Introduction The Arduino Due board features a 32-bit ARM Cortex-M3 microcontroller. It is designed for projects requiring high processing power and large amounts of memory. It is compatible with the Arduino IDE and can be programmed using the C/C++-based programming language.Technical specifications Specifications Microcontroller32-bit ARM Cortex-M3Flash memory 512 KB Flash memoryWeight36 gramsSize101.52 mm x 53.3 mmInputs/Outputs54 including 12 PWM and 12 analog pinsConnectivityMicro usb and 5V jack. Schematic of the board Alimentation Power for the board can be supplied by an external 5 to 12 volt source, such as an AC adapter or battery, or via the computer’s USB port.The board also features a built-in voltage regulator, which ensures a stable voltage of 3.3V for powering external peripherals. What projects can you use the Due Arduino board for? The Arduino Due board is ideal for projects requiring high processing power and large amounts of memory, such as audio, video, robotics or home automation projects. It is also useful for projects requiring high data processing speed, such as computer vision or real-time data processing projects. Programming The Arduino IDE is an open-source integrated development environment for easy programming of the Arduino Due board. The IDE is available free of charge from the official Arduino website, and can be downloaded for Windows, Mac OS X and Linux. Arduino Community In short, the Arduino Due board is ideal for projects requiring high processing power and large amounts of memory.Nevertheless, it’s not the best-known Arduino board. If you have a project with a lot of components, we can suggest the Arduino Mega board.If you need a board with a lot of processing power, you can use the Arduino Leonardo. Conclusion The Arduino Due board is ideal for projects requiring high processing power and large amounts of memory.Nevertheless, it’s not the best-known Arduino board. If you have a project with a lot of components, we can suggest the Arduino Mega board. If you need a board with high processing power, you can use the Arduino Leonardo.