Technology built for ATE systems to deliver mission-critical capability.
Moku delivers a reconfigurable suite of instruments to reduce the size, weight, and power consumption of your test setup in one compact device. Consolidate legacy systems and future-proof your lab with scalable instrumentation.
The newest instrument in the Moku suite, the Gigabit Streamer, enables the 100 GbE QSFP+ port on Moku:Delta for data streaming rates of up to 80 Gbps. This enables wideband record/playback functionality, essential for applications like AI/ML training, L-band direct inject testing for GNSS, and RF spectrum monitoring.
Explore user case studies, comprehensive application notes, and detailed configuration guides.
With Multi-Instrument Mode, users can run up to eight instruments at once on a single FPGA-based device. This capability allows engineers to perform faster aerospace and defense testing, reduce equipment footprint, and meet SWaP (Size, Weight, and Power) requirements without sacrificing precision or performance.
The Moku platform by Liquid Instruments is designed for a wide range of aerospace and defense test applications, including free-space optical (FSO) communications, directed energy systems, laser frequency stabilization, interferometry, LiDAR, and automated electronics testing. Engineers use Moku devices to accelerate research and validation in mission-critical environments. With the Gigabit Streamer, engineers can also perform wideband record/playback experiments such as L-band direct inject GNSS testing.
Moku devices use a reconfigurable FPGA-based architecture that delivers real-time signal processing and ultra-low latency performance, ideal for defense applications such as high-speed waveform generation, feedback control, and matched filtering. Engineers can also integrate custom neural networks to enhance signal denoising and data analysis directly on the hardware.
Yes. Moku devices are built on technology originally developed in collaboration with NASA’s Jet Propulsion Laboratory, ensuring mission-grade reliability and high-performance signal integrity. Its flexible, reconfigurable design supports aerospace and defense test environments that demand both precision and adaptability.
