QM Inc. announced that the Israeli Quantum Computing Center (IQCC) has become the first facility worldwide to deploy Qolab’s superconducting qubit device, a new generation of hardware for hardware research scientists. This deployment introduces a class of superconducting hardware optimized for high-fidelity, fabrication repeatability, and scalability, core requirements for dependable quantum computing platforms. The device is based on foundational physics recognized with the 2025 Nobel Prize awarded to Qolab founder Professor John Martinis for his decades-long contributions to superconducting qubits and macroscopic quantum phenomena, and will be accessible to researchers globally via the IQCC cloud.
Quantum Control Hardware & Systems
Quantum Machines offers several quantum control systems, including the OPX1000, OPX+, Octave, QDAC-II Compact, QDAC-II, QSwitch, and QBox. Notably, the OPX1000 utilizes a Pulse Processing Unit (PPU) for real-time quantum control at the pulse level, and features Direct Digital Synthesis (DDS) technology. This DDS capability is specifically highlighted as empowering the OPX1000 for quantum scalability and peak microwave control, crucial for advancing larger, more complex quantum systems.
The company’s control systems support various qubit types, including superconducting, semiconductor spins, optically addressable qubits, and neutral atoms. Furthermore, Quantum Machines emphasizes a hybrid control approach, harmonizing quantum and classical operations to optimize performance. This integrated approach is key to their platform’s ability to support any type of quantum processor and accelerate breakthroughs in the field, while also allowing for scalability of quantum systems.
Quantum Machines’ OPX1000 platform incorporates technologies such as Ultra-Fast Feedback for improved performance, and QUA, an intuitive pulse-level programming language. The company also provides control benchmarks, and cryogenic control systems like the QCage, QBoard, and QFilter. These systems, combined with cloud access via the Israeli Quantum Computing Center (IQCC), aim to provide a complete solution for advancing quantum research and achieving quantum computing at scale.
Qubit Types & Technology
Quantum Machines identifies several qubit types as areas of focus including superconducting, semiconductor spins, optically addressable neutral atoms, and spins. Their product line supports diverse quantum processors, aiming to empower scaling of systems and accelerate breakthroughs in the field. The company’s technology centers on a Pulse Processing Unit (PPU) for real-time quantum control at the pulse level, and software like QUA for intuitive pulse-level programming.
The company offers a range of control hardware, including the OPX1000 Modular High-Density Quantum Control Platform, the OPX+ Ultra-Fast Quantum Controller, and the QDAC-II series of Digital-to-Analog Converters. These systems support features like ultra-fast feedback and Direct Digital Synthesis (DDS) for large-scale quantum computers, crucial for precise microwave control. The QBox and QSwitch are also offered as highly reliable breakout boxes for signal management.
The Israeli Quantum Computing Center (IQCC) has deployed Qolab’s superconducting qubit device, marking a milestone in quantum computing collaboration. This device introduces a new class of hardware optimized for high-fidelity, repeatability, and scalability. Qolab, founded by Nobel laureate John Martinis, focuses on engineering qubits optimized for coherence and reduced error using advanced semiconductor processes.
Our goal at Qolab has always been to turn the scientific breakthroughs of the past 20 years into engineered qubits that can be built, scaled, and trusted.
John M. Martinis, founder and CTO of Qolab
Solutions & Use Cases
Quantum Machines offers solutions for a variety of use cases, including advancing quantum research, scaling quantum computing, and applications in high-performance computing (HPC). Specific areas of focus also extend to quantum control for transducers, quantum sensing, and the development of quantum networks. These solutions are supported by a range of hardware, including the OPX1000, OPX+, Octave, QDAC-II Compact, QDAC-II, QSwitch, and QBox, demonstrating a comprehensive approach to quantum control.
The company’s technology centers around the Pulse Processing Unit (PPU) and utilizes software like QUA and QUAcalibrate for intuitive, pulse-level programming and automated calibration. Control benchmarks and ultra-fast feedback are key features of the system. These technologies support multiple qubit types—superconducting, semiconductor spins, optically addressable, and neutral atoms—offering flexibility to researchers. The NVIDIA DGX Quantum system is also offered as part of cryogenic control solutions.
The Israeli Quantum Computing Center (IQCC) is deploying Qolab’s superconducting qubit devices, marking a milestone in international quantum collaboration. This facility, supported by the Israel Innovation Authority, hosts multiple co-located quantum processors and integrates them with high-performance computing and cloud access. This infrastructure allows researchers to advance quantum and hybrid computing at scale, supported by Quantum Machines’ hybrid control technology.
Resource Center & Company Information
Quantum Machines offers a “Resource Center” with access to Scientific Publications, Brochures, Videos, a Blog, FAQs, and information about upcoming Events. The company also provides detailed product information including the OPX1000 Modular High-Density Quantum Control Platform, the OPX+ Ultra-Fast Quantum Controller, and cryogenic control systems like QCage and QBoard. This centralized resource aims to support researchers and builders in the quantum computing field, facilitating access to knowledge and tools for advancement.
The Israeli Quantum Computing Center (IQCC) serves as a key collaborative hub, funded by the Israel Innovation Authority and operated by Quantum Machines. It’s the world’s first facility to host multiple co-located quantum processors spanning different qubit modalities—superconducting, semiconductor spins, optically addressable, and neutral atoms—integrated with classical high-performance computing and cloud access. This allows for a “plug-and-play ecosystem” for hybrid quantum-classical workflows and international collaboration.
Quantum Machines’ platform is designed to support any type of quantum processor, utilizing a hybrid control approach. This methodology harmonizes quantum and classical operations, optimizing performance and enabling faster iteration for researchers. Key technologies include the Pulse Processing Unit (PPU) and QUA control software. The company’s goal is to accelerate breakthroughs and push the boundaries of quantum computing through its integrated hardware and software solutions.
