Ted Hisokawa
Oct 29, 2025 03:45
NVIDIA introduces NVQLink, a system architecture connecting quantum processors with GPU computing, aiming to accelerate quantum supercomputing across major scientific labs and quantum builders.
NVIDIA has announced the launch of NVQLink, a groundbreaking open system architecture designed to integrate the high-performance capabilities of GPU computing with quantum processors. This initiative aims to foster the development of accelerated quantum supercomputers and marks a significant stride in the field of quantum computing, according to NVIDIA Newsroom.
Collaboration with Leading Scientific Institutions
NVQLink is set to enhance the capabilities of numerous prestigious institutions, including Brookhaven National Laboratory, Fermi Laboratory, and Lawrence Berkeley National Laboratory, among others. These collaborations will enable the development of hybrid quantum-classical systems, which are crucial for advancing applications in chemistry and materials science. The system’s open approach supports 17 quantum processing unit (QPU) builders, five controller builders, and nine U.S. national labs.
Addressing Quantum Computing Challenges
Quantum computing is known for its complexities, primarily due to the delicate nature of qubits, which require sophisticated calibration and error correction. NVQLink offers a high-speed interconnect to conventional supercomputers, providing the necessary infrastructure to handle qubit errors and support impactful quantum applications. This technology is expected to lay the groundwork for transformative applications across various industries.
Industry Impact and Future Prospects
Jensen Huang, NVIDIA’s founder and CEO, emphasized NVQLink’s role in uniting quantum and classical supercomputers into a single system, heralding a new era in quantum-GPU computing. The U.S. Department of Energy, led by Secretary Chris Wright, has expressed its commitment to maintaining America’s leadership in high-performance computing through such innovations.
By directly connecting quantum processors and control hardware systems to AI supercomputing, NVQLink provides a comprehensive solution for addressing key integration challenges faced by quantum researchers. Contributions from supercomputing centers and quantum hardware builders are pivotal in achieving breakthroughs in control, calibration, and error correction necessary for running efficient quantum applications.
Access and Future Developments
NVQLink is integrated with NVIDIA’s CUDA-Q software platform, enabling researchers and developers to create and test applications that utilize both CPUs and GPUs alongside quantum processors. This integration is critical in preparing the industry for the advent of hybrid quantum-classical supercomputers.
NVIDIA’s partners in this venture include prominent quantum hardware builders like Alice & Bob, Anyon Computing, and Atom Computing, as well as quantum control system builders such as Keysight Technologies and Qblox. Interested quantum builders and supercomputing centers can sign up for access to NVQLink through NVIDIA’s official webpage.
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