Anyon Computing Unveils NVQLink-Based Quantum Control System

Insider Brief

• Anyon Computing has unveiled an open-source real-time quantum control system built on NVIDIA NVQLink that integrates QPU control clusters with GPU and CPU compute nodes as co-processors within a shared supercomputing architecture.
• The system runs CUDA-Q, OpenQASM and QIR and is designed to support microsecond-scale quantum-classical loops for workloads including quantum error correction, calibration, readout classification and hybrid machine learning.
• Anyon says the control system was developed almost entirely by autonomous AI agents and verified through simulation and hardware-in-the-loop testing before production release.

PRESS RELEASE — The control cluster and the quantum processors it drives join GPU and CPU compute nodes as co-processors of a single quantum-GPU supercomputer with quantum-classical loops measured on hardware in microseconds. The system was developed almost entirely by autonomous AI agents.

Anyon Computing, which builds complete quantum supercomputers, today unveiled a new real-time quantum control system built on NVIDIA NVQLink. The system is designed natively so that Anyon’s microwave quantum control cluster, together with the quantum processors (QPUs) it drives, joins GPU and CPU compute nodes as co-processor nodes of a single supercomputing machine. It will be open-sourced and serve as the control plane of large-scale quantum computing inside future data centers.