Supporting Material

Application notes
Phase detection with the Moku Lock-in Amplifier and Phasemeter

Master precise phase detection with the Moku Lock-in Amplifier and Phasemeter

Case studies
Building a custom DBPSK BER Receiver with AI

Learn how researchers at Universidad Carlos III de Madrid used GenInst Studio to build a real-time DBPSK bit error rate tester on Moku, without writing HDL.

Nov 3, 2026

Application notes
I2C testing with Moku:Go

In this application note, we show how to use Moku to generate and decode I2C protocols. We generate an I2C master bus using GenInst Studio, then configure a data transfer example using the Moku Logic Analyzer. The Logic Analyzer instrument is able to listen and decode protocols sent by the I2C master bus using its flexible open-drain DIO architecture. Finally, we add a microcontroller to serve as a receiver. We discuss the ability of Moku:Go to serve effectively as transmitter, receiver, or decoder for a wide variety of digital communication protocols.

Webinars
What’s new in MokuOS 4.4: Introducing the Real-Time Math block and expanded capabilities in Generative Instrumentation

November 19, 2026

Cassidy Sullivan

Blog
MokuOS 4.4 brings custom instrument interfaces for GenInst Studio, real-time signal math, and precision GNSS timestamping

The latest MokuOS and GenInst Studio release introduces more ways to customize instruments, process signals, and build precisely synchronized measurement systems.

October 27, 2026

Webinars
Unlocking custom, AI-enabled instrumentation for optics and photonics

Jason Ball, Ph.D.

Webinars
Live build session: Build your own multi-channel trigger with GenInst

Jessica Patterson

Case studies
Implementing interleaved optical cavity stabilization with Moku

Learn how researchers are using Moku to help maintain stable resonance while preserving sensitive quantum information

Sep 16, 2026

Uncategorized
Building an envelope detector with hardware AI
Case studies
Preparing oocytes for assisted reproductive technologies with Moku

Learn how researchers at Cornell University are using Moku to help standardize the oocyte cumulus removal process

Sep 09, 2026