Nvidia Introduces NVQLink and CUDA-Q for Quantum-Accelerated Supercomputing
Nvidia has unveiled NVQLink and CUDA-Q to integrate quantum processing units (QPUs) with classical supercomputers, enabling hybrid workloads through a collaborative effort with various quantum computing companies. NVQLink will allow bi-directional communication using Ethernet, while the architecture combines classical supercomputers, real-time host CPUs, and quantum supercomputers, focusing on quantum error correction and hybrid algorithms. This initiative follows Nvidia's prior successes in enhancing quantum chemistry workflows by leveraging GPUs alongside QPUs.
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Nvidia is launching NVQLink and CUDA-Q to integrate quantum processing units (QPUs) with classical supercomputers. Dozens of quantum computing companies are collaborating with Nvidia, which aims to provide a platform for hybrid workloads.
NVQLink will facilitate bi-directional communication between classical systems and QPUs, using Ethernet for initial connections. Nvidia's architecture consists of a classical supercomputer, a real-time host CPU, and a quantum supercomputer.
The technology targets quantum error correction and hybrid classical-quantum algorithms. Nvidia has previously demonstrated significant improvements in quantum chemistry workflows using GPUs alongside QPUs.
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