Renesas Blog

Introducing the new Automotive High-Definition Link (AHL) that will accelerate the expansion of high-resolution cameras into economy vehicle models.

For those of you who are going to or are planning to use the RX 32-bit MCU, this blog introduces Renesas’ RX MCUs web page and what to download at the start of development.

This article is meant to give the reader some tools to understand how Renesas creates ASIL-rated power management devices and why we have various safety-related features listed in our hardware datasheet.

In this use case, we will explain how to use RZ/A2M's DRP image processing acceleration and light embedded AI algorithm to realize masked face detection; a detection speed of 20FPS can be achieved.

This blog details how the designers of the RAA2230xx 700V non-isolated AC/DC buck regulators have been able to create an innovative solution to meet the biggest challenges in power supply design.

The RX23E-A, which integrates an MCU and high-precision Analog Front End on a single chip, is ideal for realizing integrated sensing and signal conditioning of a digital load cell in the same housing.

Ethernet TSN Switch IP Core is a high-quality IP core that has passed the conformance test provided by Spirent Communications; watch the video of the IP core evaluated by FPGA using Spirent Automotive C1.

Introducing the Easy-to-Start automotive microcontroller series that are easy to use, easy to develop and easy to access for automotive, industrial and consumer applications.

Introducing the real-time OS project creation function, which is an essential function for those who are using an embedded real-time OS.

In this blog, we give a brief background summary of PCIe, what its potential PCIe use cases are and what needs to be looked at to smoothen the adaption path of PCIe in future automotive applications.