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This partnership marks a critical infrastructure milestone for silicon spin-qubit scaling, directly addressing the thermal dissipation bottlenecks that limit qubit density in mass-manufacturable quantum processors. By integrating control logic on-chip and qualifying a 100 mW cooling platform at 500 mK, Quobly and Absolut System are shifting the primary constraint from physical chip size to cryogenic engineering capabilities. This development is essential for achieving the roadmap's target of one million qubits by 2032 through standardized, industrial-grade hardware production.

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Quobly and Absolut System Execute Industrial Cryogenic Roadmap for Silicon Spin-Qubit Computers

Quantum Computing ReportSeptember 10, 20262 min read

Quobly and Absolut System have partnered to develop advanced cryogenic infrastructure for silicon spin-qubit computers, successfully qualifying the QCube® 100-Class 3 platform. This system provides 100 mW cooling at 500 mK, essential for Quobly's integrated control logic architecture, paving the way for scaling to one million qubits by 2032. This collaboration, supported by significant funding, aims to establish mass-manufacturable quantum hardware. The post Quobly and Absolut System Execute Industrial Cryogenic Roadmap for Silicon Spin-Qubit Computers appeared first on Quantum Computing Report.

French silicon spin-qubit hardware developer Quobly and cryogenic engineering firm Absolut System have signed a multi-stage Industrial Partnership Declaration to co-develop high-cooling-power cryogenic infrastructure. Reaching…

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