AI And GPUs Accelerate Silicon Quantum Computing With 3.3µs Real-Time Control

Diraq, QM integrate quantum chips and GPUs via DGX Quantum

Diraq and QM Technologies Inc. announced the first-ever tight integration of GPUs and silicon quantum processors with the deployment of a system using the NVIDIA DGX Quantum architecture to achieve real-time communication speeds of 3.3 microseconds between quantum hardware and NVIDIA Grace-Hopper superchips, orchestrated through QM’s OPX1000 hybrid controller. Working at Diraq’s Sydney laboratories, engineers from Diraq and QM demonstrated how G…

Diraq and Quantum Machines employ AI for scaling silicon-based quantum computers with NVIDIA DGX Quantum

Diraq and QM Technologies has announced the first-ever tight integration of GPUs and silicon quantum processors with the deployment of a system using the NVIDIA DGX Quantum architecture to achieve real-time communication speeds of 3.3 microseconds between quantum hardware and NVIDIA Grace-Hopper superchips, orchestrated through QM’s OPX1000 hybrid controller.

AI And GPUs Accelerate Silicon Quantum Computing With 3.3µs Real-Time Control

Diraq and QM Technologies integrate NVIDIA’s DGX Quantum architecture achieving 33microsecond communication between silicon quantum processors and GPUs This enables realtime readout enhancement automated calibration via machine learning and accelerated quantum state preparation The collaboration demonstrates rapid progress in hybrid quantumclassical computing and unlocks potential for future error correction

Diraq and Quantum Machines Integrate NVIDIA DGX Quantum for Low-Latency AI-Accelerated Quantum Control - Quantum Computing Report

Diraq and QM Technologies have demonstrated real-time hybrid quantum-classical control by integrating silicon-based quantum processors with NVIDIA DGX Quantum infrastructure. The setup achieved a 3.3-microsecond round-trip latency between Diraq's quantum hardware and NVIDIA Grace Hopper superchips, enabled via QM’s OPX1000 controller. This latency allows for live feedback and decision-making within coherence times, addressing key barriers [...] …