Moku:Pro

Your breakthrough, faster

600 MHz bandwidth, 5 GSa/s

The Moku:Pro Launch

CEO Daniel Shaddock took to the stage to unveil Moku:Pro and to share the story of Liquid Instruments, its intellectual foundation, and the way the company visualizes the future of research and technology.

Watch the full event

Moku:Go

The backpack engineering lab

We worked with educators and students to better understand the importance of a hands-on lab experience with access to high-quality instrumentation. Moku:Go enables students to have both, on a platform they can take anywhere.

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Moku means software defined instrumentation

Moku platforms combine the processing power of an FPGA with software that adapts to the current hardware configuration, redefining the way scientists, engineers, and students experience test and measurement. Our seamless integration of hardware and software delivers exceptional versatility across a wide range of applications.

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A suite of powerful instruments

Each instrument is enabled by the high-quality analog front-end of the hardware platform paired with intuitive Moku software.

Whether you’re teaching new concepts to undergraduate students, pushing towards your lab’s next big breakthrough, or running quality control tests for a commercial product, configuring your setup has never been easier.

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Software & APIs

Control your Moku hardware from intuitive software for iPad, Windows, macOS, or with APIs for Python, MATLAB, and LabVIEW.

What people are saying

“As for Moku:Go, after seeing the specs, I’m even more interested. I hope your first run of these goes well, as I look forward to seeing this in our curriculum”

Brian Neff

Col USAF USAFA DF/DFEC

“Moku:Lab integrates twelve professional-grade test and measurement instruments in a single hardware platform. Compared to our current solution, where we used various standalone oscilloscopes, waveform generators, lock-in amplifiers from different brands, Moku:Lab is powerful, compact, easy to use, and more cost-effective device.”

The Marine Sensors Research Group

Institute of Marine Science and Techology, Shandong University

Continuous-wave coherent Raman spectroscopy for improving the accuracy of Raman shifts – Optics Letters (2019).

Dr. Hugo Kerdoncuff et al.

Danish Fundamental Metrology Institute, Denmark

“The intuitive interface to configure the lock-in amplifier settings and the built-in oscilloscope preview make it so much more user-friendly than traditional laboratory devices. This means that you can concentrate on getting the optimal settings, rather than trying to figure out how to navigate the menu of the device.”

Dr. Bruce Marsh

CERN/ISOLDE, Switzerland

Photonic integrated circuit-based imaging system for SPIDER – Conference on Lasers and Electro-Optics Pacific Rim (2017).

Katherine Badham et al.

Lockheed Martin Advanced Technology Center, USA

Optical carriers phase based high-precision ranging and range rate measurements in coherent optical communication – IEEE Aerospace Conference (2018).

Dr. Guangning Yang et al.

NASA's Goddard Space Flight Center, USA