Generating custom, FPGA-enabled test capabilities with ChatGPT
Three ways to use AI tools to generate FPGA-compatible code for user-programmable devices
Read our ebook to discover the practical applications of FPGA programming with AI-driven tools, find strategies to fast-track FPGA code development with ChatGPT, and learn new ways to optimize your test flow for user-programmable Moku devices.
Overview
FPGA code is complex, but it doesn’t have to be painful. With Moku Cloud Compile — a feature exclusive to Moku devices from Liquid Instruments — and generative AI tools like ChatGPT, it’s easy to write and deploy custom VHDL code directly to your Moku device.
What you’ll learn:
- Leverage FPGA flexibility: Explore the power of user-programmable FPGAs and learn how to use AI language models like ChatGPT to generate VHDL code to match your specifications.
- Moku Cloud Compile mastery: Learn how to use Moku Cloud Compile to code, compile, and deploy custom instruments alongside the other 15 software-defined instruments available for FPGA-based Moku devices.
- Practical implementation: Investigate several real-world examples, from implementing a signal limiter to converting Python to VHDL for functions like sqrt(x), and understand the practicality of AI-driven VHDL generation.
Ready to unlock the power of user-programmable FPGAs to create your own software-defined test instruments? Download our ebook now and discover the limitless potential of custom digital design.
