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Arduino Nano 33 BLE Rev2 Development Board with Headers - ABX00072

Arduino Nano 33 BLE Rev2 Development Board with Headers - ABX00072

β‚Ή2,799.00Price

πŸ’‘ Core Purpose

A modern Bluetooth Low Energy development board that’s ideal for wearables, mobile IoT nodes, sensor fusion, motion tracking, BLE communication, and edge processing β€” all in a tiny, Nano-style form factor.

πŸ” Key Features Explained

🧠 Powerful ARM MCU

  • Nordic nRF52840 32-bit ARM Cortex-M4F CPU at 64 MHz β€” efficient and capable for both control logic and wireless tasks.

  • 1 MB Flash for larger sketches and firmware.

  • 256 KB SRAM for fast data storage and runtime buffers.

πŸ“‘ Bluetooth 5 / BLE Connectivity

  • Integrated Bluetooth Low Energy (BLE) radio via u-blox NINA-B306 module β€” allows:

    • BLE advertising & connection

    • Communication with smartphones, tablets, and BLE peripherals

    • Wireless sensor data exchange and remote control.

This makes it strong for IoT sensor networks, beaconing, BLE central/peripheral roles, and BLE mesh applications.

πŸ§ͺ On-Board 9-Axis IMU

  • BMI270 β€” 6-axis IMU (accelerometer + gyroscope)

  • BMM150 β€” 3-axis magnetometer
    Together create a 9-axis motion sensor capable of measuring orientation, motion, tilt, and heading β€” useful for robotics, wearables, navigation, and gesture tracking.

πŸ”Œ GPIO, ADC & PWM

  • 14 digital I/O pins β€” can be used as inputs, outputs, or PWM signals.

  • 8 analog inputs with 12-bit ADC resolution β€” suitable for sensor reading.

  • PWM on all digital pins (limited simultaneous channels) allows smooth control of motors, LEDs, etc.

πŸ’» USB + Power

  • Micro USB port for power, programming, and serial debugging.

  • VIN accepts 5–18 V for flexible powering via external sources (with onboard regulation).

  • 3.3 V logic level β€” ensure external sensors and modules are 3.3 V compatible.

πŸš€ Typical Applications

βœ” Wearable motion trackers β€” use the onboard IMU for step counting, orientation data, pose detection.
βœ” BLE IoT sensors & beacons β€” stream sensor data to phones or gateways.
βœ” Gesture & motion control devices β€” integrate with apps or interactive systems.
βœ” Edge BLE controllers β€” remote control of actuators or robots.
βœ” Wireless game controllers & input devices β€” BLE for gamepads or consoles.

🧠 Development & Tools Support

  • Arduino IDE & Arduino Cloud β€” easy programming with familiar tools.

  • Supports ArduinoBLE library for BLE functionality.

  • MicroPython support allows Python-based scripting and rapid prototyping.

  • Works with standard Nano peripherals, shields, and breadboard setups thanks to the included headers.

πŸ“Š Quick Tech Specs

FeatureSpecification
MCUNordic nRF52840 (Cortex-M4F @ 64 MHz)
Flash1 MB
SRAM256 KB
WirelessBluetooth 5 / BLE (u-blox NINA-B306)
I/O14 Digital, 8 Analog
PWMOn all digital pins
Motion Sensors9-axis IMU (BMI270 + BMM150)
USBMicro USB
Logic3.3 V
PowerUSB / VIN 5–18 V
Size (approx.)45 Γ— 18 mm
HeadersPre-soldered female

 

🧠 Why It Matters

The Arduino Nano 33 BLE Rev2 blends compact size, BLE connectivity, and powerful motion sensing into one flexible board with header pins β€” making it ideal for wireless sensor nodes, wearable gadgets, BLE controllers, and interactive IoT systems where motion and wireless communication are central.

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