Renesas Blog

Introducing the history and future of the software suite for the RX 32-bit MCU to enable development with low-code/no-code. The 10th blog is an introduction to firmware rewriting (OTA) of the RX family via AWS.

Reducing power consumption, physical size, and design costs are key challenges in the consumer appliance industry. Renesas offers a wide range of MCUs tailored for motor drive applications.

This article uses PCB defect detection as an example to introduce the structure of the YOLOv3-tiny defect detection AI algorithm, the deployment process, and inference performance in Renesas RZ MPUs.

We've released the RX26T (RAM48KB) product as a new addition to the RX26T group lineup. For those seeking a higher-performance and more advanced microcontroller for motor/inverter control, it is go-to choice.

This blog introduces the RX Family DSP Solution on Lab on the Cloud, where you can connect to the RX microcontroller's evaluation board online and experience DSP firsthand

This blog discusses Renesas’ high-reliability (Hi-Rel) business, what’s driving the space race for Renesas, and what lies ahead.

Are you having issues with the Ethernet controller on the RA6 MCU family? This blog suggests that you should check the configuration of the Arm^® TrustZone^® boundaries and explains why.

This blog introduces the components and circuit diagram used in the hardware design to build a falling block puzzle game with an RL78 microcontroller. The source code is also available.

We will introduce a solution that resolves problems in the development of software in an environment which requires the coordinated operation of multiple devices.