Event
XuanTie Debuts Automotive-Grade Processor E908A and Autonomous Driving Roadmap
2 reports · 2 sources
Alibaba DAMO Academy's XuanTie released the automotive-grade enhanced processor XuanTie E908A on October 19 at the RISC-V China Summit held in Shenzhen, claiming it is the first RISC-V CPU IP to simultaneously meet ASIL-B and ASIL-D standards, with a single-point fault metric (SPFM) exceeding 90%, targeting scenarios such as safety islands, domain controllers, and automotive gateways. DAMO Academy also released for the first time a processor product roadmap for autonomous driving and embodied intelligence, in which the next-generation C950A targets performance 5 times that of existing RISC-V automotive-grade products. DAMO Academy stated that XuanTie RISC-V processors, through architectural innovation, software compatibility, and ecosystem collaboration, have improved performance in areas such as Agentic AI and servers, driving high-performance RISC-V from "usable" to "reliable" and toward large-scale mass production deployment.
Report timeline
- DAMO Academy XuanTie Attends RISC-V China Summit, Debuts Automotive-Grade Product Roadmap
At the RISC-V China Summit, DAMO Academy XuanTie released a processor product roadmap for autonomous driving and embodied intelligence, pushing RISC-V into new domains. Through architectural innovation, software compatibility, and ecosystem collaboration, XuanTie RISC-V processors improve performance in areas such as Agentic AI and servers, driving high-performance RISC-V from "usable" to "reliable" and toward large-scale mass production deployment.
36Kr Embodied Intelligence ·
- Damo Academy XuanTie Debuts Automotive-Grade Processor E908A and Autonomous Driving and Embodied Intelligence Roadmap at RISC-V China Summit
The RISC-V China Summit was held in Shenzhen on October 19. At the event, Alibaba Damo Academy released the automotive-grade enhanced processor XuanTie E908A, which it says is the first RISC-V CPU IP to simultaneously meet ASIL-B and ASIL-D standards, with a single-point fault metric (SPFM) exceeding 90%, targeting scenarios such as safety islands, domain controllers, and in-vehicle gateways.
量子位 ·