The Qwicc Wi-Fi Shield based on Renesas’ Wi-Fi DA16200 module, is an Arduino Uno R3 form factor shield that enables rapid development of ultra-low power Wi-Fi IoT applications.
Renesas' DA16200 Wi-Fi System-on-Chip (SoC) and modules have won the Communication Technology category at Elecfans' annual China IoT Innovation Awards.
Renesas’ Wi-Fi Provisioning App, a mobile application that works with development kits supported by the DA16200 and DA16600 Wi-Fi SoCs, is now available for use on Google Play and Apple Stores.
Renesas offers FreeRTOS support for the DA16200, a real-time operating system for MCUs that helps to program, use, secure, connect, and manage small, low-power edge devices without extra effort.
/node/1601921This is a detailed description of a solution for a multi-cell USB Power Delivery (USB-PD) enabled power bank using a 2S to 4S battery stack that supports USB-PD 3.0, PPS and Qualcomm Quick Charge.
Users of RA MCU innovation kits for IoT can utilize 600+ example projects as building blocks to create feature-rich IoT and embedded proof-of-concepts quickly and easily.
This blog provides useful information on programming a pre-built hex file onto an RA kit using Renesas Flash Programmer and Segger® J-Flash Lite without having to build the source code or use an IDE.
Renesas’ first hybrid, power line plus sub-GHz RF reference platform is a reference board that supports all key communication protocols such as WiSUN, G3-PLC, G3-PLC Hybrid, PRIME 1.3.6 + 1.4, PRIME Hybrid and Meters and More.
This blog goes over the need for faster and more memory and how DDR5 is addressing this need.
The entry-level RA4E1 and RA6E1 MCUs address key design challenges including the optimal balance between performance and power consumption, as well as seamless migration options for future designs.