In this blog post, we will explore how to interface a rotary encoder with the Raspberry Pi Pico microcontroller. Also writing the code to read and interpret its input.

Both encoder are connected to a Raspberry Pi 4, though if you want to replicate this open-source project using the incredibly detailed instructions, he says a Raspberry Pi 3 B+ will work, too.

Add Rotary Encoders to your Raspberry Pi with ease! Rotary Encoder is inspired by, and designed to work with @nebrius' Raspi.js suite. This README is heavily based on those tools. If you have a bug ...

This GitHub page offers a interfacing details and getting started guide of Rotary Encoder HAT for Raspberry Pi.

It’s not the first Raspberry Pi RP2040 board with one or more rotary encoders we’ve covered, as we wrote about the ANAVI Macro Pad 10 & Knobs input devices programmable with CircuitPython last month.

Connect Multiple Rotary Encoders to Arduino, ESP8266, Raspberry Pi, etc… with I2C Encoder V2 (Crowdfunding) Rotary encoders are pretty common devices that convert the angular position of a shaft to ...

Raspbian, the de facto operating system on the Raspberry Pi, got a big update today. The update’s based on the most recent version of Debian, called “ ...

The hardware that [sgall17a] chose to demonstrate the concept couldn’t have been much smaller — it’s a Raspberry Pi Pico development board, an OLED 128 x 64 pixel display, and a rotary ...

CUI launched its AMT Viewpoint™ Graphical User Interface (GUI) that supports the recently released AMT11 incremental and AMT31 commutation encoder series.