Liquid Instruments

Introducing Moku Version 3.3 and the new Neural Network instrument! Unlock the power of #AI to deploy #machinelearning models to physical systems for fast, flexible signal analysis, denoising, sensor conditioning, closed-loop feedback, and more. Check out all the latest updates: https://hubs.ly/Q02VLDs10

It's easy to leverage the flexibility of #FPGA-based Moku instrumentation and #Python together to run custom scripts for your experimental stack — from integrating into existing setups to conquering your toughest research challenges. Learn how to get started: https://hubs.ly/Q030yJ5Z0

From real-time interfacing to automated control, there's no limit to what you can do with #Python integration for the reconfigurable Moku platform. The Moku Python API is compatible with both Python scripting and live environments, so it's easy to start interacting with your #testandmeasurement device right away. Check it out: https://hubs.ly/Q030yHjw0

New year, new #testandmeasurement equipment! 🎉 Cheers to faster, more flexible testing in 2025 with reconfigurable instrumentation. Check it out: https://hubs.ly/Q030yKWk0

Did you know that Moku devices now offer built-in AI Help? This convenient search feature delivers fast answers to common queries, from instrument configuration tips to product specifications, helping you save time and increase efficiency in the lab. Simply type your question into the Moku: app home screen to receive a quick response. Check it out: https://hubs.ly/Q030yqnT0

Did you know that you can make data processing faster, easier, and more intelligent with the Moku Neural Network?💡 When the signals you're working with are difficult to define or require extensive post-processing to analyze, deploy this versatile, #FPGA-based instrument for efficient, real-time analysis. It's easy to get started in building your #neuralnetwork, from downloading prerequisites to testing it on Moku:Pro. Check out these examples to learn more.

Have you tried triggering the Moku Data Logger, or any Data Loggers embedded in other Moku instruments, with an external source? 👍 Using the trigger port on your Moku:Pro or Moku:Lab device, it’s easy to synchronize data collection with real-time events happening in your experiments or trigger instruments simultaneously in Multi-instrument Mode. 😀 Learn more: https://hubs.ly/Q030y2Pk0

Did you know that you can control all of your Moku devices simultaneously for more efficient control and data visualization? 🤔 1️⃣ By using a single app to centralize configuration and results, it’s easy to scale up channel count or add more instruments without adding complexity — while building a complete mission control center for your test setup! ✅ Check it out: https://hubs.ly/Q030xNX40

Have you seen Moku for #AppleVisionPro? It's easy to build a full-color, interactive mission control center for the lab with instrument screens locked in 3D space. Discover the ultimate #optics lab experience at https://hubs.ly/Q030xGKy0

Have you used the Moku Time & Frequency Analyzer to unlock accurate, reconfigurable event and interval analysis? 🕓 4️⃣ Monitor and count up to four separate events with < 20 ps RMS timing jitter. 🔄 Perform time interval measurements such as rise and fall times, pulse widths, or duty cycle. 📈 Analyze lossless, real-time histograms and statistics for time intervals with a minimum bin-width of 0.78 ps. 💻 Log raw event timestamps to onboard storage or a file for maximum flexibility in post-processing. Check it out: https://hubs.ly/Q030xGXC0