Renesas Blog

This blog explores ideas on how to enhance AD and ADAS central computing solutions with collaboration and complementary expertise.

Using the security RSSK equipped with RL78/F24, it can easily generate difficult key registration data and Secure Boot MAC by GUI. It can also be used as an inexpensive security tool for beginners.

Equipped with ΔΣADC at 125kSPS, the newly released RX23E-B MCU is equivalent to discrete products and can support most industrial sensing equipment.

We introduce a guide to enhance the noise immunity of systems utilizing capacitive touch sensors against various noises as defined in the international standard IEC 61000-4.

Renesas FuSa solution helps customers. We’ve been involved in safety application projects globally and NexCOBOT Co., Ltd. has successfully implemented their latest safety. Here is the story.

This blog presents a market overview of the motors used in consumer appliances, energy optimization challenges, and the Renesas MCU infrastructure supporting motor control applications in consumer appliances.

Embrace the future of connectivity and enhance your application with Renesas' PTX105R NFC controller for Internet of Things applications, the most suitable NFC reader on the market.

Introducing a high-speed simulator for R-Car S4, the Renesas QEMU Environment.

In this blog introduces how to do AI coding using ChatGPT and the RL78 Arduino-compatible board, along with its practical examples.

With the ubiquity of wireless connectivity options on IoT devices, connection to the cloud has become more flexible than ever. Traditionally, Wi-Fi has been the most popular choice in the IoT world although this has changed in recent years with the huge strides made in cellular networks. However, there is no right answer for which option would be the best or the more efficient between the two.

The type of network connection to use depends on several factors that affect solution development.