Quantum Machines

Working on spin qubits? We highly recommend taking part in the upcoming Scaling of Spin Qubits Workshop (#SSQ25)- a focused scientific event that will dive into core challenges like scaling qubit arrays, achieving high-fidelity two-qubit gates, improving readout, and reducing device variability. If you’re working in this space, it’s a great opportunity to connect with others tackling the same questions. Register here: https://lnkd.in/et8fyYKz And if you’re interested in hybrid control solutions for spin qubits, feel free to reach out to Fabio Ansaloni - he’ll be there and happy to connect. C12 | Delft University of Technology | Delft Circuits

Last week at Hannover Messe 2025, SaxonQ GmbH presented the first-ever public live demonstration of quantum applications running on a mobile, room-temperature quantum computer, powered by our OPX+ control system. The live demos showcased: - A quantum chemical calculation of H₂ energy levels, using a single NV-center qubit with real-time graphical output - Real-time image recognition, classifying smiley vs. non-smiley inputs via an interactive graphical interface This marks the first public demonstration of such applications running on a portable quantum computer outside laboratory conditions. SaxonQ’s system, built on spin defects in diamond (NV centers), operates at room temperature and is powered by a standard wall outlet, highlighting the potential for compact, energy-efficient quantum systems in real-world environments. To support this demonstration, the system required precise and dynamic control in a non-lab setting. OPX+, Quantum Machines high-precision microwave electronics system, enabled fast, stable, and low-latency control, with minimal overhead, making it a key component of this milestone. Congratulations to the SaxonQ team on this important step toward quantum-enhanced applications in chemistry, AI, and beyond! Read the full story here: https://hubs.la/Q03gyJVM0 #QuantumComputing | #HybridControl | #HannoverMesse2025 | #NVcenter

We are proud to join Hewlett Packard Enterprise and industry-leading partners in a consortium selected for Defense Advanced Research Projects Agency (DARPA) Quantum Benchmarking Initiative (QBI). This initiative aims to accelerate quantum computing, pushing forward the timeline for industrial-scale quantum solutions. At the heart of Quantum Machines contribution is the OPX1000 – an industry-leading high-density quantum control platform. Built around QM’s Hybrid Control approach, it places classical resources, including GPU/CPU acceleration, as close as possible to the qubits, enabling the development of real-time quantum error correction and hybrid workflows critical for scalable quantum computing. For more detailes: https://hubs.la/Q03fP1ql0 Hewlett Packard Labs | Applied Materials | 1QBit | Synopsys Inc | Qolab | University of Wisconsin-Madison | #QuantumComputing | #HybridControl | #TheNewPossible

We're pleased to share that Quantum Machines (QM) will be collaborating with NVIDIA at the newly launched NVIDIA Accelerated Quantum Research Center (NVAQC) in Boston, deploying the NVIDIA DGX Quantum solution. NVIDIA DGX Quantum integrates NVIDIA’s Grace Hopper (GH) server with the OPX1000 hybrid quantum controller through a low-latency PCIe interface (OPNIC). This enables data transfer from the quantum control system to the server (GPU and CPU) and back with a round-trip latency of under 4 μs – at least a 1,000x improvement over previous state-of-the-art integrations. The groundbreaking NVIDIA DGX Quantum is key to advancing quantum error correction, calibration, and ultimately, the development of utility-scale, useful quantum computers. We're looking forward to working alongside other industry and academic leaders, including Quantinuum, QuEra Computing Inc., Harvard University and Massachusetts Institute of Technology to help drive meaningful progress in quantum research. Read the full press release here: https://hubs.la/Q03fxTK50

A new study led by Caltech and Stanford University researchers, published in Nature Magazine, just took a massive step toward scalable quantum networks, with the potential to revolutionize quantum computing, communication, and sensing. Using rare-earth ions and multiplexed entanglement, the team achieved record entanglement rates across remote, distinguishable qubits. And guess what enabled this? 👉 The Quantum Machines OPX Hybrid Controller, used for dynamic phase corrections in real-time. As Prof. Andrei Faraon puts it, the OPX control system “Provides unparalleled flexibility and ease of use for experiments requiring real-time quantum feedforward control. With the integrated high-resolution time tagging, this platform is a no-brainer for advanced quantum networking experiments.” Curious how they pulled it off? Read the full article here: https://lnkd.in/daxfDeV8

We had a great time last week at the #APSSummit25 - it was great seeing so many familiar faces and meeting new colleagues from across the quantum computing community. One of the highlights was recording a series of video interviews with leading voices in the field - including Prof. John Martinis (Qolab), Prof. Charles Marcus (University of Washington), and Prof. Andrew Dzurak (Diraq). They shared unique perspectives on scalable quantum architectures, the fundamental role of quantum measurement and entanglement, silicon-CMOS qubit technologies, and the critical importance of high-fidelity quantum control systems. From foundational physics to practical, cost-effective quantum computing, these conversations covered both where we are today and the exciting road ahead. We’ll be sharing the videos soon. If you’d like to be notified when they’re out, leave us a message below. Thanks again to everyone who stopped by our booth, joined the demos. See you next year at the March Meeting in Denver! If you’re interested in learning more about our solutions, click here: https://lnkd.in/dN7WeXCn #QuantumComputing #HybridControl #TheNewPossible American Physical Society

Quantum Machines announces the launch of the NVIDIA DGX Quantum Early Customer Program, a significant milestone for this groundbreaking HPC-QC integration solution, co-developed by Quantum Machines and NVIDIA. We’ve teamed up with six leading research institutions and quantum computer developers to deploy NVIDIA DGX Quantum, the industry's first tightly integrated quantum-classical computing solution. As quantum computers scale, the need for robust, real-time classical processing becomes critical for operating quantum computers and enabling next-generation hybrid applications. NVIDIA DGX Quantum uniquely integrates Quantum Machines' OPX1000 Hybrid Control Platform with NVIDIA’s GH200 Grace Hopper Superchips. This integration achieves ultra-low round-trip latency between CPU/GPU accelerators and the quantum controller (under 4 µs!), over 1,000 times faster than existing solutions. DGX Quantum Highlights: • Deep hardware-level integration for boosting quantum control with GPU/CPU acceleration, eliminating overhead and latency. • Enables advanced quantum error correction and AI-driven calibration at scale. • Scalable architecture designed to seamlessly transition from experimental setups to commercial quantum supercomputers. NVIDIA DGX Quantum empowers quantum computer builders and researchers to explore new frontiers in quantum computing. Learn more: https://lnkd.in/dyVxFuYx #QuantumComputing #HybridControl #DGXQuantum #QuantumMachines #QuantumInnovation #NVIDIA

NVIDIA has launched the NVIDIA Accelerated Quantum Computing Research Center (NVAQC) in Boston, offering powerful tools to help overcome the biggest quantum computing challenges. Quantum Machines is honored to join NVIDIA as a founding member of NVAQC, contributing our leading quantum controllers and Hybrid Control technology. At the core of this partnership is NVIDIA DGX Quantum, a reference architecture for integrating quantum and classical hardware, co-developed by Quantum Machines and NVIDIA. DGX Quantum uniquely combines Quantum Machines’ OPX1000 quantum controller with NVIDIA’s advanced Grace Hopper (GH200) Superchip, achieving an unprecedented GPU/CPU – quantum control roundtrip latency under 4 µs, over 1,000× faster than previous solutions. The groundbreaking DGX Quantum solution accelerates the development of quantum error correction (QEC), AI-based calibrations, and innovative hybrid quantum-classical applications. Together with NVIDIA and other leading quantum industry and research institutions, we’re empowering the industry to scale systems, accelerate breakthroughs, and push boundaries – achieving things previously thought impossible. #NVAQC #QuantumComputing #HybridControl #QuantumControl #DGXQuantum #NVIDIA #QuantumInnovation #TheNewPossible https://hubs.la/Q03cC_kk0

Quantum Machines announces the launch of the NVIDIA DGX Quantum Early Customer Program, a significant milestone for this groundbreaking HPC-QC integration solution, co-developed by Quantum Machines and NVIDIA. We’ve teamed up with six leading research institutions and quantum computer developers to deploy NVIDIA DGX Quantum, the industry's first tightly integrated quantum-classical computing solution. As quantum computers scale, the need for robust, real-time classical processing becomes critical for operating quantum computers and enabling next-generation hybrid applications. NVIDIA DGX Quantum uniquely integrates Quantum Machines' OPX1000 Hybrid Control Platform with NVIDIA’s GH200 Grace Hopper Superchips. This integration achieves ultra-low round-trip latency between CPU/GPU accelerators and the quantum controller (under 4 µs!), over 1,000 times faster than existing solutions. DGX Quantum Highlights: • Deep hardware-level integration for boosting quantum control with GPU/CPU acceleration, eliminating overhead and latency. • Enables advanced quantum error correction and AI-driven calibration at scale. • Scalable architecture designed to seamlessly transition from experimental setups to commercial quantum supercomputers. NVIDIA DGX Quantum empowers quantum computer builders and researchers to explore new frontiers in quantum computing. Learn more: https://lnkd.in/dyVxFuYx #QuantumComputing #HybridControl #DGXQuantum #QuantumMachines #QuantumInnovation #NVIDIA

NVIDIA has launched the NVIDIA Accelerated Quantum Computing Research Center (NVAQC) in Boston, offering powerful tools to help overcome the biggest quantum computing challenges. Quantum Machines is honored to join NVIDIA as a founding member of NVAQC, contributing our leading quantum controllers and Hybrid Control technology. At the core of this partnership is NVIDIA DGX Quantum, a reference architecture for integrating quantum and classical hardware, co-developed by Quantum Machines and NVIDIA. DGX Quantum uniquely combines Quantum Machines’ OPX1000 quantum controller with NVIDIA’s advanced Grace Hopper (GH200) Superchip, achieving an unprecedented GPU/CPU – quantum control roundtrip latency under 4 µs, over 1,000× faster than previous solutions. The groundbreaking DGX Quantum solution accelerates the development of quantum error correction (QEC), AI-based calibrations, and innovative hybrid quantum-classical applications. Together with NVIDIA and other leading quantum industry and research institutions, we’re empowering the industry to scale systems, accelerate breakthroughs, and push boundaries – achieving things previously thought impossible. #NVAQC #QuantumComputing #HybridControl #QuantumControl #DGXQuantum #NVIDIA #QuantumInnovation #TheNewPossible https://hubs.la/Q03cC_kk0