New Open Source Hardware board in stock: RP2350-PICO2-BB48 exposes all 48 GPIOs in a breadboard friendly layout https://olimex.wordpress.com/2025/09/22/new-rp2350-pico2-open-source-hardware-development-board-with-all-48-gpios-exposed-in-breadboard-friendly-layout/ #raspberrypi #pico #pico2 #micropython #circuitpython

New Open Source Hardware board in stock: RP2350-PICO2-BB48 exposes all 48 GPIOs in a breadboard friendly layout https://olimex.wordpress.com/2025/09/22/new-rp2350-pico2-open-source-hardware-development-board-with-all-48-gpios-exposed-in-breadboard-friendly-layout/ #raspberrypi #pico #pico2 #micropython #circuitpython

For those not following #m68kMicroPython development, a lot has been happening rather quickly in the last couple of weeks!

There's enough support for the Toolbox now that I've been able to re-create the #Macstodon splash/loading screen with it - see below.

Big thanks to @stylus for all his hard work developing the port and making this possible!

#RetroComputing#RetroProgramming#VintageMac#Apple#Mac#MacOS#ClassicMac #68k#Python#MicroPythonhttps://oldbytes.space/@smallsco/114889267494614758

🦾 Why Lua Beats MicroPython for Serious Embedded Devs

｢ Lua isn’t just compatible with embedded systems; the Lua ANSI C library was designed for them. Its architecture is clean, compact, and deterministic.

MicroPython, on the other hand, is a reimplementation of Python 3. It works well for many embedded use cases, but it inherits assumptions from a desktop-oriented language ｣

https://www.embedded.com/why-lua-beats-micropython-for-serious-embedded-devs

#lua #micropython #embedded