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The sky isn't the limit anymore

The sky isn't the limit anymore

Solutions for radiation-hardened applications

Redcat Devices is a fabless semiconductor company specializing in the design, development and manufacture of radiation-hardened electronics for the aerospace and nuclear science industry.

Our areas of expertise

RAD-HARD MEMORY PRODUCT

Design and development of rad-hard products (ADCs, DACs, SRAM, PROM, NVMs) for the aerospace and nuclear science industry.

View all our rad-hard products

IP CORES

Software maintenance and development of internal tools (rad-hard libraries, testing tools, etc…) required for all phases of chip development.

View all our IP Cores

SPECIALIZED TESTING

Specialized testing services for radiation tolerance of electronic components subject to work in hostile environments such as space.

About Redcat Devices

RedCat Devices (RCD) designs and develops volatile and non volatile semiconductor memories for space applications and nuclear science 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).

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Newly launched products

RC28F256ARH - 256kbit (32kbit x8) Radiation Hardened OTP PROM

RC28F256ARH OTP is a single voltage (3.3V), asynchronous, rad-hard 32kbit x8 memory device using anti-fuse based One-Time Programmable (OTP) memory cells. A standard 130nm CMOS process has been used to implement RC28F256ARH with a dedicated robust Rad-Hard By Design (RHBD) approach. RC28F256ARH has been specifically designed for hostile environments. A dual matrix topology guarantees safer reading margin and better resiliency to single events.

The RC28F256RH OTP memory incorporates special layout and design features which allow operation in high-level radiation environments. RedCat Devices develops special layout design techniques to enhance both tolerance to total ionizing dose (TID) and single event effects (SEE). Edgeless Transistors (ELTs) in key points of the design (e.g. input and output buffers) with very accurate guard ring techniques allow high LET both with heavy ions and protons.

This ITAR-free product was designed to be an alternative to the Aeroflex UT28F256 PROM (3.3v).

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RC7C16MRHI - 16Mbit Radiation Hardened Synchronous SRAM

The RC7C16MRHI is a 5-chip SiP, low voltage, high performance, synchronous, rad-hard 16 Mbit memory device using 6T memory cells SEEenhanced with Miller Capacitor. A standard 130 nm CMOS technology process with 6 metal layers has been used with a dedicated robust rad-hard by design (RHBD) approach. Error Detection and Correction (EDAC) and Scrubbing circuitries are used for additional reliability.

RC7C16MRHI has been specifically designed for applications with TID requirements in range of 300 krad (Si) such as satellite and probe boards.

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What’s new

01/03/2018
Redcat devices announces its rad-hard 256K PROM

The RC28F256ARH OTP is a single voltage (3.3V), asynchronous, rad-hard 32kbit x8 memory device using anti-fuse based One-Time Programmable (OTP)

01/01/2018
Redcat Devices announces its new 16Mbit rad-hard SRAM

The RC7C16MRHI is a 5-chip SiP, low voltage, high performance, synchronous, rad-hard 16 Mbit memory device using 6T memory cells

01/09/2016
Redcat Devices RC28F64RH 64kbit rad-hard PROM available for order

RC28F64RH OTP is a dual voltage (1.8V and 3.3V), asynchronous, radiation-hardened 8kbit x8 memory device using anti-fuse based one-time programmable