Rainbow HAT has a buffet of sensors, inputs and displays to explore Android ThingsTM. Use it as a weather station, a clock, a timer or stopwatch, a mood light, or endless other things.
Pimroni worked with the Android Things team at Google to create this great add-on board that features displays, sensors, sound, and lots of LEDs! It's the perfect introduction to developing Android Things applications on the Raspberry Pi.
Rainbow HAT also has a full just like all of Pimoroni's other HATs that you know and love!
Rainbow HAT features:
- Seven APA102 multicolour LEDs
- Four 14-segment alphanumeric displays (green LEDs)
- HT16K33 display driver chip
- Three capacitive touch buttons
- Atmel QT1070 capacitive touch driver chip
- Blue, green and red LEDs
- BMP280 temperature and pressure sensor
- Piezo buzzer
- Breakout pins for servo, I2C, SPI, and UART (all 3v3)
The board is designed specifically to show off the wide range of protocols available on the Raspberry Pi, including SPI (the APA102 LEDs), I2C (the BMP280 sensor and 14-segment displays), GPIO (the capacitive touch buttons and LEDs), and PWM (the piezo buzzer).
Using Android Things?
Please note that Google are in the process of discontinuing Android Things. You can still use all the goodies on Rainbow HAT with our Python library!
For information on how to get started with Android Things and Rainbow HAT for Android Things. To put the on your SD card, . You can find the driver and samples published in the official GitHub organisation:
Using Raspberry Pi OS?
You don't have to use Android Things with your Rainbow HAT, we’ve also put together our usual Python library to give you access to all its functions. .
If you're interested in controlling your Rainbow HAT from a web page check out - it shows you how to incorporate web app functionality into your Python code using Anvil's drag and drop app designer.
Notes
Temperature readings are affected by heat radiated from your Pi’s CPU and the onboard LEDs; calibration can help to correct temperature readings. bstrobl, on the , suggests to use the formula: corrected temp. = measured temp. - (CPU temp. - measured temp.) / 2. Using a can also help.
