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1、Krste AsanovicChief Architect,RISC-V InternationalRISC-V SummitHangzhou,ChinaAugust 21,2024risc_vState of the Union2The State of the Union is strong!On the verge of widespread adoption of RISC-V application processorsRISC-V solidly established in embedded spaceRISC-V is the standard base core in new

2、 AI acceleratorsRISC-V:Flexible or Rigid?RISC-V enables very flexible architecture with many optional extensions-Supports highly tuned application-specific designs where implementer is willing to develop custom softwareRISC-V also enables very tightly controlled architecture with many mandates and f

3、ew options-Supports a large software ecosystem with extensive third-party binary software-Profiles layer a rigid architecture definition on top of the catalog of extensionsIf youre worrying about RISC-V fragmentation,youre confusing the former with the latter3Binary Software Ecosystem DynamicsBinary

4、 software ecosystems want to run on largest number of devices,so target“lowest common denominator”of fielded systemsHardware vendors dont want to add features that wont be usedTo remain competitive,architectures must support a growing set of features over timeRISC-V RVA profiles provide solution to

5、this dilemma-An agreed roadmap of mandatory ISA features for hardware implementers to provide in each generation,so software can rely on widespread availability and exploit these features4RVA:Application-Processor ProfilesRVA supports rich application-processor binary software ecosystems-Examples in

6、cluding Android,Linux distros,-RVA goal that new versions can run all software that ran on old versions-While many RVA sockets require the highest-performance cores(datacenter,laptop,mobile),others require low-cost cores with full feature compatibility(consumer devices)Initial ratified RVA profile s

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本文主要介绍了RISC-V架构的发展状态和未来方向。以下是关键点: 1. RISC-V在嵌入式领域已稳固建立,并即将在应用处理器中获得广泛应用。 2. RISC-V提供了灵活和严格的架构选项,支持特定设计和大型软件生态系统。 3. RVA profiles解决了硬件和软件生态的兼容性问题,RVA20和RVA22版本已发布,RVA23将包括向量、虚拟机等强制性特性。 4. RISC-V平台规范正在进步,服务器平台规范即将推出,将支持RISC-V认证程序。 5. RVB23和RVM profiles等其他配置文件也在开发中,适用于不同的应用处理器和微控制器。 6. RISC-V规范正在进行大量改进,目的是将所有规范内容统一并易于阅读。 7. RISC-V在AI领域也显示出潜力,已应用于多种AI加速器,正在开发矩阵扩展以满足AI需求。 8. 新的安全扩展,如Supervisor Domains和轻量级内存标记,正在开发中。 总结:RISC-V架构在嵌入式和应用程序处理器领域取得显著进展,其规范不断改进,同时在新AI加速器和安全特性方面展现出未来发展潜力。
灵活还是严格?" - 在追求广泛采用与保持硬件软件生态的平衡中,RISC-V 是如何兼顾灵活性与严格性的? RISC-V 的 AI 未来?" - RISC-V 的矩阵扩展将如何影响人工智能领域的未来发展? RISC-V 的重大突破?" - 即将到来的 RVA23 配置文件将为 RISC-V 应用处理器带来哪些关键特性与变革?
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