Travel back to the 80s with the help of the Adafruit Fruit Jam and this Apple IIe emulator.

Relive the 80s classic computing era with this Apple //e emulator. Choose from hundreds of favorites with the Total Replay bundle downloaded from archive.org. Or load up .dsk files from URLs or local files. Brush up on your Basic programming skills.

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No Calipers, No Problem!

Ever wanted to model an Adafruit part before it even arrives in the mail? In this guide, turn ordinary product photos into perfectly scaled reference images inside FreeCAD. You’ll learn how to line things up, set real-world dimensions, and sketch accurate outlines.

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Time to get some 'duino code running on that Pico

Learn how to use a Raspberry Pi Pico board with Arduino using the Earl Philhower core, which makes use very much like other Arduino-capable boards.

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What's my PID again?

Each USB device has a vendor ID (VID) and product ID (PID). These codes identify the manufacturer and product. With this project, you'll use a Feather RP2040 USB Host running CircuitPython that shows the VID and PID on a mounted device for a simple plug and play way to learn the mysteries of your devices.

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What's the deal with all of these eInk displays?

What's the deal with all of these eInk displays? Why is this example code that I found showing a bunch of jumbled pixels instead of a beautiful, dithered Blinka? If these are your questions, then you are in the right place. This guide will show you everything you need to get going with your chosen bare eInk display.

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A fun and visual way to learn & practice the basics with OR, NAND, XOR, and the rest of the logic gates.

CircuitPython that lets you place and move logic gates, buttons, and outputs. Experiment with each type of gate, learning it's logical rules visually. Chain gates together to create more complex systems. Integrate physical buttons and NeoPixels with the logic gate signals.

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3D print a case for the MagTag

3D print a case for the MagTag. Features a print-in-place kickstand.

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Quickly see your indoor AQI, CO2, and more!

This indoor air quality monitor will help you keep track of particulates in the air, keep an eye on your indoor carbon dioxide levels, and more. All without writing a single line of code.

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A no-code project for monitoring indoor crops

This project is a low-cost, easy to build IoT device that can help you to remotely monitor your indoor crops or exotic plants. Using Adafruit IO, you can remotely see your sensor data in real time on a mobile device giving you a visual user interface.

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Easy and powerful I2S DAC

For converting digital I2S audio from your ESP32/RP2350 or Raspberry Pi, you'll need a digital-to-analog-converter (DAC). And the Adafruit PCM5122 I2S DAC is both powerful and easy to use - with excellent audio quality! It's got clean, high-quality, stereo audio and does not need any MCLK signal, or I2C configuration. Literally just pipe some I2S audio in and it just works.

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Easy e-paper finally comes to Raspberry Pi

Easy e-paper finally comes to Raspberry Pi, with this bonnet that's designed to make it a breeze to add any 'standard' pinout 24-pin flex-connector E-Ink display. This add-on handles all the extra components needed to make E-Paper interfacing easy for Pi and Pi-compatible boards. We even include extras like two user buttons, Stemma QT I2C port, and a 3W I2S speaker so you can also have audio playback. Insert your favorite E-Paper display to the connector and you'll have a powerful Linux-powered display for your desk or wall.

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NES Emulator for Fruit Jam!

The original Nintendo Entertainment System remains a popular target for emulation. This project pairs the Fruit Jam with an HDMI display, and USB or I2C game controller.

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Practice pronunciation and spelling with the Adafruit Fruit Jam

This app is inspired by an old electronic children's toy, but this version isn't limited to pre-programmed words. Simply type in any word and listen as the Fruit Jam says the word aloud and spells it out. The project uses Amazon Polly TTS service for it's talking capabilities.

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Use a Pico W or Pico 2W to bridge a wireless keyboard to a USB host

Does your computer lack Bluetooth receiver capabilites? No worries! The Pico W and Pico 2W running Arduino can receive wireless keyboard (and mouse) messages and act as a wired USB HID device on a host computer or microcontroller.

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Launch apps, play games, edit code and more with Fruit Jam OS.

Fruit Jam OS is a self-contained operating system environment for the Fruit Jam device. It has a handful of built-in apps and games to get you started. There is an editor for reading and modify code files. Add your own apps to the launcher by placing them in the apps dir on the CIRCUITPY drive.

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Turn your Fruit Jam into a retro Mac!

What's the first thing you want to do with your Fruit Jam? Run a Mac emulator of course! Intrepid CircuitPython core developer jepler forked the pico-mac emulator and made it run smoothly like fresh jam spread on toast for the Fruit Jam. This means video output via HSTX, PIO USB, PSRAM support and even audio output from the onboard I2S DAC.

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Protective Case for the USB C CC Resistor Fixer

Protect your USB C CC Resistor Fixer with this small case

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Rotational sensing without a mechanical connection

Add rotational sensing - without a mechanical connection - with the Adafruit AS5600 Magnetic Angle Sensor. Featuring the classic ams AS5600, this board can sense a rotating N/S magnetic field up to 3mm away from the chip body. These sensors are often used to create 'frictionless' rotary encoders or potentiometers, without the risk of mechanical failure or noise. Magnetic angle sensors get the best of 'both worlds': like rotary encoders they can rotate freely 360 degrees around, and like potentiometers, they have absolute location detection.

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Flying Matrix Display

Build a flying LED net display with Mini Sparkle Motion in WLED using Pixel Magic to generate custom gifs!

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Create a plant monitoring sensor that displays real-time measurements using Adafruit IO Actions and WipperSnapper

If you've wanted to display sensor readings on your device running WipperSnapper, you're in luck! This guide will walk you through the process of building a device that reads environmental measurements and displays them on an OLED. The process for setting up and using a display on a development board running WipperSnapper is simple, there is no coding or soldering - just click! 

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