The newest GCC 17 compiler code has landed support for -mcpu=spacemit-x100 and -mtune=spacemit-x100 targeting for the SpacemiT X100 RISC-V core...
The continuous development and maturation of RISC-V architecture necessitate ongoing compiler support to enable broader adoption and performance optimization.
This development signifies a step forward in making custom RISC-V silicon more accessible and performant, enabling a wider range of indigenous chip development and potentially reducing reliance on established architectures.
The explicit support for SpacemiT X100 in GCC 17 simplifies software development and optimization for this specific RISC-V core, accelerating its integration into various systems.
- · SpacemiT
- · RISC-V ecosystem
- · Developers targeting X100
- · Governments pursuing indigenous silicon
- · Proprietary CPU architectures (marginally)
Easier and more efficient software development for the SpacemiT X100 RISC-V core.
Increased adoption of the SpacemiT X100 and other RISC-V chips in embedded systems and specialized compute applications.
Further diversification of the global compute supply chain, driven by open-standard architectures and regional silicon initiatives.
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