市场需要数十瓦的功率和数十吉比特每秒的I/O,但工作环境较为恶劣。 文中还提到了AMD Ryzen使用的Infinity Fabric作为例子,展示了开放芯片经济的潜力。此外,OCP投资的开放域特定架构项目自2018年以来已取得显著成果,包括开发了参考工具、建立了D2D比较表格和芯片成本模型等。 最后,文章呼吁各界加入和贡献于开放芯片经济的构建,参与OCP的各种活动和研讨会,共同推动这一领域的发展。
"开放芯片经济将如何改变未来计算?" "多样化的特定领域架构将如何影响技术创新?" "加入开放芯片市场,企业能获得哪些优势和机遇?"
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