Overview
🇨🇳 This is a Chinese Language Webinar
Recorded: May 8, 2026
Speaker: Robin Lu Technical Sales Engineer, Liquid Instruments
As application scenarios for test and measurement instruments become increasingly complex, the demand for multifunctionality, real-time data processing, and high precision with low noise continues to grow. This is accelerating the evolution of traditional single-function instruments toward software-defined, reconfigurable platforms.
Liquid Instruments’ Moku platform, developed based on FPGA, is a reconfigurable test, measurement, and control platform that integrates real-time signal processing with high-speed data acquisition. Through software-defined instrumentation, multiple instrument functions can be dynamically configured and operated in parallel, meeting diverse testing needs while also providing flexible, customizable solutions for complex application scenarios.In hundreds of labs around the world, Moku has accelerated the timeline of crossing from idea to implementation by an order of magnitude, reducing the time and cost of advanced research and development.
Register for the webinar to learn how reconfigurable instruments, through highly integrated test and measurement systems, can generate, control, analyze, and process the signals you need in real time—helping to accelerate your testing and research workflows.
What we covered:
Learn how Moku leverages a “software-defined instrumentation + reconfigurable hardware” architecture to deliver 16+ professional instrument functions on a single device. This unified platform integrates signal testing, analysis, and control, while supporting multi-channel synchronous acquisition, real-time signal processing, and closed-loop feedback control.
For high-precision and complex testing scenarios, discover how to integrate and optimize instrument configurations, rapidly develop and deploy custom functions, and efficiently iterate experimental workflows.
Explore Moku’s continuously evolving capabilities, including recent upgrades such as 6 GHz high bandwidth, high-speed signal acquisition and playback with data rates up to 80 Gbps, and custom instruments integrated with generative AI.