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AI-powered FPGA development with ChatGPT

Save valuable time when coding and deploying custom instrumentation by having Moku Cloud Compile, the Moku Neural Network, and ChatGPT do it for you. Just prompt, adjust, copy, and deploy to Moku devices to get prototypes or custom instruments running in minutes.

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Moku Cloud Compile and ChatGPT: Essential strategies for testing smarter with AI

Learn how to use ChatGPT to create custom VHDL code, deployable to Moku Cloud Compile on Moku devices.

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A test platform you can rely on.

With Moku Cloud Compile (MCC), you can deploy custom instrumentation to your Moku device. However, VHDL programming often comes with a steep learning curve for users with limited experience. By asking ChatGPT to help you develop the code you need, you can unlock instant access to nearly infinite custom signal processing techniques with MCC. For real-time, intelligent inference running inline with your Moku instruments, deploy the Moku Neural Network. Browse our examples or create your own Neural Network.

Streamlined development

When AI tools write VHDL for you, your team can focus on testing your design, not writing and debugging code.

Fully integrated instruments

Test your design where you deployed it. With Multi-instrument Mode, you can digitally connect an entire suite of instruments to your MCC and Neural Network design for fast, efficient testing.

Intuitive signal visualization

By using MCC with ChatGPT, you can build early prototypes, custom instrumentation, and complex signal processing pipelines, even with limited VHDL experience.

Not just 15 instruments — infinite instruments.

With 15+ integrated instruments within Moku devices, ranging from test bench essentials like the Oscilloscope to advanced tools like the Phasemeter, you can enable a wide range of testing with a single device. Need a custom instrument? No problem. When you leverage the power and flexibility of Moku Cloud Compile and the Neural Network, you can create and deploy any instrument you need. And when ChatGPT writes the code for you, the process is even faster. Watch the video to learn more.

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Engineered for demanding applications. Like yours.

With Moku:Pro, you have access to multiple pieces of advanced instrumentation in one device. Deploy up to three other instruments alongside custom MCC programs to tackle application such as:

  • Precision spectroscopy with a custom Boxcar averager
  • Tracking overpower events with a custom event counter
  • Smoothing incoming signals with a custom moving average filter
  • Performing complex computations like the square root of an incoming signal
Configure instruments
Moku:Lab and Moku:Pro setup with a lock-in amplifier interface on the iPad to conduct quadrant photodiode sensing (QPD).

Bring it full circle.

Beyond compatibility with AI tools like ChatGPT to accelerate the development of custom instrumentation, Moku devices also allow you to develop novel machine learning projects. The Moku Neural Network enables efficient, real-time machine learning algorithms running alongside embedded instruments for intelligent testing and inference.

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FPGA development applications

Moku Cloud Compile makes FPGA programming easy, and ChatGPT makes it even faster. Read the blog to learn how.

In this three-minute video, we'll build and deploy a simple algorithm that takes the real-time sum and difference of input signals and displays them on the Oscilloscope.

In this application, learn to use Moku Cloud Compile and Multi-instrument Mode to explain the development of a moving average filter.

Compare hardware

Explore Moku hardware options. Compare the instrument specs to choose the right device for your application.

Moku hardwaare platforms side by side: Moku:Go, Moku:Pro, and Moku:Lab
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About Liquid Instruments

Liquid Instruments delivers modern, software-defined test and measurement solutions that provide advanced capabilities, a great user experience, and custom programmability for maximum flexibility and performance in a range of applications.