CryoIP represents sureCore's innovative approach to ultra-low temperature silicon solutions designed for the speculative yet promising field of quantum computing. This IP supports CryoCMOS, ensuring control electronics operate efficiently at temperatures reaching down to 4 K.
Quantum Computing's requirements for extreme temperatures necessitate new solutions for both cabling and control electronics, often hindered by the substantial scale and density of qubits. CryoIP positions sureCore at the forefront of cryogenic electronic control, enabling the movement of electronic processes within the cryostat — a step critical for effective scaling of qubit numbers.
The CryoIP architecture incorporates low power design principles in response to cryogenic demands, supporting streamlined dynamic and static power reductions of up to 50%. Collaborations with industry partners and foundries ensure CryoIP's readiness for integration into the next era of quantum computing, facilitating scalable and heat-efficient Cryo-CMOS.
In combination with the CryoMem range, sureCore's CryoIP provides an expansive library of cryogenic control solutions, aiding in mitigating the challenges faced by scaling quantum systems, thus bridging the current technological gaps.
