Speakers
Marco Andorno
(CERN)
Alessandro Caratelli
(CERN)
Benoit Denkinger
Anvesh Nookala
(EP-ESE-ME)
Description
As front-end ASIC complexity in HEP experiments grows, there is a shift towards more modular, programmable, and cost-effective designs. This work introduces the SOCRATES platform, a radiation-tolerant SoC generator toolset, centered on SoCMake, a hardware/software build system that automates SoC assembly and verification. Utilizing existing IP blocks, SoCMake generates the interconnects and the software framework to run application code. The platform includes radiation-tolerant IPs and supports fault-tolerant extensions for redundancy and error correction. A prototype ASIC based on the RISC-V Ibex processor, created using SOCRATES in a 28nm CMOS process, validates the toolset through SEE and TID testing.
Primary authors
Marco Andorno
(CERN)
Alessandro Caratelli
(CERN)
Davide Ceresa
(CERN)
Benoit Denkinger
Kostas Kloukinas
(CERN)
Anvesh Nookala
(EP-ESE-ME)
Risto Pejasinovic
(University of Novi Sad (RS))
