Meet Moku, a modern approach to test.
Moku is a reconfigurable suite of test and measurement instruments integrated into a single device. Engineered for advanced research and development, Moku contains 15 instruments to analyze, generate, and process signals.
Who uses Moku?
One unified platform.
Moku provides a suite of high-performance test instrumentation integrated into a single platform. Interface with powerful instruments through a high-speed, low-noise analog front end, fully configurable through software.
High-performance hardware
At the core of every Moku device is a powerful Xilinx FPGA to enable fast, parallel processing. This allows you to deploy any of 15 instruments to the same hardware. Interface with your system under test using high-speed inputs and outputs with engineered noise performance. Connect to the device via Ethernet, WiFi, or USB.Flexible, intuitive software
One user interface with consistent controls across instruments simplifies configuring, running, and automating tests and experiments. With an easy-to-use interface, scientists and engineers can accelerate time to results and reduce learning curves compared with traditional racks of equipment. Connect and control Moku through your PC, Mac, or iPad. Automate using Python, MATLAB, or LabVIEW.Better tools, better results.
Replace an entire rack of equipment with a single device.
Configure your test system in minutes, not days
Over-the-air software and instrument updates
Seamlessly connect and switch between 15+ instruments
Use multiple instruments simultaneously
Control experiments wirelessly and move freely in the lab
Small footprint gives you more benchtop space
Pick your performance.
Choose from three versatile options: Moku:Pro,
Moku:Lab, or Moku:Go.
Moku:Pro
600 MHz bandwidth. |
Moku:Lab
200 MHz bandwidth. |
Moku:Go
30 MHz bandwidth. |
|
|---|---|---|---|
| Technical Specifications | |||
| Analog inputs |
4 channels 600 MHz 10-bit+18-bit 5 GSa/s |
2 channels 200 MHz 12-bit 500 MSa/s |
2 channels 30 MHz 12-bit 125 MSa/s |
| Analog outputs |
4 channels 500 MHz 16-bit 1.25G Sa/s |
2 channels 300 MHz 16-bit 1 GSa/s |
2 channels 20 MHz 12-bit 125 MSa/s |
| Clock stability | 300 ppb | 500 ppb | 25 ppm |
| Digital I/O | Dedicated TTL trigger port | Dedicated TTL trigger port |
16-channel DIO at 125 MSa/s Supports 3.3 V logic (5 V tolerant) |
| Additional features |
10 MHz reference clock in and out Trigger |
10 MHz reference clock in and out Trigger |
Programmable power supplies 16 channel DIO |
| Learn more | See more specs | See more specs | See more specs |
Easily integrates with your tech stack
Dynamically switch between instruments.
With a powerful suite of instruments to generate, condition, and analyze signals, Moku delivers the capability you need, when you need it.
Moku gets better over time.
Future-proof your test bench. From user-requested features to brand new instruments, our over-the-air software updates bring new functionality with no hardware upgrades needed.
Can Moku run multiple instruments simultaneously? Yes.
Design a test system or build custom signal processing pipelines in a single device through dynamic partial reconfiguration of the FPGA. Route signals between instruments and front panel connectors using low-latency, all-digital interconnects — no cables, adapters, or switches needed.
Create a test system or multi-channel instrument on one device.
Multi-frequency Lock-in Amplifier
Closed-loop controller
Oscillator characterization
Extreme customization.
Build and deploy custom functionality to Moku hardware to run in-line with other instruments.
Develop and deploy real-time signal processing and custom instruments.
Get direct access to the FPGA allowing you to code, compile and deploy bitstreams right from your browser. Moku Cloud Compile makes FPGA programming simple with the ability to implement custom functionality to Moku:Go, Moku:Lab, and Moku:Pro.
Connect machine learning algorithms to the physical world.
Neural networks that leverage the unique properties of FPGAs can deliver lower latency times compared to other deployment methods, leading to more efficient processing and decision-making. Simplify unpredictable data and leverage real-time inference with the Moku Neural Network.
Discover products.
Moku:Pro
Meet demanding R&D requirements with high channel density and extensive customization options in a rack-mountable format
600 MHz input bandwidth
Starting at $15,000
Moku:Lab
Optimize complex testing with engineered noise performance and multi-instrument integration
200 MHz input bandwidth
Starting at $5,000
Moku:Go
Accelerate everyday lab tasks with this portable, easy-to-use solution for quick experiments and testing
30 MHz input bandwidth
Starting at $599
Learn what Moku can do for you
Accelerate your progress in the lab to achieve more, faster.
It’s easy to configure Moku.
Be the first to know.
Get updates about new instruments, added features, and the latest news from Liquid Instruments.