NVIDIA NVQLink is being adopted by over a dozen supercomputing centers worldwide to advance quantum computing, connecting quantum processors with NVIDIA accelerated computing. The open architecture provides a critical link for integrating various quantum processors. Quantinuum’s Helios quantum processor showcases real-time decoding for quantum error correction using NVQLink.

The world’s leading scientific computing centers are embracing NVIDIA NVQLink, a universal interconnect for linking quantum processors with accelerated computing. This technology enables the integration of quantum and classical hardware, providing 40 petaflops of AI performance and a GPU-QPU throughput of 400 Gb/s with low latency.

Supercomputing centers in Asia and Europe, along with U.S. labs, are leveraging NVQLink to research and develop hybrid quantum-classical applications. This technology offers tight integration with quantum control systems and GPU supercomputing, allowing for new scientific discoveries and advancements in quantum computing research.

NVQLink is being utilized by major research institutions and supercomputing centers in Asia, Europe, and the Middle East. This includes centers in Japan, Korea, Taiwan, Singapore, Australia, Italy, Denmark, France, the Czech Republic, Germany, the U.K., Poland, UAE, and Saudi Arabia, in addition to U.S. national laboratories.

Quantinuum’s Helios QPU integrates with NVIDIA GPUs through NVQLink for real-time quantum error correction. The technology allows for active error correction and decoding, achieving impressive reaction times and demonstrating the first scalable decoder for qLDPC codes. NVQLink’s microsecond latencies and high throughput enable developers to explore quantum error correction within a single programming environment.

NVQLink’s use of Ethernet allows for easy scalability of classical compute resources as quantum processors and applications expand. Developers and researchers interested in NVQLink can sign up for access, while the technology is accessible through real-time application programming interfaces in NVIDIA CUDA-Q. The integration of quantum processors with GPU-powered supercomputers is detailed on the NVIDIA technical blog.

Read more at Nvidia: World’s Leading Scientific Supercomputing Centers Adopt NVIDIA NVQLink to Integrate Grace Blackwell Platform With Quantum Processors