Quantum Machines and NVIDIA Partner to Advance Quantum-Classical Integration with NVQLink
Quantum Machines, a frontrunner in quantum control solutions, recently unveiled its strategic integration with NVIDIA NVQLink, aimed at refining real-time orchestration between quantum and classical computing environments. This development represents a significant evolution of Quantum Machines' existing µs-latency quantum-classical integration solution, establishing a new frontier in quantum computing capabilities.
The announcement highlights an important synergy built upon NVIDIA’s DGX Quantum system, which was the pioneering setup to connect quantum controllers directly with NVIDIA’s accelerated computing stack. By adopting the open architecture of NVQLink, Quantum Machines' platform is now primed to provide unprecedented interoperability among quantum processors (QPUs), traditional control hardware, CPUs, and GPUs. The result is an ability to exchange data and manage control operations with microsecond latency, which is crucial for handling sophisticated tasks involving logical qubits and extensive quantum error correction processes.
According to Itamar Sivan, the CEO and Co-founder of Quantum Machines, this integration process was carefully crafted through collaboration with NVIDIA. Their insights garnered over several years of developing quantum-GPU integrations led to the shaping of NVQLink's specifications. The outcome of this partnership ensures that hybrid quantum-classical feedback mechanisms can operate deterministically on production-level hardware, thus paving the way for next-gen scalable, error-corrected systems that can meet the needs of real-world applications.
The NVQLink framework acts as the bridge between quantum hardware and advanced AI supercomputing, facilitating reliable, low-latency communication between quantum control frameworks and GPU servers. The innovative OPX platform from Quantum Machines seamlessly implements this integration, enabling the real-time execution of quantum-classical programs. An upcoming demonstration at the NVIDIA GTC DC event will showcase how Quantum Machines’ system manages a complete loop between the NVIDIA CUDA-Q platform and NVIDIA CUDA for measurement operations. Qubits will transfer data to the GPU for classical computation and send results back in real time – all executed within a single process.
The foundational elements of this new architecture emerged with the introduction of DGX Quantum by NVIDIA and Quantum Machines in 2023, which laid the groundwork for the µs-latency controller-GPU integration that made NVQLink feasible. With the new NVQLink architecture, customers from the DGX Quantum framework can transition to this latest system without requiring extensive hardware alterations. They will retain their existing setups while unlocking enhanced real-time performance and accessing newly available CUDA-Q functionalities.
Tim Costa, General Manager for Quantum at NVIDIA, emphasized that NVQLink offers a powerful platform that aligns quantum processors with NVIDIA's AI supercomputing resources. This synergy will empower developers to tackle the complexities associated with scaling quantum technology. Quantum Machines’ pioneering accomplishments in hybrid quantum-GPU systems set a high bar, and with NVQLink, they will expedite the evolution of future quantum processors.
By adhering to the NVQLink standards, Quantum Machines aligns itself with a growing cohort of ecosystem partners dedicated to standardizing how quantum processors interface with AI supercomputing frameworks. This open and cooperative approach aims to pave the way to developing utility-scale quantum computers capable of addressing intricate real-world problems at unprecedented speeds.
In an era where quantum computing holds immense promise, this partnership signifies a leap toward a more integrated and powerful computing environment. As Quantum Machines continues to innovate with their Hybrid Control solutions, the potential for groundbreaking advancements in quantum technology remains vast. By converging quantum and classical operational elements, they aim to not only optimize performance across various platforms but also simplify the user experience for researchers and developers in the field.
For more details on Quantum Machines and their forward-thinking technology, please visit their official website at www.quantum-machines.co.
The announcement highlights an important synergy built upon NVIDIA’s DGX Quantum system, which was the pioneering setup to connect quantum controllers directly with NVIDIA’s accelerated computing stack. By adopting the open architecture of NVQLink, Quantum Machines' platform is now primed to provide unprecedented interoperability among quantum processors (QPUs), traditional control hardware, CPUs, and GPUs. The result is an ability to exchange data and manage control operations with microsecond latency, which is crucial for handling sophisticated tasks involving logical qubits and extensive quantum error correction processes.
According to Itamar Sivan, the CEO and Co-founder of Quantum Machines, this integration process was carefully crafted through collaboration with NVIDIA. Their insights garnered over several years of developing quantum-GPU integrations led to the shaping of NVQLink's specifications. The outcome of this partnership ensures that hybrid quantum-classical feedback mechanisms can operate deterministically on production-level hardware, thus paving the way for next-gen scalable, error-corrected systems that can meet the needs of real-world applications.
The NVQLink framework acts as the bridge between quantum hardware and advanced AI supercomputing, facilitating reliable, low-latency communication between quantum control frameworks and GPU servers. The innovative OPX platform from Quantum Machines seamlessly implements this integration, enabling the real-time execution of quantum-classical programs. An upcoming demonstration at the NVIDIA GTC DC event will showcase how Quantum Machines’ system manages a complete loop between the NVIDIA CUDA-Q platform and NVIDIA CUDA for measurement operations. Qubits will transfer data to the GPU for classical computation and send results back in real time – all executed within a single process.
The foundational elements of this new architecture emerged with the introduction of DGX Quantum by NVIDIA and Quantum Machines in 2023, which laid the groundwork for the µs-latency controller-GPU integration that made NVQLink feasible. With the new NVQLink architecture, customers from the DGX Quantum framework can transition to this latest system without requiring extensive hardware alterations. They will retain their existing setups while unlocking enhanced real-time performance and accessing newly available CUDA-Q functionalities.
Tim Costa, General Manager for Quantum at NVIDIA, emphasized that NVQLink offers a powerful platform that aligns quantum processors with NVIDIA's AI supercomputing resources. This synergy will empower developers to tackle the complexities associated with scaling quantum technology. Quantum Machines’ pioneering accomplishments in hybrid quantum-GPU systems set a high bar, and with NVQLink, they will expedite the evolution of future quantum processors.
By adhering to the NVQLink standards, Quantum Machines aligns itself with a growing cohort of ecosystem partners dedicated to standardizing how quantum processors interface with AI supercomputing frameworks. This open and cooperative approach aims to pave the way to developing utility-scale quantum computers capable of addressing intricate real-world problems at unprecedented speeds.
In an era where quantum computing holds immense promise, this partnership signifies a leap toward a more integrated and powerful computing environment. As Quantum Machines continues to innovate with their Hybrid Control solutions, the potential for groundbreaking advancements in quantum technology remains vast. By converging quantum and classical operational elements, they aim to not only optimize performance across various platforms but also simplify the user experience for researchers and developers in the field.
For more details on Quantum Machines and their forward-thinking technology, please visit their official website at www.quantum-machines.co.
Topics Consumer Technology）
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