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Anyon Computing is integrating quantum processors directly into classical supercomputing architectures using NVIDIA NVQLink, effectively treating them as co-processors alongside GPUs and CPUs. This tight coupling minimizes latency in quantum-classical loops, which is essential for maintaining qubit coherence during complex computations that exceed single-chip capabilities. The system leverages autonomous AI agents to manage calibration and error correction at microsecond cadences, marking a significant step toward scalable data center quantum computing.

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Anyon Computing links quantum processors to GPUs with NVIDIA tech

Quantum ZeitgeistSeptember 14, 20265 min read

Anyon Computing unveiled a new open quantum control system built on NVIDIA NVQLink, designed so its microwave quantum control cluster and quantum processors join GPU and CPU compute nodes as co-processor nodes of a single supercomputing machine. The system will be open-sourced and serve as the control plane of large-scale quantum computing inside future data centers.

Anyon Computing has unveiled a new open quantum control system integrating quantum processors as co-processor nodes alongside GPUs and CPUs within a single machine, a departure from traditional “quantum box” setups. The system, built on NVIDIA’s NVQLink, measures quantum-classical loops in microseconds, critical for maintaining qubit coherence and tackling computations that exceed the capacity of a single chip. “A quantum supercomputer has to be one machine, not a quantum box bolted onto a classical one,” says Roger Luo, Co-Founder and CEO of Anyon Computing, explaining the…

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