CAS Announces Major RISC-V Breakthroughs
At a recent technology forum, the Chinese Academy of Sciences showcased a series of achievements in open-source computing architecture. These accomplishments span multiple areas including core technology development, industrial collaboration, and talent cultivation.
Two Core Products Officially Released
The highlight of the announcement was the introduction of two independently developed technologies: a high-performance open-source processor named 'Xiangshan' and a native operating system called 'Ruyi'. These releases provide a crucial foundation for building a self-reliant computing ecosystem in China.
Launch of Next-Generation Joint R&D Initiative
Significantly, CAS has formally initiated a collaborative research and development program for next-generation chips and operating systems. This effort aims to integrate hardware and software development, promoting a more complete and efficient open-source technology framework.
- Focus on deep optimization and innovation of RISC-V architecture
- Strengthen industry-academia-research-application collaboration
- Cultivate high-end talent in chip and system development
Industry observers note that these developments and the new R&D initiative not only demonstrate China's long-term strategy in foundational computing technologies but also inject fresh momentum into the global open-source hardware ecosystem.