Platform
Everything you need, in one box.
A processor, the electronics that drive it and the software that programs it, delivered as one instrument and ready for experiments from day one.
The instrument
One box on your rack.
The processor, its temperature control and the Koi electronics in a 2U, 19-inch rack instrument, with 12 fibre inputs and 12 outputs on the front panel.
Noor-Q 12 rack instrument, front panel · design render
Noor-Q processors
Any linear optical operation, programmed in software.
- Universal meshes of tunable interferometers in silicon
- Packaged, fibre-coupled and temperature-stabilised
- About 1.2 mW for a π phase shift
- Calibration and the Noor Twin available for every processor
Koi control electronics
Every phase shifter, driven and measured.
- Precision drive for every phase shifter
- Voltage and resistance read back on every channel
- Scales from a single card to large meshes
- Open firmware and an open command interface
MZIC Studio and Noor SDK
Program operations, not voltages.
- Interactive control of the whole mesh
- Automated calibration and compilation
- A Python SDK with data logging, for your own code, FPGA or ML pipeline
- The same software our published experiments run on
Noor Twin
It knows your chip. And keeps it working.
Every processor is slightly different. The Noor Twin is a model of your individual chip: it predicts the chip's response and turns the operation you want into the right settings. If parts of the chip fail over its lifetime, the processor stays programmable in software.
Kits and services
From first photon to published result.
Quantum kit
Multi-photon interference and quantum-gate protocols.
Neuromorphic kit
Optical layers for machine-learning experiments.
Non-Hermitian kit
Loss, topology and exceptional points, programmed.
Teaching lab
Course manual, scripts and worksheets for students.
Remote access
Run experiments on our processors from your own lab.
Custom meshes
Processors designed around your application.
Installation and training
On site or remote, for your team and students.