Nvqlink Nvidia S Bridge To Quantum Supercomputing Converge Digest The open nvidia® nvqlink™ platform architecture tightly integrates quantum hardware with state of the art accelerated computing to power the development of quantum processing units (qpus) at scale. Last week, nvidia announced its new open system architecture, nvqlink, at its gtc washington d.c. event, positioning it as the connective tissue between quantum processors (qpu) and high performance classical gpu cpu systems.
Nvidia Nvqlink The Bridge Between Ai Supercomputing And Quantum The initiative brings together 17 quantum hardware companies, five controller builders, and nine national labs, positioning nvqlink as a standardized foundation for accelerated quantum supercomputing. Oxford quantum circuits (oqc), a global leader in quantum computing, is working with nvidia on nvqlink, a groundbreaking open system architecture that provides real time, low latency connectivity between quantum and ai supercomputing systems. The unveiling of nvqlink comes as nvidia and quantum computing companies are collaborating with much greater frequency on hybrid projects like one in japan where an nvidia built supercomputer is linked to a quera computing quantum computer. We propose an architecture, called nvqlink, for connecting high performance computing (hpc) resources to the control system of a quantum processing unit (qpu) to accelerate workloads necessary to the operation of the qpu.
Nvidia Unveils Nvqlink A Bridge Between Quantum Computing The unveiling of nvqlink comes as nvidia and quantum computing companies are collaborating with much greater frequency on hybrid projects like one in japan where an nvidia built supercomputer is linked to a quera computing quantum computer. We propose an architecture, called nvqlink, for connecting high performance computing (hpc) resources to the control system of a quantum processing unit (qpu) to accelerate workloads necessary to the operation of the qpu. At its gtc washington, d.c. event on october 28, nvidia unveiled nvqlink, a new high speed interconnect and open architecture that couples quantum processors (qpus) directly with gpu accelerated supercomputers. Quandela, with nvidia, is building the bridge between ai supercomputing and real time quantum control, paving the way for scalable, reliable, and hybrid quantum–classical systems. We were excited to feature our neutral atom quantum computer sqale, in jensen huang’s keynote, and we’re also showing a model of our hardware in the nvidia booth until the end of the conference tomorrow (tuesday oct 28) evening. In depth analysis of nvidia nvqlink technology, understanding how to extend gpu computing power to quantum processors through high bandwidth, low latency interconnects to build accelerated quantum supercomputers.
Comments are closed.