09/10/2024, 08:01 PM UTC
倪光南：RISC-V + Chiplet，进入“需求定义硬件”时代！Nee Guohua: RISC-V + Chiplet, Entering the 'Hardware Defined by Demand' Era!
➀ 倪光南强调，RISC-V和Chiplet的融合将促进DSA（领域特定架构）的创新，引领“需求定义硬件”时代；➁ 中国在数字芯片设计方面已达到世界先进水平，但在模拟芯片方面仍有差距；➂ 科学家不仅要有扎实的专业知识，还要敢于创新、勇于担当；➃ RISC-V作为一种新兴的开源指令集架构，因其开放性、高效性、灵活性、低功耗、模块化和可扩展性等优势，在全球范围内受到关注，并有望推动创新；➄ Chiplet技术通过将多个预先设计的小芯片封装成完整的SoC，降低了设计复杂度和成本，提高了性能和灵活性；➅ DSA（领域特定架构）计算架构通过定制化设计更好地满足特定需求，在AI、物联网等新兴领域展现出巨大潜力；➆ RISC-V、扩展指令集、Chiplet及其互联技术在DSA新型服务器中的应用有望在性价比和能耗比方面替代传统X86服务器，推动中国服务器市场的变革 和发展；➇ 在“需求定义硬件”的新时代，硬件设计将不再依赖于传统的标准化和通用化方法，而是更加注重与实际应用需求的紧密结合。➀ Nee Guohua emphasized that the integration of RISC-V and Chiplet will promote the innovation of DSA (Domain Specific Architecture) and lead to the 'Hardware Defined by Demand' era; ➁ The level of China's chip design has reached the world's advanced level in digital chips, but there is still a gap in analog chips; ➂ Scientists must not only have solid professional knowledge but also be brave in innovation and willing to take responsibility; ➃ RISC-V, as an emerging open instruction set architecture, is gaining global attention and is expected to promote innovation with its openness, efficiency, flexibility, low power consumption, modularity, and scalability; ➄ Chiplet technology, which encapsulates multiple pre-designed small chips into a complete SoC, is introduced to lower design complexity and cost while improving performance and flexibility; ➅ DSA (Domain Specific Architecture) computing architecture, characterized by customized design to better meet specific needs, shows great potential in emerging fields such as AI and IoT; ➆ The integration of RISC-V, extended instruction sets, Chiplet, and interconnect technologies in DSA new servers is expected to replace traditional X86 servers in terms of cost-performance and energy consumption, thus promoting the transformation and development of the Chinese server market; ➇ In the new era of 'Hardware Defined by Demand', hardware design will no longer rely solely on traditional standardized and generalized approaches but will be more closely integrated with actual application needs.
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