University of Saskatchewan Taps QuickLogic for Innovative MCU
QuickLogic Corporation (NASDAQ: QUIK), known for its embedded FPGA (eFPGA) Hard IP and ruggedized FPGAs, has achieved a significant milestone with the selection of its eFPGA technology by the University of Saskatchewan. This collaboration aims to innovate in the field of radiation-tolerant microcontrollers, specifically the next generation of the StarRISC Rad-Tolerant RISC-V Microcontroller. This exciting project will not only bolster research efforts but also contribute to advancements in space applications.
Expanding Horizons in Radiation-Tolerant Technology
The Semiconductor Technology and Rad-Effects Research Lab (STARR-Lab) at the University of Saskatchewan is spearheading this initiative. By integrating QuickLogic's eFPGA Hard IP into their designs, students and researchers will gain the ability to create custom logic blocks and accelerators tailored for high-reliability environments, such as space missions.
Insights from STARR-Lab Leadership
Dr. Li Chen, a prominent figure at STARR-Lab and a Professor of Electrical and Computer Engineering, expressed enthusiasm about the partnership. He stated, "STARR-Lab has a long-standing relationship with QuickLogic, allowing us to explore the versatility of eFPGA technology in our next StarRISC Microcontroller. This capability opens a myriad of possibilities for researchers to innovate without limitations." His words resonate with the spirit of exploration and creativity that defines modern engineering.
Bridging Technology and Space Research
Mao Wang, Senior Director of Product Marketing at QuickLogic, emphasized the company's commitment to supporting the space community. He remarked on the outstanding work done by Professor Chen’s team in developing a resilient RISC-V MCU, which has been proven to withstand significant radiation exposure. The collaboration not only reflects QuickLogic's investment in innovation but also reinforces its mission to provide reliable technologies for critical environments.
Accelerated Development for Custom Logic Solutions
QuickLogic positions itself as a leader in the semiconductor space by emphasizing its capability to deliver eFPGA Hard IP on new process nodes rapidly. Within just four to six months, organizations can access customized eFPGA designs suited for demanding applications, including radiation-tolerant variants. This streamlined process is made possible through QuickLogic’s proprietary Australis IP Generator.
Engagement with the Open Source Community
Furthermore, QuickLogic supports its eFPGA IP with two comprehensive FPGA tool suites—Aurora, which is fully open-source, and Aurora Pro, a more integrated option that includes tools like Synopsys® Synplify® FPGA Logic Synthesis. This dual approach enables engineers to choose solutions according to their specific project requirements, empowering them to create groundbreaking applications.
About STARR-Lab
Located at the University of Saskatchewan, the STARR-Lab is a vibrant community comprised of students, researchers, and faculty who focus on the impacts of radiation on microelectronics. Their work spans from theoretical concepts to practical testing, showcasing their commitment to advancing knowledge in semiconductor technology.
About QuickLogic Corporation
QuickLogic Corporation is renowned for its fabless semiconductor innovations centered on eFPGA Hard IP, discrete FPGAs, and endpoint AI solutions. The company excels in merging advanced technologies with open-source offerings, creating high-performance, low-power solutions tailored to various industries, including industrial, aerospace, consumer, and computing sectors.
Frequently Asked Questions
What is the focus of the collaboration between QuickLogic and the University of Saskatchewan?
The collaboration focuses on integrating QuickLogic's eFPGA Hard IP into the next-generation StarRISC Rad-Tolerant RISC-V Microcontroller for enhanced performance in space applications.
Who is leading the STARR-Lab?
Dr. Li Chen, a professor at the University of Saskatchewan, leads the STARR-Lab, guiding research on radiation effects in microelectronics.
How quickly can QuickLogic deliver custom eFPGA solutions?
QuickLogic can deliver eFPGA Hard IP on new process nodes within four to six months, significantly accelerating the development process.
What are the tools available for QuickLogic's eFPGA IP?
QuickLogic provides two FPGA tool suites, Aurora (open-source) and Aurora Pro, which integrates industry-standard synthesis tools like Synopsys® Synplify®.
What is the mission of the STARR-Lab?
The STARR-Lab's mission centers on studying the radiation effects in semiconductor technology and advancing knowledge in microelectronics reliability.
