Proton irradiation of ARM and RISC-V Linux systems on 40 nm and 14 nm nodes reveals architecture-specific kernel failure origins, with memory/driver dominance on older nodes versus eMMC-driven failures on the newer node and lower overall cross section.
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Where Linux Breaks Under Radiation: A Cross-Architecture Kernel-Level Characterization of Proton-Induced Failures in COTS SoCs
Proton irradiation of ARM and RISC-V Linux systems on 40 nm and 14 nm nodes reveals architecture-specific kernel failure origins, with memory/driver dominance on older nodes versus eMMC-driven failures on the newer node and lower overall cross section.