MCDODO
MCDODO Micro:bit V2.2 Development Board
A pocket-sized programmable computer with 25 LEDs, motion sensors, speaker and microphone for classroom coding projects
- TypeSingle Board Computers
- Official BBC micro:bit V2.2 for trusted classroom coding
- Built-in speaker and microphone enable sound projects instantly
- 25 programmable LEDs create visual feedback and simple graphics
- Motion sensors detect movement and direction for interactive builds
- Wireless radio and Bluetooth connect projects without cables
BBC Micro:bit V2.2 for classroom coding
The Micro:bit V2.2 is a pocket-sized programmable computer built for teaching coding and digital making in schools and clubs. It adds an onboard speaker and microphone so students can create sound-based projects without extra hardware. Twenty-five individually addressable LEDs and two programmable buttons give immediate visual and tactile feedback.
Beginners who want instant results without soldering
This board suits teachers, students and hobbyists who need a ready-to-program platform with built-in sensors for light, temperature and motion. Buyers who require more processing power, additional GPIO pins or a Linux environment should look at other single-board computers.
Version 2.2 adds speaker and microphone
The V2.2 revision integrates a MEMS microphone and a piezoelectric speaker directly on the board, enabling sound input and output for interactive lessons. Earlier revisions lack these audio features, so confirm the version before purchasing for sound-dependent projects.
Puntos fuertes
- Official BBC micro:bit V2.2 for trusted classroom coding
- Built-in speaker and microphone enable sound projects instantly
- 25 programmable LEDs create visual feedback and simple graphics
- Motion sensors detect movement and direction for interactive builds
- Wireless radio and Bluetooth connect projects without cables
Especificaciones
| Type | Single Board Computers |
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Preguntas sobre este artículo
What physical connections does the Micro:bit V2.2 board require for power and data?
The board uses a micro USB connector for both power and programming; a compatible cable is not included.
What is the first step when setting up the Micro:bit V2.2 for programming?
Connect the board to a computer via micro USB; it appears as a USB drive so you can drag compiled .hex files onto it.
Which onboard components may need attention after extended classroom use?
The 25 programmable LEDs, two buttons, speaker, microphone, accelerometer and compass are all soldered on the board and are not user-replaceable.
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