PRODUCT CATEGORY

Quantum Control Systems

Quantum Machines, Israel, builds the hybrid quantum-classical control hardware and software running in over half the world’s leading quantum computing labs. Globetek brings that technology to India.

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OUR PRINCIPALS

Exclusive Partner of Quantum Machines, Israel

Founded in 2018 by physicists from the Weizmann Institute, Quantum Machines builds the hybrid controllers, orchestration software, and cryogenic electronics that let quantum researchers run classical and quantum operations in unison, without hand-coding FPGAs.

2018

Founded, Tel Aviv

160 ns

Active reset latency

>97%

XEB QPU utilisation

18 GHz

Up/down conversion bandwidth

THE BIG WHY

Why Choose Quantum Machines

When you call us, you reach someone who understands qubit control in Indian labs, on Indian infrastructure, backed by direct application support from QM-trained engineers.

  • Hybrid Control
    01 Hybrid Control
    Quantum and classical operations run in true unison, on the same hardware, eliminating the latency of disjointed control stacks.
  • Write Physics, Not FPGA Code
    02 Write Physics, Not FPGA Code
    QUA lets researchers program complex pulse sequences in a few intuitive lines, with no low-level hardware description language required.
  • Built to Scale
    03 Built to Scale
    The same modular OPX1000 architecture that controls a handful of qubits today scales to full quantum processors, without a re-platform.
PRODUCT CATALOGUE

Our Quantum Control Product Range

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

Control Electronics

Room-temperature control instruments — the rack-mounted equipment driving pulse control, biasing, and signal routing.

Key Features:
  • OPX1000, OPX+ & Octave: pulse-level control chain
  • QDAC-II & QDAC-II Compact: ultra-low-noise biasing
  • Q Switch & Qbox: signal routing and Faraday shielding
  • >97% XEB QPU utilisation, 160 ns active reset
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Cryo control electronics software interface for monitoring and controlling cryogenic systems.

Cryo Control Electronics

Physical parts that mount inside the cryostat — sample holders and filters engineered for millikelvin environments.

Key Features:
  • QCage: microwave cavity holder for superconducting qubits
  • QBoard-II: modular holder for spin-qubit chips
  • QFilter-II Compact: multi-stage filter, up to 48 lines
  • Co-developed with the Niels Bohr Institute
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Control and calibration module for precision electronic testing and measurement.

Control & Calibration

The programming and calibration layer that turns hardware control into a repeatable, scriptable lab workflow.

Key Features:
  • QUA: unified quantum and classical control code
  • QUALibrate: automated qubit calibration
  • Compatible with OpenQASM, Qiskit, CUDA-Q
  • Community-supported protocol library
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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
Cryogenic quantum system suspended in a laboratory frame for low-temperature quantum computing experiments.

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 computing technology concept with a central processor chip surrounded by blue digital circuit patterns.

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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