LEAP Standard Cell Library

Introduction

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From satellite communications to strategic deterrence, defense and aerospace systems demand microelectronics that can survive the extremes: high radiation, tight power budgets, and zero margin for failure.

Traditional semiconductor solutions fall short. JRC’s patented LEAP Standard Cell Libraries and Custom Logic Cells are engineered for these exact environments, radiation-hardened, power-optimized, and ready to perform in the most mission-critical conditions.

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We specialize in

JRC

What We Provide

JRC delivers silicon-proven radiation-hardened microelectronics through our proprietary LEAP™ (Layout Design through Error Aware Positioning) methodology. These standard cell libraries and custom logic cells are designed to dramatically reduce rror rates while maintaining exceptional performance and efficiency. Compatible with modern commercial foundries and scalable across process nodes, LEAP empowers rapid, resilient development for mission-critical applications.

We specialize in

JRC

Radiation-hardened standard cell libraries for defense and aerospace systems

Custom logic cell design optimized for mission-critical environments

Patented radiation-induced error mitigation techniques (LEAP methodology)

Power-efficient logic cells for space-grade applications

Foundry-compatible design scalable from legacy to advanced nodes (180nm to 3nm)

Seamless integration with commercial toolchains and libraries

Built for Defense. Engineered for the Future.

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Case Study

In a recent missile defense application, JRC’s LEAP Standard Cell Libraries were integrated into a critical system requiring high uptime, low power consumption, and verified resilience to radiation-induced faults. The result: a fault-tolerant architecture that maintained signal integrity through 10 years of operation in a high-radiation orbit.

Download our LEAP Standard Cell Libraries Whitepaper

Our Precision Logic Tools for LEAP Standard Cell Libraries.

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LEAP™ Standard Cell Library

A patented design library optimized to reduce single event error rates through JRC’s Layout LEAP methodology

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Custom Logic Cell Design

Tailored logic cell creation for strategic deterrent, space, and aerospace system integration

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Soft Error Mitigation Toolkit

Proprietary resilience-enhancing techniques validated for Total Ionizing Dose (TID) and Single Event Effects (SEE) without sacrificing performance

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Multi-Node Scalability Package

Proven silicon across 180nm to 3nm nodes, ensuring design portability and compatibility with evolving foundry tech

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Foundry-Ready Integration Suite

Seamless plug-in compatibility with commercial EDA tools and standard design flows for rapid deployment

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Low-Power Optimization Models

Logic cells designed for extended mission durations with minimal power draw

From concept to mission-ready.

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Over 13,000 logic cells available for Global Foundries 12LP and 12LP+ platforms
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Custom mission-ready logic cells hardened for defense and space - options across nodes from 180nm to 3nm
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Ultra-low single event error cells drastically reduce mission-critical error rates under radiation exposure
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Multibit flip-flops and Single Event Transient (SET)-filtered cells that optimize every watt without sacrificing speed
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Easy integration with commercial design environments.Patented LEAP methodology reduces single event error rates by orders of magnitude
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Compatible with commercial toolchains and foundries for agile implementation