Renesas Blog

Introduction to Renesas solutions for smart agriculture

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.

The AIoT has been enabled by higher MCU compute capability and thin neural network models that are more suited for edge and end point devices than traditional CPUs and MPUs.

We’ll create a digital angle meter using the RL78/G15 Fast Prototyping Board. The data from the gyro sensor will be converted into angles and displayed on the LCD.

By using the standalone version of QE for Capacitive Touch, you can develop capacitive touch applications even with IAR's EWRX IDE.

Introducing the RZBoard V2L, a small single-board computer that enables easy Vision-AI trial with the RZ/V2L MPU.

In this blog, we will discuss how electrical fast transients (EFTs) are caused, how transceiver EFT performance is measured, and the EFT measurement results for RS-485 transceivers.

Industrial field communication (IFC) facilitates data exchange and real-time decision making during digital transformation in industrial processes, improving efficiency and productivity.

How to implement standalone interior monitoring ranging from a single IR sensor for strictly minimum mandatory features up to multiple sensors with premium features.

In this blog, we discuss the approach to implementing network software on MCUs of around 100MHz, specifically those in the RX 32-bit MCU family.