RISC-V Adoption in open source implementations, a personal perspective
summary
An initiative forms to take ETH Zurich cores (the Ariane and Rocket cores) out of university repos and into industry by providing commercial-grade verification, a product roadmap, and maintenance; repositories graduate to an industry-managed home with toolchain and ecosystem support, backed by 13 sponsoring companies and partnerships with the RISC-V and Eclipse Foundations. The core claim is that permissive licensing plus vendor-grade verification and a clear engagement model — not weak reciprocal licenses alone — are required to persuade high-volume SoC teams to adopt open IP.
AI-written summary · about
chapters (6)
- 0:00Introduction
- 2:53Open-source IP challenges
- 8:19Wasted IP development effort
- 12:37Barriers to commercial adoption
- 16:32Need for commercial open IP
- 17:59Q&A
related talks
43mOpen Hardware: Skyrocketing Momentum & Global Adoption from Embedded to Enterprise
22mThe Momentum and Opportunity of Custom, Open Source Processing
29mOpen Source Processor IP for High Volume SoCs
06mRISC-V 101: Welcome Remarks and Introductions
41mRISC-V and Open Source Hardware Projects BoF
41mRISC-V and Open Source Hardware BoF
36mRISC-V and RISE Project BoF
31mWhat is RISC-V?