We help experimentalists like yourself in
hundreds of leading labs around the world
make breakthroughs in quantum research
Achieve your quantum research goals with confidence using field-proven control systems deployed successfully in top national and academic labs.
Unique, flexible, agile multi-core processor-based controller designed to meet the needs of advanced quantum research. Supporting multiple qubit technologies at any QPU scale – radio/microwave (up to 18 GHz), laser, and magnetic-driven systems.
Real-time processing and on-the-fly pulse manipulation allow for smooth, complex signal generation, advancing the performance of neutral atoms qubit systems.
Extremely intuitive Quantum Universal Assembly (QUA) – pulse-level programming, combining classical calculations with quantum pulses and control flow, executed in real-time by the embedded Pulse Processing Unit (PPU). Out-of-the-box workflow libraries that save significant development time and ensure the highest fidelity.
State-of-the-art cryogenic sample holders and multi-stage filters, compact and with ultra-low noise, ensure the highest fidelity – demonstrating superconducting resonator Q factors as high as 200 million and coherence times of more than 200 microseconds.
Fully parametric feedback on quantum coherence timescale. On-the-fly pulse generation and manipulation. Ultra-fast 220 ns conditional feedback.
Experienced experimental physicists with a deep understanding of use cases will help you bring up your system, train your team, and solve challenges.
Run the most complex quantum algorithms in minutes versus months with other solutions. Ensure the highest fidelity and dramatically reduce time and labor with a broad out-of-the-box library of workflows – from calibrations to QEC and Bayesian estimations, and more.
Scalable platform with no need for software or hardware redesign. Program 1,000 qubits as easily as programming one.
Have a specific experiment in mind and wondering about the best quantum control and electronics setup?
Want to see what our quantum control and cryogenic electronics solutions can do for your qubits?