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.

Last time, I talked about how MicroPython is powerful and deserving of a place in your toolkit, and it made for a lively discussion. I’m glad to see that overall, MicroPython has indeed been ...

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 ...

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 Hardware If you’re ready to give MicroPython a chance, it’s time to start looking into some hardware options. Plenty of boards out there are compatible with the programming ...

Head to the official Raspberry Pi website and download the version of the MicroPython UF2 bootloader thats compatible with your Pico model. Paste this UF2 file into the Raspberry Pi Pico folder.

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.

MicroPython has been optimized for embedded use, but it’s heavier out of the box, especially for professional use in larger applications and when commonly needed modules are enabled.

The Raspberry Pi Pico microcontroller was released at the start of the year, and this book may be of interest if you are looking to programme it in MicroPython: yes, its Programming the Raspberry Pi ...