NXP FRDM Lab at Embedded World 2026

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NXP FRDM Lab - Embedded World 2026

Learn. Build. Explore—On Your Own Time.

The NXP FRDM Lab at Embedded World 2026 is your hands-on destination to explore embedded development—from Edge AI and Zephyr RTOS to motor control, security, connectivity, and GUIs.

Whether you attend live or want to continue learning after the show, all training sessions and demo materials will be available for self‑guided exploration. That means you won’t miss out—before, during, or after the event.

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FRDM Lab Training Sessions

Each training session is designed to be practical, reusable, and self‑paced, using the same materials showcased during the event.

Building Cyber‑Resilient Embedded Systems: CRA Compliance

Learn how NXP portfolio help achieve CRA compliance through integrated security features and practical implementation.

Download presentation attached in this post:  Cyber Resilience Act (CRA) - A paradigm shift

CRA: Step 1 Risk Assessment & Threat Analysis

CRA: Step 2 Security by Design

CRA: Step 3 Proving Compliance

CRA: Step 4 Maintaining Conformity Across the Product Lifecycle

Building with Zephyr RTOS: Simplified Development on FRDM Platform

Learn about Zephyr RTOS portability and start building with FRDM boards with simplified setup, resources, and demos included.

Hands-On Training material.

Embedded AI with NXP Edge Processors: Intelligence at the Edge

Learn AI/ML fundamentals for embedded systems, explore key use cases, and discover NXP’s ML portfolio and tools for AI development on the edge. 

Hands-On Training Material

Designing Embedded GUIs: GUI Guider in Action

Learn how to design and implement graphical user interfaces using LVGL and NXP GUI Guider on FRDM boards

Hands-On Training Material

MCUXpresso for VS Code: Build Your Embedded Development Environment

Discover the benefits of the MCUXpresso extension, turning VS Code into a flexible, unified development environment for any embedded project.

Download presentation attached: MCUXpresso for VS Code Build Your Embedded Development Environment

Hands-On Training Material

Good to know:

• Attendees at EW 2026 will use the same training materials live
• Materials will also be available for self-guided learning, so you can revisit or explore sessions at your own pace

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Demos at FRDM Lab 

Below is a curated list of demos you’ll find in the FRDM Lab. Each demo highlights a real-world use case, with hardware and software you can explore in detail.

Hands‑On Experience: Build the Demo Yourself at the FRDM Lab

A set of selected demos will be available as guided hands‑on demo inside the FRDM Lab. With support from NXP experts, visitors can re‑create the full demo flow—from loading the project in MCUXpresso for VS Code, to connecting FRDM boards and expansion modules, to running real firmware on hardware. 

Everything customers touch during the demo is fully reproducible at home, using the same boards and open resources.

Demo Overview

Demo Title	Description / Key Highlights	Featured Boards
Real‑Time Interactive Control with DOOM	Experience responsive real‑time control using MCX MCUs running a fully playable DOOM port.	FRDM-MCXN947
Edge AI Vision on Zephyr	Showcasing Zephyr OS code abstraction that enables seamless portability across NXP MCUs with different architectures.	FRDM-MCXN947 FRDM-RW612
Offline Edge AI Image Analysis	Capture or upload images and ask questions that the i.MX processor answers entirely offline using VLM acceleration on Ara‑2.	FRDM-IMX8MPLUS
Bluetooth® Channel Sounding	Measure distance between devices in centimeters or feet using advanced Bluetooth wireless channel sounding technology.	FRDM-MCXW72
Interactive Smart Nodes OLED B Click OLED C Click Knob G Click Ping pong Game	Demonstrates the versatility of FRDM boards for building smart sensors, games, PC accessories, industrial controls, and more using displays, knobs, joysticks and additional peripherals.	FRDM-MCXC041 FRDM-MCXC242 FRDM-MCXA156 FRDM-MCXN947
Dual PMSM FOC Motor Control	One MCU efficiently drives two 3‑phase motors using an integrated motor control subsystem, reducing external components and system cost.	FRDM-MCXA346
3-Phase PMSM FOC Motor Control	Motor control running on a 5‑V‑tolerant MCU combined with GUI Guider and FreeMASTER visualization for tuning and real‑time phase inspection.	FRDM-MCXE31B
Wireless Co-Processor Enabled Control	FRDM-RW612 acts as a Wi‑Fi co‑processor, enabling remote command transmission from a tablet to control a main MCU‑driven motor system.	FRDM-MCXA156 FRDM-RW612
GoPoint i.MX Demo Experience	The i.MX93 showcases the full GoPoint experience with available demos integrated into the out‑of‑box environment.	FRDM-IMX93
Video Analysis	Analyze multiple video streams simultaneously using advanced, edge‑optimized object detection.	FRDM-IMX95-PRO
NAFE13388 universal analog sensing module with wired connectivity	NAFE13388 analog front end pairs with the FRDM‑MCXN947 to deliver precise, software‑configurable analog sensing. This enables the board to handle demanding industrial automation, smart agriculture, and lab instrumentation use cases where high‑accuracy analog capture, noise robustness, and flexible sensor conditioning are essential	FRDM-MCXN947

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Learn Beyond the Booth

For many demos, collateral material will be available, including:

• Software and hardware overviews
• Block diagrams and system architecture
• Key features and advantages
• Links to App Code Hub projects

This ensures you can replicate, extend, or adapt what you see in the lab—long after Embedded World ends.

Explore FRDM and keep learning at FRDM Training Hub

#FRDM-Training #Hands-On Training #EW #Embedded World