The new R-Car Gen3e series offers a seamless upgrade path from the popular R-Car Gen3 with higher system performance and enhanced integration, fast boot and Functional Safety (FuSa) capabilities.
This blog walks through building an evaluation environment for a WVGA display from hardware construction to actual displaying with a commercially available general-purpose MCU kit and a WVGA LCD panel.
To meet the increasing demands for touchless control, Renesas offers a cost-efficient Touchless Button Demo Solution using Renesas microcontrollers with a built-in capacitive touch sensor unit (CTSU).
Introducing the new Automotive High-Definition Link (AHL) that will accelerate the expansion of high-resolution cameras into economy vehicle models.
Low power Wi-Fi technology will make the smart home network a lot simpler by eliminating the need for an expensive hub and solving the issue of protocol fragmentation.
Looking for a microcontroller that can support you in terms of supply and long life cycle even after 10 years into production? Renesas' RX microcontroller is the right answer for you.
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.
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.
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 presents the RA Family Beginner’s Guide – A step-by-step guide that takes you from the basics of the FSP and RA toolchain to creating a project from scratch with the EK-RA6M4 evaluation kit.