Renesas Blog

Learn how Renesas' latest high-performance, low-power MCUs and MPUs with integrated neural processing units (NPUs) are purpose-built for AI computing.

Learn about the SCI-AGT mask function of the RA4C1 low-power Arm^® Cortex^®-M33 microcontroller, simplifying waveform generation to drive an infrared diode, IR communications, and minimizing the need for external components.

Learn how the low-power RA4C1 Arm Cortex-M33 MCU features a power supply subsystem that supports multiple backup batteries, enabling full device operation and real-time clock backup when the main power fails.

Learn more about the RZ/G3E MPU, which is designed to bring more intelligence and better power consumption to the large-scale display devices commonly used in our daily lives.

Read how Renesas uses Edge AI to detect BLDC motor startup anomalies via sensorless control and enhance reliability.

Explore the facial recognition solution developed by Aizip and Renesas for edge devices and IoT. Runs entirely on-device without cloud connectivity, and supports up to 100 users with minimal MCU memory.

Programmable Clocks Live Bench Measurement tool provides simple and fast evaluation of flagship Renesas timing families.

Discover how the RA2L2 ultra-low power, cost-effective entry-level USB MCU is equipped with a USB Type-C interface module and a wide range of serial interfaces, providing an ideal solution for low-power applications.

Renesas' new low-end motor control ASSP MCUs in the RA family provide functions optimized for single motor control on a single chip to meet customers' development needs for higher performance and compact size in next-generation projects.

In our 2024 Business & Sustainability Report, Renesas showcased several milestones along the journey to enhancing our environmental stewardship and sustainable growth strategies.