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Quantum computing

Control systems for the quantum era

Scalable qubit control and readout, from the first qubit to the first quantum advantage.

See the SHFQC
Abstract qubit lattice on a purple gradient
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From prototype to scale

Our systems grow with your experiment, keeping latency low and calibration simple as the qubit count increases.

  • Modular architecture

  • Deterministic timing across instruments

  • Open software stack

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Inside a quantum lab

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Quantum control portfolio

Illustrative front panel of the SHFQC

Quantum Computing

SHFQC Quantum Computing Control System

Qubit control and readout in a single compact instrument.

Illustrative front panel of the UHFLI

Lock-in Amplifiers

UHFLI Lock-in Amplifier

Ultra-high frequency lock-in amplifier for fast, wide-band measurements.

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Frequently asked questions

Which programming languages are supported?

Python, MATLAB, LabVIEW, C and .NET, all built on the same instrument API.

Can I control several instruments at once?

Yes. Instruments can be synchronised and operated together from a single software session.

How do I choose an instrument?

Start from the product catalogue: each instrument page lists its key specifications and related products.

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Planning a quantum lab?

Start with the control system built for scaling qubit experiments.

Explore the SHFQC