Blog Posts

This blog helps customers find the right devices to use when they are looking for a high-performance clock to drive their data converters.

The 32-bit RX family MCU enables application development with less or no coding. This blog is about our support for development of small and low-power embedded devices with internet connection.

A force sensor can be mounted to the tip of a robotic arm to measure load and torque. This blog introduces the Application Note on force sensing measurement using the RX23E-A 32-bit MCU.

CASE+Eのこれからの自動車業界において半導体

に求められる価値提供、及び当社のアプローチをご紹介します。

Fast chargers and power supplies designed with Renesas' Rapid Charge™ controllers cannot be hacked, because they are hard-wired state machines that have no firmware that can be accessed and corrupted.

Learn about the prototyping process and challenges encountered in the development of a next-generation wireless charging solution to address wearable tech.

For the RX MCU family, consumer and industrial applications will continue to be our primary focus in the next few years. We will also focus on IoT-related applications in these two areas.

/node/1601921This is a detailed description of a solution for a multi-cell USB Power Delivery (USB-PD) enabled power bank using a 2S to 4S battery stack that supports USB-PD 3.0, PPS and Qualcomm Quick Charge.

Here, we show solutions for Precision Time Protocol (PTP) time distribution to virtualized OS with the help of hardware-assisted virtualization (Renesas R-Switch2) to solve challenges quickly.

In the third entry of this series on automotive radar, we will analyze the factors which limit the range of detection of automotive radar and how they relate to the performance of the RF IC.