To program microcontrollers, you need an integrated development environment (IDE), which is a software application that helps you write, compile, debug, and upload code to your device.

WCH has launched some interesting RISC-V microcontrollers in the last year or so, including the “10 cents” CH32V003 RISC-V microcontroller with 2KB SRAM and 16KB flash or the CH32V307 with more ...

Explore WCH's CH32V series RISC-V microcontrollers with Arduino support, offering affordable options starting at 10 cents. Learn about the development boards supported, peripherals available, and how ...

When we talk about programming any microcontroller using the Arduino IDE we usually think of a board connected to the microcontroller enabling serial programming. However, the size of the board and ...

This repository contains various STM32 microcontroller projects programmed in Embedded C using Arduino IDE. Each project demonstrates different fundamental concepts of microcontroller programming, ...

What if your microcontroller IDE was running on the microcontroller itself and not hosted on the computer you use to do the programming? The greatest legacy of Arduino in all its forms has ...

Evidence of a larger push for simple, instant flashing to microcontrollers without an installed IDE can also be found in the Tessel, a Wi-Fi-enabled board that has made twice its crowdfunding goal ...

Despite a wealth of tutorials for setting up and writing code for the ESP8266 WiFi module, there has not been much of anything on programming this cheap wireless module with the Arduino IDE ...