Welcome to RedCat Devices!
RedCat Devices (RCD) designs and develops standard cells, semiconductor memories (SRAMs, NVMs) and analog components (ADCs, DACs) for space applications taking the best from standard CMOS process. Thanks to its proprietary methodologies of Radiation Hardening By Design (RHBD) RCD guarantees ICs resilent to Total Ionizing Dose (TID) and Single Event Effects (SEE).
News! Relic rad-hard LDO final chip is ready!
In the framework of Relic Project funded by ASI (Agenzia Spaziale Italiana) the final rad-hard LDO chip has been manufacture and assembled (Jan. 21, 2026)
News! UMC 65nm rad-hard standard cell library RadLibL65SPS and RadLibL65LLS are now available in pre-release!
RedCat Devices expands its portfolio of rad-hard standard cell digital libraries with RadLibL65SPS (using UMC 65nm CMOS standard process) and RadLibL65LLS (using UMC 65nm low leakage CMOS process). Both libraries are available in pre-release (Jan. 6, 2026).
News! UMC 180nm rad-hard standard cell library RadLibL018 is now available in pre-release!
RadLibL018, designed using UMC 180nm mixed mode process (L18) is now available in pre-release and extends RCD portfolio in rad-hard standard cells libraries (Oct. 30, 2025)
News! Article on Soft Errors published on MDPI Chips!
A new article titled “A Comprehensive Methodology for Soft Error Rate (SER) Reduction in Clock Distribution Network” has been published by MDPI Chips. The article is available at the following link. (Sept. 24, 2025)
News! RELIC LDO Test Chip is over 400 krad (Si)
In the framework of RELIC Project Funded by ASI, LDO Test Chip (RCLDOTC01) has been test up to 400 krad (Si) at Cobalt 60 Facility in Palermo. (Jun. 10, 2025)
News! RadLibN16 now available in pre-release
The first FinFET rad-hard standard cell library RadLibN16FFC is now available in pre-release. The library uses a TSMC 16nm N16FFC process and it compatible with the most common EDA tools. (Apr. 2nd, 2025)
News! rad-hard LDO tested under Heavy Ions
In the framework of Relic Project funded by ASI (Agenzia Spaziale Italiana) our rad-hard LDO test chip has been remotely and succesfully tested under heavy ions at Jyvaskyla. Thanks to RADEF guys for their support! (Mar. 6th, 2025)
News! rad-hard SAR ADC 12 bits is over 300 krad (Si)
RedCat Devices has completed a 5 days Cobalt 60 testing campaign at University of Palermo on a rad-hard 12 bits SAR ADC developed during Horizon2020 MORAL Project. 300 krad (Si) has been reached without any degradation. (Feb. 19th, 2025).
News! RELIC first test chip (RCLDOTC01)
RELIC (Regolatore Lineare Calibrato) first test chip is now available and ready to be tested in laboratory and under irradiation (Heavy Ions and Cobalt 60). (Feb. 10th, 2025).
News! RadLibN22 now available in pre-release
As a natural evolution of RadLibN28HPC, RedCat Devices rad-hard standard cell library RadLibN22ULP and RadLibN22ULL using TSMC 22nm Low Power and Low Leakage CMOS are now available in pre-release. (Dec. 6th, 2024)
News! IEEE SSCS Webinar on rad-hard Semicondutors
RedCat Devices CEO, Cristiano Calligaro, will be speaker during Solid State Circuits and Devices in Extreme Radiation Environments webinar scheduled for December 2nd 2024. (Nov. 20th, 2024).