● NVIDIA NVQLink High speed interconnection enables quantum processors to connect to the world's leading supercomputing laboratories.
● NVQLink Provided a powerful control algorithm system for quantum researchers to support large-scale quantum computing and quantum error correction.
● NVQLink It can help researchers build hybrid quantum classical systems, thereby accelerating the realization of new generation applications in the fields of chemistry and materials science.
NVIDIA Announced today to launch NVIDIA NVQLink ™， This is an open system architecture that can GPU The ultimate performance of computing is closely integrated with quantum processors to build accelerated quantum supercomputers.
Researchers from leading supercomputing centers in multiple national laboratories have provided guidance NVQLink Develop and help accelerate the next generation of quantum computing work. NVQLink Provided an open quantum integration method, currently used by 17 companies QPU Manufacturers, 5 controller manufacturers, and 9 US national laboratories have achieved quantum and GPU The interconnection of computation.
Quantum bits are information units that enable quantum computers to process information through pipelines that ordinary computers cannot. They are highly precise and prone to errors, requiring complex calibration, quantum error correction, and other control algorithms to function properly.
These algorithms must operate in conjunction with traditional supercomputers through extremely strict low latency, high throughput connections to closely monitor and correct quantum bit errors, in order to achieve effective quantum applications NVQLink This interconnection provides the necessary environment for future cross industry transformative applications.
In the near future, every device based on NVIDIA GPU The research supercomputers will be hybrid and closely integrated with quantum processors, thus expanding the possibilities of computation. ”NVIDIA Founder and CEO Huang Renxun said, “NVQLink It is the Rosetta Stone that connects quantum and classical supercomputers, integrating them into a unified and coherent system, marking the beginning of quantum computing GPU The advent of the computing age. ”
NVQLink Connect multiple methods of quantum processors and control hardware systems directly to AI Supercomputing provides a unified overall solution for quantum practitioners to overcome the main integration challenges they face when expanding hardware.
With strong support from supercomputing centers, quantum hardware manufacturers, and quantum control system providers, NVQLink This lays the foundation for breakthroughs in control, calibration, quantum error correction, and hybrid application development required for running practical quantum applications.
Researchers and developers can use NVIDIA CUDA-Q ™ Integration of software platforms to access NVQLink， To create and test applications that can seamlessly utilize CPU、GPU Together with quantum processors, help the industry prepare for future hybrid quantum classical supercomputers.
For NVQLink Contributing partners include quantum hardware manufacturers Alice & Bob、Anyon Computing、Atom Computing、Diraq、Infleqtion、IonQ、IQM Quantum Computers、ORCA Computing、Oxford Quantum Circuits、Pasqal、Quandela、Quantinuum、Quantum Circuits, Inc.、Quantum Machines、Quantum Motion、QuEra、Rigetti、SEEQC and Silicon Quantum Computing， And manufacturers of quantum control systems Keysight Technologies、Quantum Machines、Qblox、QubiC And instruments from Zurich, Switzerland, etc.