jOY-iT Arduino Nano V4 MC Mini Core dev board, ATmega processor, Arduino Mega compatible, USB Type-C, I2C and SPI interfaces for embedded prototyping and education.
jOY-iT Arduino Nano V4 MC – Compact ATmega Development Board
The jOY-iT Arduino Nano V4 MC is a mini core development board based on the ATmega processor family. It provides Arduino Mega-compatible functionality in a compact form factor, making it suitable for embedded prototyping and educational projects.
ATmega processor with 1 core delivers reliable performance for standard microcontroller tasks
Arduino Mega compatible — supports the same ecosystem of shields, libraries, and programming tools
USB Type-C connectivity for programming and serial communication
I2C and SPI interfaces enable connection to sensors, displays, and external modules
Das zeichnet Arduino Nano V4 MC aus
The Mini Core design concentrates essential development capabilities into a small footprint. The USB Type-C port replaces legacy mini-USB connectors, offering a more durable and reversible connection for daily use.
Ideal für...
Makers, students, and electronics enthusiasts who need a compact Arduino-compatible board for prototyping, learning, or small-scale embedded projects. The ATmega architecture and Mega-compatible pinout make it a versatile starting point for a wide range of applications.
Anwendung von Arduino Nano V4 MC
Connect the board to a computer via USB Type-C and upload sketches using the Arduino IDE
Interface with sensors and actuators through I2C or SPI buses
Use as a compact controller for DIY automation, robotics, or IoT prototypes
Integrate into larger projects where space is limited and a full-size Mega board is impractical
jOY-iT is a Swiss manufacturer of microcontroller development boards and embedded electronics kits. The brand focuses on Arduino-compatible boards, providing accessible entry points for makers, students, and educators. jOY-iT products are distributed through Brack/Alltron and are designed for prototyping, education, and small-scale embedded applications.
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