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Moku Compile

Develop and deploy custom functions and features in minutes, not months. Deploy industry-standard HDL to the user-programmable FPGA in every Moku.

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Moku Compile examples

Implementing a boxcar averager with Moku Cloud Compile

Improve SNR measurement with a boxcar averager

Implement boxcar averaging for enhanced data quality and SNR with Moku Compile.
Moku Cloud Compile interface showcasing moving average filter measurment

Reduce noise and transients with custom real-time digital filtering

Implement custom moving average filters to optimize signal processing and effectively reduce noise and transients in your applications.
Ip core example for FPGA programming in Moku Cloud Compile

Implement IP core blocks

Make use of eight pre-compiled IP cores to assist with more advanced arithmetic and analysis functions, coordinate transformations, and complex sine wave generation.
Custom clock divider implemented on an FPGA

Synchronize signals with a clock divider

Take an input clock signal and divide it by factors of 2, 4, and 6 for synchronizing different components in your circuit.
Square root Moku Compile

Calculate on the fly

Perform arithmetic calculations on an input signal, such as a square root, in real time and drive the result to an analog output.
Explore the source code

Moku Cloud Compile

Write your code, compile it in the cloud, and deploy the bitstream to one or more Moku devices with Custom Instrument. The cloud-based service makes it easy to get started and lets you avoid complex installation, debug, and maintenance of local tools. Access Moku Cloud Compile base tier for free to try it out.

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On-premises Moku Compile

For secure labs, classified environments, or remote sites, Moku Compile on-premises support offers total control of your code and compilation. Develop and deploy custom bitstreams locally with offline, on-site compilation.

Contact us for Enterprise Moku Compile plans.

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Deploy alongside predefined instruments

Moku Compile eliminates the need for intermediary development boards, low-level drivers, or manual interface configuration. Use Multi-Instrument Mode to integrate your custom logic alongside built-in instruments. Build your bitstreams with Moku Compile, deploy them using Custom Instrument, and run in Multi-Instrument Mode.

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Build the Moku Compile configuration that works for you.

Explore software tiers and hardware licenses to enable custom instrument development and deployment.

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FAQ

How does Moku Cloud Compile work?

Moku Cloud Compile allows you to deploy custom DSP directly onto the Moku FPGA in Multi-Instrument Mode. Write code using a web browser and compile it in the cloud; download and deploy the bitstream to your Moku device through the app. Moku Cloud Compile is free to use, included in the Base Moku Compile tier.

We offer a range of resources to help you get started with Moku Cloud Compile. Explore the resources here.

 What is HDL?

HDL, or hardware description language, refers to a family of programming languages used to describe digital logic circuits and program FPGAs. The most commonly used hardware description languages are VHDL and Verilog. Moku Compile supports both.

 Who should use On-premises Moku Compile?

Engineers or researchers working in secure or classified environments (defense, aerospace, government labs) where cloud access is restricted should use On-premises Moku Compile. This requires a Vivado license. Still not sure if this is right for you? Chat with an engineer.

Featured resources

Moku Compile: A getting started guide
Get step-by-step instructions on how to compile and deploy custom FPGA code to your Moku device
Understanding 1/f noise (flicker noise)
1/f, or flicker noise, is a key characteristic of semiconductor devices. Learn how to measure and mitigate this phenomenon.
moving averager and noise
Reducing noise and transients with custom real-time digital filtering
Implement custom moving average filters to optimize signal processing and effectively reduce noise and transients in your applications
Automated test equipment Oscilloscope in a test rack
Implementing automated test equipment (ATE) in electronics test
Automated Test Equipment replaces manual testing with integrated, software-driven systems that deliver speed, precision, and scalability for modern electronics manufacturing.
Moku:Lab and Moku:Pro setup with a lock-in amplifier interface on the iPad to conduct quadrant photodiode sensing (QPD).
Improving SNR measurement with a boxcar averager
Implement boxcar averaging for enhanced data quality and SNR with Moku Cloud Compile, and learn how to get started fast with Moku:Pro
Building dual boxcar averagers
Explore the configuration and operational principles of dual boxcar averagers, using Moku Cloud Compile on Moku:Pro — and find out how to download the bitstreams

You’re in good company

No software installations required

“From opening the box, I just pulled the code up and it only took me 15 minutes to implement this. So I was very happy with this — it was amazing.”

-Noah Kurinsky, SLAC National Accelerator Laboratory

Greater flexibility in test than ever before

“Previously this would have taken us months to years to accommodate all of our unique requirements, but now with Moku Cloud Compile, it’s weeks to days.”

-Global aerospace company

Design, deploy, and test on one device

“We love the Moku platform because we can reduce the system footprint and the cost while still meeting our performance requirements.”

-Defense contractor

Learn how Moku can help you

Connect with an applications engineer for a personalized demo.

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