micro:pixel 4x8 WS2812B board for BBC micro:bit - 1
micro:pixel 4x8 WS2812B board for BBC micro:bit - 1 micro:pixel 4x8 WS2812B board for BBC micro:bit - 2 micro:pixel 4x8 WS2812B board for BBC micro:bit - 3 micro:pixel 4x8 WS2812B board for BBC micro:bit - 4 micro:pixel 4x8 WS2812B board for BBC micro:bit - 5 micro:pixel 4x8 WS2812B board for BBC micro:bit - 6

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Article no. 164943
Manufacturer PROTO-PIC
MPN PPMB00100
EAN 5055421084332

Love your micro:bit but wish it had a splash of colour? Well, with this nifty add-on you have 32 individually controllable RGB neopixel LEDs in a well proportioned 4x8 grid.

The WS2812B LEDs are also known as NeoPixels, which is Adafruits Trademark name for them. As such, they use the NeoPixel library in TouchDevelop etc.

The micro:pixel comes fully assembled with an edge connector, simply plug your micro:bit in and get coding! We have a link in the Example Code Section to the code we have been using to play with them!

By default the micro:pixel uses Pin0 as the LED data pin as this is the default value for the touch develop neopixel library. If you wish to use another pin in Micropython or Java then we have designed in a handy solder jumper on the board, simply cut the thin track using a craft knife and solder between the other pads this will enable pin 8 as the data pin for the LEDs and free up pin 0.

The micro:pixel board also has the micro:bits pins 0, 1 and 2 broken out along with 3v and ground which can accommodate a banana plug or croc clip.

Please note that at the time of publishing the microsoft block editor doesn't have a neopixel library, touch develop, code kingdoms JavaScript and Micropython however do.

Example Code

Right click save as

Notes

  • Please note, micro:bit is not included.
  • WARNING: These little WS2812B Neopixel fellas can get VERY bright so we recommend running at a low brightness ONLY (we recommend 1/8th which is 32 out of 255 in your code). If you run the micro:pixel board at brightnesses higher than this, then you may well damage your micro:bit board as the pixels will try to pull more power than the micro:bit itself can handle.