About
NVIDIA provides quantum computing services and infrastructure through its CUDA Quantum platform and DGX Quantum systems. The approach combines quantum processors with NVIDIA's GPU-accelerated computing platform to enable hybrid quantum-classical computing, offering quantum simulation, quantum circuit optimization, and quantum machine learning tools that use classical GPU computing to support quantum algorithm development and execution across many quantum hardware platforms. On January 6, 2026, NVIDIA officially launched the NVQLink interconnect platform for quantum-classical integration at scale, enabling direct GPU-QPU communication with sub-microsecond latency. NVQLink runs at 400 Gb/s with latency under 4 microseconds and now supports real-time hybrid workflows across IonQ, Quantinuum, OQC, and Orca Computing systems, and has been adopted by more than 12 supercomputing centers worldwide. NVIDIA expanded the NVQLink open reference architecture in November 2025 with Oxford Quantum Circuits and Orca Computing. In September 2025, NVIDIA announced the NVIDIA Advanced Quantum Computing research center in Boston, focused on hybrid quantum-classical algorithms and drug discovery. The company's venture arm, NVentures, participated in Quantinuum's $600M funding round at a $10B valuation and invested in SandboxAQ's $150M round alongside Google. NVIDIA is a founding collaborator for Quantinuum's Accelerated Quantum Research Center, and partnerships with Classiq, Quandela, and other quantum hardware providers continue to expand. In March 2026, the CUDA-Q framework was integrated with Classiq's quantum software platform. NVIDIA's cuQuantum SDK v25.11 delivers up to a 4,000x speedup in quantum simulation using new Pauli propagation and stabilizer primitives, with GB200 NVL72 systems reaching an 800x speedup over the best CPU implementations. In 2025, LBNL set a world record by simulating a full quantum chip using 6,724 GPUs on Perlmutter, the largest full quantum chip simula
Quantum Specifications
| Quantum Focus | software |
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