Since size isn’t necessarily a big priority with grow systems, the Uno could operate an automated system for monitoring, watering, and feeding plants. It works well for projects that need a small number of input/output pins, like small-scale automation, data recording, simple robotics, and home automation.Īs an example, an Arduino Uno could be used quite successfully in IoT plant growing systems, which are in high demand. Nor is it typically the best microcontroller for mass production regardless of performance.
The microcontroller chip itself is an old, simple 8-bit microcontroller, so it’s not appropriate for more complex applications. It’s a versatile microcontroller board and can be used for a variety of more simple applications. It’s based on the ATmega328P microcontroller and features 6 analog inputs, 14 digital input/output pins, and a USB connection for power and programming. The most popular and extensively utilized Arduino board is the Uno.
