PRODUCT CATEGORY

Quantum Control Electronics

The hybrid quantum-classical control platform running in over half the world’s leading quantum computing labs. Built by Quantum Machines. Supported locally by Globetek.

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OUR PRINCIPAL

Why Quantum Machines is the reference for quantum control

A quantum controller generates every pulse a qubit receives and reads every signal it returns, all within the qubit’s coherence time. Quantum Machines has engineered this category since 2018, running in over half the world’s leading quantum labs, with sub-224 nanosecond feedback and thousand-qubit scaling on one platform. Their systems run across academic, national, and industrial quantum programs worldwide, from superconducting circuits to neutral atom arrays. We’ve been Quantum Machines’ exclusive India partner since 2025.

Product Range

Our Quantum Control Electronics Range

Analog and digital I/O module with digital outputs, analog outputs, and analog inputs.

Hybrid quantum control electronics

OPX1000's modular chassis and the single-unit OPX+ generate every pulse a qubit needs, with Octave adding 18 GHz up/down conversion.

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Multi-channel test and measurement system with multiple precision connectors and input/output channels.

Ultra low noise high-precision DAC

QDAC-II and QDAC-II Compact source 24 channels of ultra-low-noise voltage at 25-bit resolution, with gate-leakage sensing.

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Precision voltage source with multiple output channels and BNC connectors for accurate voltage generation.

Automated breakout box

Q Switch routes signals across 24 Fischer lines, while Qbox shields them with switchable per-channel grounding.

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APPLICATIONS

Where Globetek meets the industry

Superconducting qubitsTransmon control and readout
Semiconductor spin qubits Spin-qubit tune-up, control, and readout
Neutral atom arraysTweezer sequencing and readout control
Defect centresOptical, microwave, and RF pulse control

Academic & National Research Labs

The OPX platform is the standard hybrid controller running in leading quantum labs worldwide.

To run qubit characterisation and error-correction research, get the same stack as TIFR, MIT, Harvard and Caltech.

Quantum Foundries & Fabless Labs

OPX and QDAC-II give semiconductor spin qubits precision voltage control at chip scale.

To tune and read out multi-qubit spin arrays, get the same gate-voltage precision used across leading foundries.

Quantum Computing Startups

Octave and OPX+ drive the optical tweezer sequencing neutral atom arrays depend on.

To scale atom-array qubit counts, get the real-time control precision used by leading quantum computing startups.

Close-up of a glowing blue quantum chip mounted on a computer circuit board.

Quantum Sensing & Metrology Labs

QUA’s real-time control suits defect centres running sensing experiments that need fast, adaptive sequencing.

To build magnetometry and metrology setups, get the same pulse-level flexibility used across NV-centre research labs.

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