RA6M5 MCUグループ評価キット

Learn how we use the Event Link Controller (ELC) on the RA6M5 Evaluation Kit to route event requests between peripheral modules and enable direct cooperation without central processing unit (CPU) intervention. We configure the General Purpose Timer (GPT) to generate a timer overflow event and demonstrate how the Analog‑to‑Digital Converter (ADC) performs a scan first without the ELC and then with ELC operation added to optimize the application.

Learn how we implement the MCUboot secure bootloader on the RA6M5 Evaluation Kit. MCUboot provides a common bootloader infrastructure, defines the system flash layout for microcontroller‑based designs, and enables authenticated firmware updates with enhanced security features. We configure MCUboot in Flexible Software Package (FSP) Protected Mode, outline how firmware images are validated, and demonstrate authentication of a simple Blinky application. 

Kickstart IoT and embedded systems development using Renesas EK-RA6M5, EK-RA6M4, and EK-RA6M3 evaluation kits for the RA6 MCU series. This video provides an overview of the kit architecture, key features, a quick start example project, and many useful resources to begin innovating quickly with Renesas RA MCUs.

Discover how to set up the Controller Area Network Flexible Data‑Rate (CAN FD) peripheral on the RA6M4 Evaluation Kit to transmit classical CAN frames to another RA‑series device. In this video, we walk through initializing the CAN FD module, configuring key transmit parameters, and sending test CAN frames to confirm proper bus operation.

This tutorial builds the foundation for CAN‑based communication from the transmit side and prepares you for Part 2, where we configure the RA6M5 Evaluation Kit to receive the data and send responses back.

Take the guesswork out of your innovation experience by following a systematic and methodical approach to start developing with Renesas Advanced microcontrollers kits. It allows for a structured and orderly exploration of resources that you can utilize to create smart IoT and embedded products.

Learn how we use the Controller Area Network Flexible Data‑Rate (CAN FD) peripheral on the RA6M5 Evaluation Kit to exchange classical Controller Area Network (CAN) frames between two RA devices. In this video, we configure the RA6M5 kit to receive incoming frames through First‑In, First‑Out (FIFO) message buffers, store the data, and transmit the frames back using common FIFO buffers. The RA6M5 Evaluation Kit includes an on‑board CAN FD transceiver, enabling direct communication on a shared CAN bus.

Quickly and easily program Renesas Advanced microcontroller kits using popular flash programming utilities to explore the functionality offered by more than 600 example projects.

Accelerate IoT and embedded systems development using the versatile debugging capabilities of the Renesas Advanced MCU Kits. Familiarize yourself with the debugging modes and interfaces to speed up innovation and save expenses.

Learn about the example projects for Renesas Advanced microcontroller kits. Use 600+ example projects as building blocks to create feature-rich IoT and embedded proofs-of-concepts.

Introduction to the evaluation kits for the Renesas Advanced Microcontrollers. Select from an assortment of ecosystem-ready kits to jumpstart developing your next embedded systems or IoT design. All the kits feature serial connectivity on-board debugging interface and provide unhindered native access to all MCU IO pins.

IoT用途向けに、拡張通信オプション・堅牢なセキュリティを備え、200MHz Arm® Cortex®-M33を搭載したMCUグループRA6M5の概要を紹介します。