MicroPython lets you build devices quickly, and its latest release, 1.23, brings a number of improvements you should be aware of. The first one is custom USB device support, and it’s a big one.

I’ve been playing with a few MicroPython projects recently on several different embedded platforms, including a couple of ESP32 WiFi modules. There are various ways to program these modules: … ...

MicroPython History and Overview The year is 2013. Damien George, an undergraduate at Cambridge University at the time, launches a Kickstarter campaign that promises to bring Python to ...

In a previous blog, Using MicroPython for real-time software development, I examined the idea behind using MicroPython for real-time embedded software.

It is now possible to run Arduino and MicroPython side-by-side on multi-core microcontrollers. Opening up a wealth of new applications across ...

MicroPython is a compact implementation of the popular Python programming language. The smaller counterpart can run on microcontrollers for embedded applications.

MicroPython offers developers with an easy to use, human readable programming language that abstracts out the hardware layer and allows developers to focus on the application. Python has long been a ...

Arduino microcontrollers have added Python to the range of compatible programming languages. Others can be used, and not just Arduino's own IDE app.

Support for higher clock speeds should trickle down to MicroPython sometime in the future. The SDK sets the clock speeds before your program enters the main () function.