RISC-V: Reaching New Orbits in Space Computing
summary
ESA reports a concrete roadmap: a RISC‑V SoC called GR765 targets tape-out Q4 this year with prototypes next year, integrating SIMD extensions for GNSS and AI, a NanoExplorer FPGA, GNSS IP, security and SpaceWire/SpaceFibre. A higher‑performance GR7XV is at design stage as a 16‑core RISC‑V with vector unit pending UDSM funding. UDSM funds platform IP at 22 nm and 7 nm, plus microcontroller IP, an instruction‑set simulator, reference flight boards and expanded OBPmark benchmarks.
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chapters (11)
- 0:00Introduction and speaker welcome
- 0:56Why RISC-V for space computing
- 2:20Radiation and space constraints
- 4:07Open ISA benefits for space
- 5:30GR765 RISC-V processor overview
- 6:54SIMD and space-specific features
- 7:38European supply chain initiatives
- 8:20Future high-performance GR7XV plans
- 9:26Ecosystem and software support
- 10:29Future architecture and benchmarks
- 11:53RISC-V’s growing role in space
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