NVIDIA 发射 NVQLink,这是一个开放的混合计算量子-GPU结构,得到美国DOE和主要伙伴的支持。 NVIDIA launches NVQLink, an open quantum-GPU architecture for hybrid computing, backed by U.S. DOE and key partners.

NVIDIA已经启动了NVQLink,这是一个将量子处理器与GPU动力超级计算机连接起来的开放结构,使得混合量子古典计算成为可能。 NVIDIA has launched NVQLink, an open architecture that links quantum processors with GPU-powered supercomputers, enabling hybrid quantum-classical computing. 它利用17个量子硬件建设器、5个控制系统供应商和9个美国国家实验室提供的投入,提供了对量子误差的校正、控制和缩放至关重要的高速、低时长连接。 Developed with input from 17 quantum hardware builders, five control system providers, and nine U.S. national labs, it offers high-speed, low-latency connections critical for quantum error correction, control, and scaling. 该平台与NVIDIA的CUDA-Q软件结合,支持实时安排混合工作量,推进化学、材料科学和机器学习的研究。 The platform integrates with NVIDIA’s CUDA-Q software and supports real-time orchestration of hybrid workloads, advancing research in chemistry, materials science, and machine learning. 主要合作伙伴包括IQM 量子计算机和苏黎世仪器,该系统现在可供量子开发商和超级计算中心使用。 Key partners include IQM Quantum Computers and Zurich Instruments, with the system now available to quantum developers and supercomputing centers. 该倡议得到美国能源部的支持,目的是在全球竞争中加强美国在高性能计算方面的领导作用。 The initiative, backed by the U.S. Department of Energy, aims to strengthen American leadership in high-performance computing amid global competition.