Microcontrollers are wonderfully useful things, but programming them can be a little daunting if you’re used to the simplicity of compiling for regular PCs. Over time though, this has become easier.

Python is a versatile, powerful language but sometimes it’s not the best choice, especially if you’re doing work in embedded systems with limited memory. Sometimes you can get away with MicroPython ...

Developers, hobbyists, and Arduino enthusiasts be interested to know that MicroPython has officially become part of the Arduino ecosystem. The Arduino team has also created a new Arduino Lab for ...

While languages such as Ada and C++ have gained some adoption in certain circles, for the most part embedded software is still dominated by the procedural and dangerous C programming language. A few ...

The passionate development team at Arduino has always been committed to empowering developers, and in this mission, they have unveiled their latest tools when using Arduino and MicroPython. Aimed at ...

The C/C++ programming languages have long dominated the embedded systems industry, with very few other languages being able to find a foothold. While languages such as Java and Ada have certainly ...

What exactly is Python and what is MicroPython? The major differences between both languages. Some use cases for each. As difficult as it is to imagine, the Python programming language made its ...

In a previous blog, Using MicroPython for real-time software development, I examined the idea behind using MicroPython for real-time embedded software. Now, let’s examine some of the core pieces that ...

MicroPython is a compact implementation of the Python 3 programming language designed to work with microcontrollers. Initially announced back in 2013 as part of a Kickstarter project created by Damien ...