This blog introduces the Event Link Controller, a peripheral that allows different peripherals to be directly coupled together in hardware, decreasing the need for the CPU to manage interrupts.
This blog explains how Software-Defined Networking (SDN) may change the way data communication is handled in future generations of vehicles.
Introducing a demonstration of 4-motor control with the RX72T and key points of multiple-motor control system.
With the release of e-AI Translator V2.3.0, we have made it easier to implement quantized AI algorithms on MCUs by reducing memory size and supporting models with branching.
This blog introduces an example RX inverter application for Uninterruptible Power Supply (UPS), to show the ability of RX MCU for power supply control.
In this blog, we will introduce three types of simulators for DNN development provided by Renesas in R-Car V4H, including their use cases and features.
Comprehensive article to give holistic fundamental SIL and compliance view, targeting FUSA developers to understand how Renesas’ Functional Safety Solutions ensures the safety system development.
Renesas is working on the development of a solution that allows developers to develop applications without considering device configuration.
In this blog, we examine the differences in documentation needs between consumer products and engineering products.
This blog series introduces standardizing the design of sensing equipment using the RX23E-A MCU’s built-in high-precision delta-sigma ADC. Blog 1 highlights the standardization between models of a product.