RISC-V: The Open Era of Computing
summary
Claims concrete adoption numbers and artifacts rather than platitudes: a royalty free ISA with 47 base instructions and modular extensions, a reported install base of 2 billion RISC‑V cores in 2021 and a bold projection of 80 billion cores by 2025. Evidence includes Alibaba open‑sourcing multiple processors, an Android port, Seagate HDD controllers, StarFive 1000+‑core AI accelerator, GreenWaves hearable chips, Microchip SoC FPGA dev kit and an EU tape‑out, showing working silicon and growing real‑world deployments.
AI-written summary · about
chapters (11)
- 0:00Start
- 1:44Disruptive Technology
- 2:31Unconstrained Opportunity
- 4:03The RISC-V CPU core market will grow at 114.9% CAGR, capturing over 14% of all CPU cores by 2025
- 5:45The rise of RISC-V cannot be ignored... RISC-V will shake up the $8.6-Billion semiconductor IP market.
- 6:16Today, nearly a quarter of designs incorporate RISC-V
- 7:23Telecom & Communications
- 8:00Automotive
- 10:51A community collaborating across the industry
- 11:25More than 2,500 RISC-V Members across 70 Countries
- 12:28RISC-V Technical Programs
related talks
38mOptimized String Processing in RISC-V: How Toolchain Improvements Can Boost Performance
15mThe Eclipse RISC-V Embedded Ecosystem: From Chips to the Cloud and Beyond!
15mUnlocking the Potential of RISC-V With TrusteD-V: A RISC-V Rust Software Ecosystem
16mImprovements to RISC-V Vector code generation in LLVM
32mHeterogeneous Linux and RTOS Software Architecture for Low-Price RISC-V...
37mPerf on RISC-V: The Past, the Present and the Future
01h 02mHardware/Software Co-design: The Coming Golden Age
27mTuning in-kernel routines on RISC-V