Company
Superconducting QPU for hardware research
Turn-key superconducting qubit platform enabling reliable, pulse-level experiments without custom infrastructure, available on-premise or through cloud access.
Installed in your laboratory for full hardware control and device-level experimentation.
Remote access to Qolab hardware with no facility preparation required.
Qolab Start is Qolab’s first deployable superconducting QPU platform for reliable hardware research and workforce development, available on-premise or via cloud access.
Engineered for stable, high-fidelity experiments with carefully designed packaging, wiring, filtering, and shielding—so researchers can trust their data from day one.
Processors and resonators fabricated and characterized in-house by Qolab, providing researchers with a reliable benchmark for validating system performance.
Direct access to microwave and flux pulses enables real-time qubit manipulation, calibration workflows, and advanced quantum control experiments.
Load and switch between up to six devices in a single cooldown—enabling parallel research, benchmarking, and education on shared infrastructure.
Qolab Start is a superconducting quantum processing unit (QPU) platform designed for hardware research, device characterization, and pulse-level experimentation. It provides researchers with direct access to qubit behavior without the need to build custom cryogenic or control infrastructure from scratch.
Qolab Start is intended for:
• University research labs
• National laboratories
• Semiconductor and hardware R&D teams
• Quantum engineering programs
It is optimized for users who need low-level control and reproducible experiments, rather than high-level algorithm access only.
Researchers receive pulse-level and device-level access, enabling:
• Custom pulse sequences
• Qubit calibration routines
• Noise and coherence measurements
• Control electronics experimentation
• Integration with external measurement tools
This is not a black-box system — it is designed for transparency and experimentation.
No. Qolab Start is a turn-key platform that includes essential components such as cryogenic integration, control interfaces, and calibration tooling. Labs do not need to design or assemble a full stack of quantum hardware to begin experiments.
Yes. The platform can be deployed on-premise or accessed through secure cloud connectivity, depending on institutional requirements and security policies.
Typical use cases include:
• Qubit characterization and benchmarking
• Control electronics validation
• Error mitigation and noise studies
• Fabrication process comparison
• Education and training in superconducting qubit control
Qolab Start is designed as a modular research platform. It supports incremental upgrades in qubit count, control electronics, and integration layers, allowing teams to scale experiments without replacing the entire system.
Yes. The platform includes:
• Technical documentation
• API and control interface guides
• Calibration workflows
• Direct engineering support options
• Training sessions for new teams
Most cloud quantum services provide algorithm-level access only. Qolab Start provides hardware-level access, allowing researchers to work with pulse control, calibration, and device physics — which is essential for hardware innovation and engineering research.
Qolab Start is designed to fit within standard laboratory environments. Power, cooling, and network requirements are comparable to other advanced scientific instrumentation, and detailed specifications are provided during deployment planning.
