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后摩尔时代集成电路发展的新机遇第二十期中国计算机学会秀湖会议报告

New opportunities and ecosystem reconstruction for integrated circuits in the post-Moore era: insights from the 20th session of the CCF Beautiful Lake seminar

  • 摘要: 随着摩尔定律的微缩红利逐渐消退,全球半导体行业迈入以多元化技术路径为核心的后摩尔时代。2024年10月,第二十期中国计算机学会(China Computer Federation, CCF)秀湖会议以“后摩尔时代集成电路发展的新机遇”为主题,汇聚学术界与产业界20余位专家,围绕处理器指令集新生态、新型芯片架构、智能电子设计自动化(electronic design automation, EDA)技术革新与系统先进封装集成四大议题展开深度探讨。会议提出,构建自主可控的人工智能(artificial intelligence, AI)软硬件生态、突破新型存储与存内计算技术瓶颈、推动开源芯片生态全球化、发展面向先进集成技术、量子计算与光计算的智能EDA工具,将成为后摩尔时代技术突破的关键方向。通过跨学科协作与产业链整合,我国有望在AI算力、芯片架构及生态建设领域实现弯道超车,为全球半导体技术变革提供“中国方案”。本文梳理会议核心观点与共识,揭示后摩尔时代技术发展趋势及其对产业创新的深远影响。

     

    Abstract: As the scaling benefits of Moore’s Law diminish, the global semiconductor industry has entered the post-Moore era, characterized by diversified technological pathways. In October 2024, the 20th session of the CCF Beautiful Lake Seminar, themed “new opportunities for integrated circuit development in the post-Moore era”, brought together over 20 experts from academia and industry to explore four critical frontiers: processor instruction set ecosystems, novel chip architectures, EDA innovations, and advanced packaging technologies. The conference highlighted that building autonomous artificial intelligence(AI) software-hardware ecosystems, overcoming challenges in emerging memory and Computing in Memory technologies, promoting global open-source chip ecosystems, and developing next-generation intelligent EDA tools for integrated chips, quantum and optical computing will be pivotal for breakthroughs in the post-Moore era. Through interdisciplinary collaboration and industrial chain integration, China is poised to achieve leapfrog advancements in AI computing power, chip architecture, and ecosystem development, offering a “Chinese blueprint” for global semiconductor innovation. This article synthesizes key insights and consensus from the seminar, outlining future technological trends and their transformative impact on the industry.

     

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