News & updates

Learn tips for measuring low SNR signals, why cross-correlation can improve phase noise measurement, and how deadtime affects oscillator measurements.

Learn more about the applications, calculation methods, and practical uses of this critical measurement

Leverage the flexibility of Moku and Python together to run custom scripts for your experimental stack

Learn how to optimize your PDH locking setup, monitor feedback signals, and implement your own custom tools

An introduction to coherent beam combination strategies and techniques

Learn to characterize filters, amplifiers, and optical systems with one device, no post-processing required

How to generate real-time statistics and histograms, perform photon coincidence counting, and more with the Moku Time & Frequency Analyzer

New capabilities enable faster, more efficient photon counting, oscillator characterization, and lower-noise measurements

Learn how to leverage this versatile instrument for oscillator characterization, jitter analysis, and specialized applications like photon counting

Master cross-correlation and autocorrelation measurements on signals using an FPGA-based spectrum analyzer

With Moku for visionOS, users can leverage hand and eye gestures alongside a reconfigurable suite of test instruments to accelerate optics, photonics, and quantum research

Learn how to balance cost and capability with an all-digital USB oscilloscope

Learn how to implement a phase-locked loop, improve loop feedback with PID control, deploy custom FPGA code, and more.

Learn how to implement laser locking and laser stabilization for applications in quantum optics, gravitational wave detection, and more

Learn how researchers are leveraging flexible data logging and Python support to fast-track event detection with minimal setup

Learn how researchers are using light to measure more precisely, securely transfer data, and even perform computations

Compare analog and digital lock-in amplifiers to determine which is best for your application.

These small devices are already a big part of technology. But how do we perform MEMS characterization?

Understand stimulated Raman scattering (SRS) and how to integrate a SRS lock-in amplifier for enhanced spectroscopy experiments.

Automate device characterization with LabVIEW by implementing real-time, multi-instrument control