Renesas Blog

The RZ/T2M microprocessor smoothens the development of high-performance and multi-functional servo motors without increasing the number of components.

In this blog, we will introduce the e-AI Translator, v2.2.0’s "function of speeding up by using the CMSIS library" that can be used for the RX and RA families.

Renesas applies DevOps methodology to develop and deliver large and complex software platforms that are always up-to-date to users in order to realize a highly automated society.

The ASIL-D complex driver measures battery cells, integrates safety mechanisms and saves months of Battery Management System (BMS) software development.

By using state-of-art microcontrollers and partner-enabled intelligent voice processing algorithms, Renesas is addressing the challenge between real-time voice analytics and the user experience.

To easily develop large-scale and complicated E/E architectures, we provide a Virtual Platform (VPF) for software development without an actual device and a software development kit that runs on the VPF.

In this blog, the multi-core debug and trace tool for R-Car S4, which was released in April 2022, is introduced.

Renesas is fully committed to meeting ISO/SAE 21434 for its automotive microcontrollers (MCUs) and system-on-chip (SoC) solutions effective with new developments from January 2022.

Effortlessly evaluate motor control via EtherCAT using provided hardware and software components.

This is a highly integrated, yet modular and flexible, charger cradle, supporting independent power rails to recharge TWS earbuds and hearing-aids.