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UID:pretalx-eu-summit-2026-7DSDWG@cfp.riscv-europe.org
DTSTART;TZID=CET:20260610T135000
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DESCRIPTION:Building on the long-standing use of programmable system-on-chi
 ps (SoCs) for edge computing in other domains\, this work explores their e
 arly adoption in application-specific integrated circuit (ASIC) designs fo
 r high-energy physics (HEP) experiments\, targeting optimization from desi
 gn through in-field operation. From front-end detector readout in harsh ra
 diation environments to infrastructure monitoring such as beam and radiati
 on level surveillance\, radiation-hardened ASIC SoCs could benefit a range
  of HEP applications. Current efforts focus on programmable SoCs for contr
 ol tasks and local data processing such as chip calibration\, with physics
  data processing remaining a longer-term prospect. Beyond HEP\, such fault
 -tolerant techniques\, including triple modular redundancy (TMR)\, hardene
 d interconnects\, and memory protection\, are equally applicable to safety
 -critical embedded controllers in domains such as automotive and industria
 l control systems. In this context\, SoCMake\, part of the System-on-Chip 
 Radiation-Tolerant Ecosystem (SOCRATES)\, is being actively developed and 
 used to produce prototype chips. One such chip is TriglaV \, a fully radia
 tion-hardened prototype ASIC designed for reliable operation in the radiat
 ion environment typical of Large Hadron Collider (LHC) detector front-end 
 electronics. This paper reports on the current status of SOCRATES/SoCMake 
 and the test results of TriglaV\, as well as the ongoing work and future d
 irections for the platform.
DTSTAMP:20260715T065913Z
LOCATION:Poster Island C
SUMMARY:SoCMake: Modular RISC-V SoCs for Radiation-Harsh and Safety-Critica
 l Environments - Benoît Denkinger
URL:https://cfp.riscv-europe.org/eu-summit-2026/talk/7DSDWG/
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