Agile Analog and sureCore are collaborating to implement a cryogenic control ASIC on the GlobalFoundries 22FDX process as part of the "Development Of Cryogenic CMOS To Enable The Next Generation Of Scalable Quantum Computers" project funded by Innovate UK. This involves creating cryogenic SPICE models for the GF 22FDX process technology and recharacterizing standard cell and IO cell libraries, as well as developing low power SRAM, ROM, and Register File Compilers. These cryogenic IP libraries are enabling the development of a test chip to measure performance at cryogenic temperatures. Agile Analog is contributing to the physical design required to create the test chip and working closely with sureCore to implement and verify its solution.
Barry Paterson, CEO of Agile Analog, expressed the company's delight in undertaking the physical design for this innovative project. The UK is leading innovation in quantum technology, and Agile Analog is pleased to participate in the development of this technology. The company completed synthesis, floor planning, place and route, and design closure steps to ensure that the cryogenic test chip can act as a qualification test vehicle.
In the realm of quantum computing, where operational qubits demand temperatures lower than 4K, it is crucial to co-locate control electronics close to the qubits within the cryostat for scaling. This project's goal is to create semiconductor IP that can operate at cryogenic temperatures, allowing quantum computing developers to design their own control ASICs co-located with the qubits in the cryostat.
Paul Wells, CEO of sureCore, praised Agile Analog's expertise and professionalism, highlighting their significant contributions to the project. Barry Paterson emphasized the importance of integrating control and measurement within the cryostat for the advancement of quantum computers with millions of qubits. Furthermore, Agile Analog aims to make a range of its analog IP, including data converters, available with support for cryogenic temperatures, demonstrating its commitment to driving advancements in quantum computing technology.
