The Evolution of E/E Architecture and Software Platform for R-Car/RH850
This blog introduces the major trend changes in the automotive industry and our in-vehicle software platform developed to address these changing needs.
This blog introduces the major trend changes in the automotive industry and our in-vehicle software platform developed to address these changing needs.
Renesas’ R-Car Virtual Platform (VPF) can realize software development without silicon to enhance Shift-left of software development and system verification for next-generation vehicles.
This blog introduces Embedded Target for RH850 Multicore, which facilitates software development for RH850 multicore via Model-Based Design.
In this blog, we would like to introduce the core values of Renesas Electronics' automotive business and what they will bring to customers during the COVID-19 time and after.
Learn how R-Car V3U is solving the challenge of choosing between high deep learning performance and safety/low power for automated driving ECUs.
Data is nothing without a proper pipeline and distribution network. This article provides insight into the latest Renesas developments with reference to in-vehicle networking.
Renesas’ Easy-To-Start online portal provides technical support for automotive MCUs, helps to accelerate the rapid prototyping of projects and allows for quicker time-to-market.
In this blog, we will explain the concept of Renesas' automotive winning combinations and introduce some examples of these reference designs and turnkey solutions.
This Blog presents the various Renesas functional safety activities and how Renesas supports its automotive customers in achieving functional safety compliance using Renesas products.
You can accelerate your project by using an appropriate power management IC (PMIC) for a microcontroller in the system.