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2nd R2EWG Workshop

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40/S2-D01 - Salle Dirac (CERN)

40/S2-D01 - Salle Dirac

CERN

115
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Salvatore Danzeca (CERN), Rudy Ferraro (CERN)
Description

The R2EWG event will be held in the 40/S2-D01 - Salle Dirac and streamed on zoom.

The agenda will focus on the latest results from the radiation test service and on presentations on radiation-tolerant, hardened and commercial microcontrollers (soft and hard cores).

Official website: https://radwg.web.cern.ch/

 

Contacts
    • 1
      Introduction
      Speaker: Salvatore Danzeca (CERN)
      2nd_R2EWG_final.pdf
      2nd_R2EWG_final.pptx
    • 2
      BE-CEM-EPR Radiation Test Service: Activities Overview
      Speaker: Rudy Ferraro (CERN)
      2nd R2EWG.pdf
      2nd R2EWG.pptx
    • 3
      Radiation Effects on COTS Microcontrollers: Test Methodology, Qualification Results, and Mitigation Strategies
      Speaker: Dr Alessandro Zimmaro (CERN (BE-CEM/EPR))
      Radiation Effects on COTS Microcontrollers.pdf
      Radiation Effects on COTS Microcontrollers.pptx
    • 4
      Hydra: FPGA Soft Core for Rad-Tolerant DI/OT
      Speaker: Alen Arias Vazquez (CERN)
      R2EWG-DIOT-Hydra.pdf
    • 5
      SOCRATES: A System-On-Chip RAdiation Tolerant EcoSystem for ASIC designs and microcontrollers in HEP applications
      Speaker: Kostas Kloukinas (CERN)
      R2EWG Kloukinas 20250506.pdf
      R2EWG Kloukinas 20250506.pptx
    • 6
      HARV-SoC - A Fault-aware RISC-V SoC for Radiation Harsh Environments

      The openness and customizability of RISC-V processors have made them promising candidates for high-reliability applications, including radiation-harsh environments. This work presents the implementation of a RISC-V processor that integrates error detection and monitoring into redundant structures of the processor. Our key contribution is a fault-aware RISC-V SoC that enhances real-time fault analysis, system recovery, and radiation testing through improved fault model characterization. The presentation will show results from two irradiation facilities, with neutron and mixed-field irradiation spectra. This implementation has demonstrated to be effective, and provides critical insights into fault mechanisms and enable a more robust SoC design.ents

      Speakers: Douglas Almeida dos Santos (University Of Montpellier), Prof. Luigi Di Lillo (UM2)
      2025-05 - HARV-SoC - CERN R2EWG (2).pdf
    • 7
      Open Discussions
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