Single-photon detection & counting
Single-photon experiments and counting measurements
Optical input: spectral range, coupling and incident-light conditions.
Selection & deliverablesOptical detection
Single-photon and low-light detection, supported by optical acquisition electronics, counting, synchronization, instrument control and application software.
Build the signal path around the measurement.
Define the optical signal, experiment and measurement goal, then align detection, readout, synchronization and instrument software.
Optical signal
Spectrum, detection method and input conditions
Acquisition & control
Readout, counting, synchronization and drivers
Instrument software
Configuration, visualization and experiment records
Technical scope and customization
Single-photon detection
Detector integration, photon counting and signal readout, selected around spectral, counting and system interface requirements.
Low-light measurement
Low-light acquisition, photoelectric conversion and measurement-chain development.
Acquisition electronics
Detector bias and drive electronics, analog front ends, acquisition interfaces and signal-chain integration.
Timing & synchronization
Pulse counting, trigger and synchronization interfaces, and external instrument connectivity.
Instrument software
Desktop controls, configuration, acquisition records, visualization, exports and experimental workflows.
Research & testing
Optical, electronic and software integration for research, optoelectronic testing and detection equipment.
Choose a starting point for your task.
Optoelectronic acquisition & synchronization
Acquisition chains from detector to host
Signals: amplitude, bandwidth, noise and input format.
Selection & deliverablesInstrument control & experiment software
Host applications and operator interfaces
Device interfaces: protocols, SDKs, commands and connection methods.
Selection & deliverablesStart with a real need.
Share your use case, existing conditions and expected outcome. Define the product and development scope together.