What’s the Reality of RISC-V in Automotive?
summary
Panel asserts RISC-V is already moving into cars with some customers targeting mass production around Mobileye production 2025, and broader adoption stretching into 2028–2030. Companies report a working stack: ISO 26262-certified core implementations, Linux distros, compilers, hypervisors (Xyzer), and active chiplet-based zonal architectures pilots involving OEMs. Safety work includes lockstep limits below 3 nm and proposals for asymmetric redundancy; ecosystem SIGs and tool vendors are actively building the software and verification plumbing.
AI-written summary · about
chapters (10)
- 0:00Panel introduction
- 1:35Expert introductions
- 5:54Market adoption projections
- 13:07Architectural shifts
- 17:21Innovation and differentiation
- 22:25Ecosystem and chiplets
- 31:31Software maturity
- 37:47Safety and compliance
- 43:21Future automotive outlook
- 52:16Closing remarks
related talks
21mRISC-V and Functional Safety
11mKeynote: Shaping the Future of Automotive Computing with RISC-V
02mRISC-V
19mRISC-V is Here! Innovation and Adoption Driving the Open Compute Future
20mWhy RISC-V is Inevitable
12mA Peek Inside a New RISC-V CPU for Autonomous Vehicles
20mIntegrate RISC V to build Open Common Automotive Platform
24mKeynote: RISC-V is Here! Innovation and Adoption Driving the Open Compute Future