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Forum 1 Unlocking Innovation Circuit Techniques and New Approaches for Die-to-Die Links and the Chiplet Ecosystem.pdf

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1、ISSCC2025Forum1UnlockingInnovation:CircuitTechniquesandNewApproachesforDie-to-DieLinksandtheChipletEcosystemForum 1Unlocking Innovation:Circuit Techniques and New Approaches for Die-to-Die Links and the Chiplet EcosystemInternational Solid State Circuit ConferenceFebruary 16th,2025Start of presentat

2、ions at 8:15amISSCC 20251 of 5 2025 IEEE International Solid-State Circuits ConferenceHosted by the Wireline,DAS and MEM Subcommittees Organizers:Zeynep Toprak Deniz,IBM Research,Yorktown Heights,NY Didem Turker Melek,Cadence Design Systems,San Jose,CA Committee:Juang-Ying Chueh,Etron Technology,Tai

3、pei,TaiwanKenny Hsieh,TSMC,Hsinchu,TaiwanShidhartha Das,Advanced Micro Devices,Cambridge,United KingdomTamer Ali,Mediatek,Irvine,CA Champions:Wei-Zen Chen,National Yang Ming Chiao Tung University,TaiwanBill Redman-White,Top-IC,Southampton,United KingdomOrganizing Committee2 of 5ISSCC 2025-Forum 1:Un

4、locking Innovation:Circuit Techniques and New Approaches for Die-to-Die Links and the Chiplet Ecosystem 2025 IEEE International Solid-State Circuits Conference9 talks38 minutes talk will be followed by 7 minutes Q&A period2 coffee breaks and one lunch breakElectronic copies for Forums are available

5、for downloadPlease switch your mobile devices to muteTaking pictures and videos is not allowedPlease remember to fill out speaker evaluation using the ISSCC appNo panel session at the end of the ForumGeneral Information 3 of 5ISSCC 2025-Forum 1:Unlocking Innovation:Circuit Techniques and New Approac

6、hes for Die-to-Die Links and the Chiplet Ecosystem 2025 IEEE International Solid-State Circuits ConferenceAgenda4 of 5StartTitleSpeakerAffiliation8:15 AMIntroductionZeynep Toprak DenizIBM Research8:25 AMThe Business of Making Chiplets and Associated SystemsAnu RamamurthyOpen Compute Project Foundati

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本文主要介绍了ISSCC 2025论坛1的内容,包括芯片生态系统的发展、UCIe的需求和创新、单端收发器在芯片间链路的设计,以及芯片间链路电路技术的新方法。 1. 芯片生态系统的发展:介绍了芯片生态系统的发展趋势,包括从单片集成到芯片模块(chiplets)的转变,以及芯片生态系统面临的挑战和机遇。 2. UCIe的需求和创新:介绍了UCIe的需求和创新,包括UCIe的层次结构和用法模型,电气PHY的设计,以及UCIe-3D的架构和最小化方法。 3. 单端收发器在芯片间链路的设计:介绍了单端收发器在芯片间链路的设计,包括整体架构、发射器和接收器的设计,以及高性能芯片间链路的设计考虑。 4. 芯片间链路电路技术的新方法:介绍了芯片间链路电路技术的新方法,包括从单片2D到异构集成的先进封装技术景观,以及汽车级芯片模块(SoC)的设计和组装。 总的来说,本文深入探讨了芯片生态系统的发展、UCIe的需求和创新、单端收发器在芯片间链路的设计,以及芯片间链路电路技术的新方法,为未来的芯片设计和制造提供了重要的参考和指导。
芯片生态系统如何推动创新? UCIe标准如何优化芯片间连接? 单端收发器设计如何提升芯片性能?
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