Import ACH Project and Build it using AI
Use AI to import, configure, build and run an S32 project from one prompt.
Agentic AI Development
How to develop with agentic AI
From discovery to deployment, NXP's proven and reliable tools for designing with MCUs and MPUs can now be connected to an Agentic AI workflow. Ask and plan with AI-powered docs, build with agent-integrated IDEs, tune with automated test flows and deploy edge AI with confidence.
Featured Agentic AI Tools
Explore all and find the right tool for your workflow.
- VS Code Agent and Copilot views
- MCUXpresso SDK project skills
- Zephyr project skills
- Use case examples
- MCP gateway to IDE, compiler, configuration and debug tools
- 100+ AI skills for faster development workflows
- S32 DS documentation via RAG
- Up-to-date NXP documentation inside your AI agent
- Accurate, source-grounded answers
- Works with any MCP-capable agent
- SaaS endpoint — set up in a few clicks
- MCP gateway for FreeMASTER interaction
- Dedicated AI skills for assisted debugging and optimization
- FreeMASTER documentation via RAG
- Build and configure NXP-targeted Simulink models with AI
- Give AI agents NXP tools and skills for Model-Based Design Toolbox
- Let AI handle deployment, and debug on NXP hardware from Simulink
Ask questions, explore NXP documentation and plan your agentic development approach.
- Up-to-date NXP documentation inside your AI agent
- Accurate, source-grounded answers
- Works with any MCP-capable agent
- SaaS endpoint — set up in a few clicks
Code smarter with AI-integrated IDEs and ready-to-use project examples.
- VS Code Agent and Copilot views
- MCUXpresso SDK project skills
- Zephyr project skills
- Use case examples
- MCP gateway to IDE, compiler, configuration and debug tools
- 100+ AI skills for faster development workflows
- S32 DS documentation via RAG
Tune and deploy your designs with agentic automation and data visualization.
- MCP gateway for FreeMASTER interaction
- Dedicated AI skills for assisted debugging and optimization
- FreeMASTER documentation via RAG
- Build and configure NXP-targeted Simulink models with AI
- Give AI agents NXP tools and skills for Model-Based Design Toolbox
- Let AI handle deployment, and debug on NXP hardware from Simulink
Featured Examples
Add UART to the Imported Project using AI
Use AI to add UART communication and RGB LED sequencing to a demo project.
Add FreeMASTER Lite Configuration to Existing UART Project using AI
Add FreeMASTER Lite and build a browser dashboard to monitor LED color changes.
Import, Build and Monitor a Motor Control Project using AI
Use AI to build, flash and monitor a motor control dashboard on FRDM-A-S32K312.
How to Spin a Motor Starting from an Example
This tutorial shows how to spin a motor starting from an example.
From Simulink to NXP Hardware in 5 Prompts using AI
Use AI to model, generate, deploy, and adapt an RGB LED application on S32 hardware.
New MCUXpresso Project using AI: Pt 1 - SDK and Create
Create and import a freestanding SDK project for your NXP board using Copilot in VS Code.
New MCUXpresso Project using AI: Pt 2 - Build and Debug
Build, debug, and analyze memory usage for a FreeRTOS Hello World project with Copilot.
Combine MCUXpresso or Zephyr examples using AI
Merge MCUXpresso or Zephyr examples into one application using AI assistance.
FAQ's
What is an agentic AI workflow for embedded development?
Traditional embedded development required user interaction to drive software and configuration tools. Agentic AI permits an agent powered by an LLM to interact with development tools. The user can restrict the autonomy of the agent but allow the agent to work directly with the tools.
Do I need a new IDE or can I use my existing setup?
No, NXP has updated the S32 Design Studio and MCUXpresso for VS Code IDEs to support Agentic AI.
What documents are available on the MCP Server for Documentation?
An overview, video and examples are provided within the Getting Started guide.
Which NXP products does Agentic AI development support?
Agentic AI development currently supports NXP devices and workflows enabled through MCUXpresso for VS Code and S32 Design Studio. Supported tools include MCUXpresso for VS Code, S32 Design Studio, FreeMASTER and LinkServer. The feature is currently available as an experimental beta, with additional device and tool support planned for future releases.
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