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University of Saskatchewan Integrates QuickLogic's eFPGA HardIP into StarRISC MCU

In an exciting development for the field of aerospace and microelectronics, the University of Saskatchewan's Semiconductor Technology and Rad-Effects Research Lab (STARR-Lab) has made a significant decision. The lab has chosen QuickLogic Corporation's eFPGA Hard IP to bolster its next-generation StarRISC Rad-Tolerant RISC-V Microcontroller. This collaboration signals a notable expansion of QuickLogic’s influence in the domain of radiation-tolerant technology designed for demanding applications.

A Partnership Committed to Innovation

QuickLogic Corporation, which specializes in embedded FPGA (eFPGA) technology, announced this partnership via a press release on December 9, 2025. By selecting QuickLogic’s eFPGA Hard IP, the University aims to enhance the customization capabilities of its microcontroller, enabling researchers and engineers to prototype specialized logic blocks, high-performance algorithms, and customized accelerators tailored for radiation-prone environments.

Dr. Li Chen, a professor in Electrical and Computer Engineering and the supervisor of STARR-Lab, expressed enthusiasm about this advancement. He highlighted the lab’s long-standing relationship with QuickLogic and emphasized the potential of integrating eFPGA capabilities into the StarRISC Microcontroller. He stated, "This addition will provide users the flexibility to explore innovative functions and ideas only limited by their imagination."

Advanced Technology with a Focus on Space

As part of the project, the StarRISC microcontroller will be developed using Globalfoundries' advanced 12nm FinFET technology node. This cutting-edge technology is crucial for refining the microcontroller’s performance while maintaining exceptional resilience against radiation, allowing it to operate efficiently in space and other high-reliability settings.

The collaborative effort also showcases the impressive capabilities of STARR-Lab, which has successfully achieved significant milestones in developing rad-tolerant microcontrollers. Notably, the lab has demonstrated a rad-tolerant RISC-V microcontroller utilizing a 22nm FDSOI node, ensuring it can withstand proton upsets and persist in environments filled with high LET ions—achievements that align closely with QuickLogic’s dedication to supporting the space community through innovative eFPGA technology.

Accelerating Development and Customization

QuickLogic’s eFPGA Hard IP can be delivered on any new process node within a remarkably rapid timeframe of four to six months. This includes implementations specifically designed to be radiation-tolerant. Once the foundational Hard IP for a particular fabrication process is established, QuickLogic can provide customer-specific variations within merely weeks—an efficient workflow made feasible by the proprietary Australis IP Generator.

Furthermore, QuickLogic supports its eFPGA IP through two robust tool suites: Aurora, which is a fully open-source option, and Aurora Pro, which integrates with Synopsys® Synplify® FPGA Logic Synthesis software, providing users with a flexible and comprehensive development environment.

Looking Ahead

The collaboration between the University of Saskatchewan and QuickLogic underscores a significant advancement in radar technology and microcontroller development. By leveraging cutting-edge eFPGA technology, the university positions itself as a leader in research and innovation, paving the way for novel applications in aerospace and reliable data processing.

More information about QuickLogic's eFPGA IP licensing and solutions can be found on their official website QuickLogic.

About the Partners

STARR-Lab

The Semiconductor Technology and Rad-Effects Research Lab at the University of Saskatchewan is a diverse assembly of students, faculty, and researchers dedicated to probing the impacts of radiation on microelectronics and ensuring device reliability.

QuickLogic Corporation

QuickLogic is a fabless semiconductor company that specializes in eFPGA Hard IP and artificial intelligence solutions, providing its clients with innovative, low-power options across various industries, including aerospace and consumer electronics.