Why RISC-V?
summary
RISC-V enables incremental on-chip customization so a small core gains domain-specific resources without breaking base software compatibility, reducing area, power and cost versus off‑the‑shelf parts. Market numbers: AI IoT revenue moves from ~$10B (2022) toward ~$92B (2028); DSP stays roughly $5B→$6.6B (2023→2029). Case studies and white papers show small cores with added instructions deliver large performance gains; a customer avoided a full redesign by making minor RISC-V core changes. custom compute IP leftovers
AI-written summary · about
chapters (7)
- 0:00Introduction to RISC-V
- 2:06Market needs and growth
- 6:23Custom compute and innovation
- 9:17The case for specialization
- 12:22Risk management and strategy
- 14:57Ecosystem and architecture
- 17:24University program and close
related talks
10mRISC-V Revolutionizing in AI
45mThe Benefits of Building New AI Accelerators with RISC-V
13mKeynote: Taking RISC-V Intelligence Everywhere
40mAdvancing AI Application Development on RISC-V Platforms
14mKeynote: RISC-V Opportunities at the Edge of AI
20mRISC-V Spotlight: Expanding the RISC-V Horizon and Beyond
22mKeynote: RISC-V at NVIDIA: One Architecture, Dozens of Applications, Billions of Processors
24mReal World Results using Thousands of RISC-V Cores for AI and Beyond