Minitel1B_Hard a 10 ans 🎂 !!!
Cela faisait trois ans que je n'avais pas mis à jour la bibliothèque Minitel1B_Hard pour Arduino/ESP32. C'est maintenant chose faite : https://github.com/eserandour/Minitel1B_Hard
#minitel #arduino #esp32 #hacking
GitHub - eserandour/Minitel1B_Hard: Minitel Library for Arduino (with HardwareSerial)

Minitel Library for Arduino (with HardwareSerial). Contribute to eserandour/Minitel1B_Hard development by creating an account on GitHub.

GitHub

🚀 Physical Computing with Arduino

📅 28 March | ⏰ 2 PM
📍 LC 101 + Online option

Organised in collaboration with PGAC, IIT Bombay

Learn sensors, circuits & prototyping with open hardware.

🔗 https://url-shortener.me/IHWS

(Online details shared after registration)

#Arduino #FOSSEE #OpenHardware #FLOSS #EmbeddedSystems #STEM #Fediverse

AngstromIO – A tiny 9.0 x 8.9 mm ATtiny1616 board that fits on top of a USB-C connector

Dieu-de-l-elec's AngstromIO is an incredibly tiny open-source development board based on Microchip's ATtiny1616 MCU. Measuring just 9.0 x 8.9 mm, the board is barely larger than the edge-mounted USB Type-C connector that powers it, making it ideal for highly space-constrained embedded projects. Despite its tiny footprint, AngstromIO packs a QFN20-packaged ATtiny1616 MCU, two addressable SK6805-EC15 RGB LEDs, and includes access to various usable GPIOs, including I2C, UART, and UPDI for programming. AngstromIO specifications: MCU – Microchip ATtiny1616 8-bit AVR microcontroller @ up to 20 MHz with 16KB flash, 2KB SRAM, 256 bytes EEPROM USB – 1x USB Type-C port (power only, no data lines connected to the MCU) Expansion via solder pads UPDI pin for programming I2C (SDA, SCL) 2x GPIOs (PB2/TX, PA3) 5V and GND Misc – 2x SK6805-EC15 addressable RGB LEDs Power Supply 5V via USB-C port Ultra-low power consumption (down to 200nA in power-down mode) Dimensions – 9.0

CNX Software - Embedded Systems News
@mikeolson so nice!
On the other end of the spectrum, I've just finished a super minimal colorful clock, enclosed in a wooden box as well, with only two digits.
Hours and minutes are displayed alternatively for few seconds each. I'm using an #Arduino Nano R4 and a bunch of neopixels.
I'm going to present it on March 28th for the Arduino Days 2026 at the local Arduino User Group in Milan, Italy

Re-release of the next #Tinkertalk episode on @MakerTube.

The podcast was recorded in German.

Original release: August 16, 2020

#3dprinting #Making #Tinkering #Arduino #Bikes

https://makertube.net/w/ohmHFDqPbUvJpTKtXSdHxf

Ep. 007: Fahrräder und iPads

PeerTube

Arduino day 2026 - Linux Meeting a Palermo

March 28, 2026, 12:00:00 AM CET - GMT+1 - Teatro Gregotti (Ingresso), 90128, Palermo, Italia

https://mobilizon.it/events/47324b16-8fb7-4f5f-bb21-23daeaee719f

RE: https://chaos.social/@ishotjr/116263191637779269

My #ArduinoDays2026 #workshop at @AHA #AnnArbor's all-volunteer non-profit #community #makerspace, is filling up fast, but there's still time to join! Register now for the chance to take home an #Arduino #Nesso N1, which we'll use to create your own unique #project using #Modulino nodes and the N1's extensive built-in capabilities! 🤘🩵🤘

https://www.meetup.com/allhandsactive/events/313865703/

#AllHandsActive #MakersOfMastodon #maker

Gibt es eine kostenlose Alternative zur #Arduino IDE auf dem Desktop, die im Browser läuft (ohne lokale Installation), Libraries installieren und kompilieren kann und die fertige Software auf einen ESP32 per USB überträgt? 🤔
#GPIO, #I2C or SPI code is mostly found in the #MCU area. (Greetings from #arduino )
Linux device interface is great too to make #raspberryPi and friends hw-dev platforms.
But what happened to Windows?
I couldn't find any common driver interface to talk to GPIO pins or I2C/SPI devices.
But there is the #FT232H chip and its high-level #libmpsse library.
So this is now "my way to go" with GPIO stuff on Windows.
First wrapper library draft is ready and my #SSD1306 display works, but its quite slow.