Arduino NANO Connector Carrier

Arduino Nano Connector Carrier
Expand your Arduino Nano board with Qwiic and Grove connectors. The Arduino Nano Connector Carrier simplifies prototyping with Qwiic and Grove modules such as the Arduino Modulino. It also enables data logging via a microSD card.

Overview:
The Nano Connector Carrier is designed to maximize the functionality of Arduino Nano boards and is compatible with Nano, Nano Every, Nano ESP32, Nano 33 IoT, Nano 33 BLE Sense Rev2, Nano RP2040 Connect, and Nano Matter. It enables you to move from idea to prototype in a very short time. Whether you are working with MicroPython, experimenting with Matter, or developing edge-AI applications, this base board offers an intuitive platform for connecting sensors, actuators, and expansion modules.

With plug-and-play support for both Qwiic and Grove interfaces, as well as a built-in microSD card slot for data logging and real-time storage, the Nano Connector Carrier simplifies complex designs. It is ideal for everything from functional prototypes to industrial automation – a tool for makers, educators, and professionals who want to get the most out of their Arduino Nano boards.

Benefits:

• Fast and intuitive prototyping: Create proof-of-concept and functional prototypes in just minutes with plug-and-play support for Qwiic, Grove, and Modulino modules.

• Ready for MicroPython and Matter: Combine with the Nano RP2040 Connect, Nano ESP32, or Nano Matter to explore MicroPython libraries and develop Matter-compatible IoT projects.

• Integrated microSD card slot: Enables edge-AI, data logging, and real-time storage via a convenient microSD interface.

• Compact and flexible design: Dual-row Nano headers and multiple Grove ports (I2C, UART/GPIO, Analog/GPIO) provide maximum flexibility without unnecessary bulk.

Example Applications:

• Prototypes for industrial automation: Build compact data loggers or predictive maintenance systems using Nano boards and Modulino sensors – ideal for proof-of-concept solutions in critical equipment monitoring.

• Smart home projects: Develop devices that monitor and control temperature, humidity, or presence – with integration options for Matter ecosystems like Amazon Alexa or Google Home.

• Control unit projects: Prototype versatile interfaces such as RC, MIDI, RF, Bluetooth Low Energy, HID, or DMX with responsive sensor and actuator systems.