Quantum Machines
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Location
Headquarters: Claymont, Delaware, United States, North America
Region: Delaware
Country: US
Continent: North America
About
Quantum Machines provides hybrid quantum control solutions for quantum computing, combining quantum control hardware with cryogenic electronics to enable high-fidelity, scalable quantum experiments. The company emphasizes a tightly integrated platform that synchronizes quantum and classical compute to accelerate research and development in quantum technologies. Its products and technologies target multiple qubit platforms, including superconducting, semiconductor spin, and neutral-atom qubits, and are used globally by research institutes and industry partners. Based in Israel/Europe with a global customer base, Quantum Machines positions itself as a leader in advanced quantum control systems and the Quantum Orchestration Platform ecosystem.
Quantum Machines provides hybrid quantum control solutions and cryogenic electronics for quantum computing research. Its platform integrates precise control of quantum systems with real-time data processing to support superconducting, spin, and neutral-atom qubits. The company serves research institutes and industry partners globally, including collaborations with NVIDIA.
Quantum Machines Inc.
2018
for_profit
active
Industries
Primary Industry: Business Services
Categories
Funding & Financials
Series C
2100000000
10m-50m
private
Investors
Founders
Itamar Sivan
Nissim Ofek
Yonatan Cohen
Leadership
Technology Stack
Products
Quantum Orchestration Platform (QOP): A modular quantum control system that integrates quantum and classical operations with real-time processing and feedback for quantum experiments.
OPX+ Ultra-fast Quantum Controller: An all-in-one quantum control and readout device with real-time processing and feedback capabilities operating on quantum coherence timescales.
OPX1000 Modular High-Density Hybrid Control Platform: A scalable quantum control platform offering high channel density and real-time hybrid quantum-classical processing for large quantum systems.
QUA Programming Language: A pulse-level quantum programming language for writing and running hybrid quantum-classical sequences on Quantum Machines' controllers.
Octave Up/Down Conversion Module: A signal conversion module providing auto-calibrated upconversion and downconversion of microwave signals up to 18 GHz for quantum control.
QDAC-II Ultra-Low-Noise DAC: A 24-channel digital-to-analog converter providing high-precision, low-noise voltage outputs for quantum electronics control.
Funding rounds
Series C · $170M · (2025-02-25) · Lead: PSG Equity
Series B · $20M · (2022-07-01) · Lead: Meron Capital
Series B · (2021-10-26) · Lead: Qualcomm Ventures
