QuickLogic Collaborates with University on Innovative MCU Project
QuickLogic Corporation (NASDAQ: QUIK), a pioneer in embedded FPGA (eFPGA) Hard IP, is thrilled to announce its collaboration with a renowned university's Semiconductor Technology and Rad-Effects Research Lab (STARR-Lab). This partnership aims to enhance the development of the next-generation StarRISC Rad-Tolerant RISC-V Microcontroller, a significant leap in open-hardware innovation tailored for extreme environmental conditions.
Expanding QuickLogic's Role in Open-Hardware Solutions
The integration of QuickLogic's eFPGA Hard IP into the StarRISC platform represents a broadening of its contributions to radiation-tolerant technologies, particularly for space exploration and research. By incorporating this advanced technology, researchers and engineers at the university will have the unique opportunity to create and assess custom logic blocks and mission-specific algorithms on devices engineered for reliability in high-radiation environments.
Support from Globalfoundries' University Research Program
This innovative project is further supported by Globalfoundries, facilitating the taping out of the StarRISC MCU utilizing cutting-edge 12nm FinFET technology. The backing from Globalfoundries emphasizes the collaboration's commitment to pushing the boundaries in semiconductor research and development.
Expert Insight into the Collaboration
Dr. Li Chen, a leading professor in Electrical and Computer Engineering, expressed his enthusiasm about the partnership. He highlighted the value of adding eFPGA capabilities to the StarRISC microcontroller, allowing users to explore groundbreaking functions and ideas unbounded by traditional hardware limitations. The work evolving from this collaboration signifies a leap in the potential of what custom logic can achieve in radiation-tolerant applications.
The Perfect Fit for Space Community Needs
Mao Wang, senior director of product marketing at QuickLogic, acknowledged the impressive developments made by Professor Chen and his team in creating a robust rad-tolerant RISC-V MCU. Their achievements, particularly with the 22nm FDSOI node design, demonstrate significant resilience against proton upsets and high LET ions. This strategic alignment of QuickLogic's eFPGA technology with the leading-edge work of STARR-Lab represents a pivotal moment in supporting advancements for the space community.
Streamlined Delivery of Customizable Solutions
QuickLogic has designed its eFPGA Hard IP to be adaptable across various process nodes, ensuring rapid delivery within four to six months. This agility allows for tailored implementations that cater to the distinct needs of different applications, encompassing everything from high-performance data processing to low-power consumer devices. Their proprietary Australis IP Generator facilitates the swift creation of customized variants once the hard IP is established.
The Future of eFPGA Technology and Beyond
Alongside the continuous improvements in supporting applications, QuickLogic's eFPGA IP is available with two dedicated FPGA tool suites: Aurora, an open-source platform, and Aurora Pro, which provides integrated solutions through Synopsys' suite. This commitment to fostering an environment of flexibility and innovation promotes growth within sectors that require robust, reliable, and customizable hardware solutions.
Frequently Asked Questions
What is the primary goal of QuickLogic's collaboration with the university?
The primary goal is to enhance the development of the next-generation StarRISC Rad-Tolerant RISC-V Microcontroller and support research in radiation-tolerant technologies.
What advancements are being made with the StarRISC microcontroller?
The StarRISC microcontroller aims to incorporate eFPGA capabilities, enabling users to implement custom logic and mission-specific algorithms.
How is Globalfoundries involved in this project?
Globalfoundries supports the project through its University Research Program, assisting in the fabrication process using 12nm FinFET technology.
What unique features does QuickLogic's eFPGA offer?
QuickLogic's eFPGA offers customizable designs adaptable across various process nodes, allowing for efficient delivery timelines and tailored solutions.
What tools support the eFPGA IP offered by QuickLogic?
QuickLogic supports its eFPGA IP with two tool suites: Aurora, a 100% open-source version, and Aurora Pro for enhanced integration options.
