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拓展前沿:芯片组设计的异构集成.pdf

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1、Extending the Frontier:Heterogeneous Integration of Chiplet DesignsCT Kao,PhDProduct Engineering Group Director Cadence Design SystemsExtending the Frontier:Heterogeneous Integration of Chiplet DesignsCT Kao,PhDProduct Engineering Group Director Cadence Design SystemsCHIPLETS AND ADVANCED PACKAGING/

2、PHOTONICSOutline4321Moores Law and Heterogenous Multi-chiplet DesignChallenges in Multi-chiplet Architectures Technological Innovations and SolutionsIntegration of Design Flows in a 3D-IC Platform 2023 Cadence Design Systems,Inc.All rights reserved.4Moores Law Began Slowing Down Over a Decade AgoSou

3、rce:Karl Rupp microprocessor trend data50 Years of Microprocessor Trend DataFrequency(MHz)Typical Power(Watts)107106105104103102101100197019801990200020102020YearSingle-ThreadPerformance(SPECint x 103)Transistors(thousands)Number ofLogical CoresObligatory Moores law slowdown slide needed for all chi

4、plet presentations 2023 Cadence Design Systems,Inc.All rights reserved.5Advancing System Performance Beyond Moores LawEUVGAA2nm1nmChiplet based designs Buzz about the full potential of 3D-IC2010204020302020 2023 Cadence Design Systems,Inc.All rights reserved.6The Need for Chiplets and 3D Heterogenou

5、s IntegrationCost,YieldReticleLimitForm-FactorAnalog,IO,MemoryFlexibilityPhysical limitation on die sizePoor yields for large die size designs Adds to the costSize&Form factor limited applications Not able to utilize the full benefit of advanced nodesHeterogenous Integration-Mix and Match provides a

6、n optimal and flexible solution 2023 Cadence Design Systems,Inc.All rights reserved.72012Technology Development in Semiconductor Packaging Enabling Chiplet-Based Architectures2.5D-IC(Silicon/RDLInterposer)SiliconStacking20102020Ultra-High-DensityRDL(FOWLP)201819902022Co-Packaged OpticsSystem in Pack

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根据文章内容,全文主要围绕芯片设计领域的发展趋势和技术创新展开,特别是针对摩尔定律放缓后,如何通过异构芯片设计(Chiplet)和3D集成技术提升系统性能。以下是关键点: 1. 摩尔定律放缓,芯片设计进入异构多芯片设计时代。 2. 芯片尺寸和制造成本限制,推动3D异构集成技术发展。 3. 2.5D-IC、硅堆叠、FOWLP、SiP/MCM等封装技术发展。 4. 芯片设计挑战包括设计容量、多节点/技术支持、芯片分割、时序驱动路由等。 5. 3D芯片堆叠分析挑战包括STA、LVS、EMIR、热分析、应力和平面性检查等。 6. 芯片设计生态系统挑战包括系统分区、热电分析、集成、时序签核、物理验证等。 7. 需要全3D-IC设计流程,实现系统驱动设计,包括系统规划、芯片设计、封装设计、系统验证等。 8. 需要统一的设计平台、有效的通信协议、统一的实现/路由方法、物理分析能力等。
超越摩尔定律的秘诀?" Chiplet设计挑战与机遇" Chiplet如何引领未来芯片发展?"
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