Description

Description

The FADUINO is an Arduino-compatible industrial controller designed to bridge familiar Arduino development with real industrial I/O requirements. It supports wide-range DC power input, robust 24V digital I/O, analog signal processing, and multiple communication interfaces, making it suitable for factory automation, machine control, and embedded industrial systems.

This model features high-density digital inputs, NPN transistor outputs, PWM-capable pins, and dedicated interrupt inputs. By combining these features with standard Arduino programming and a USB-C upload interface, FADUINO enables rapid development while maintaining industrial-grade reliability.

Please note that the USB-C cable is not included.

16 digital inputs (24 VDC)
14 NPN transistor outputs (0.25 A @ 24 VDC)
4 analog inputs (0–10 V, 10-bit, 5-pin connector included)
4 analog inputs (0–20 mA, 10-bit, 5-pin connector included)
6 PWM outputs (5 V)
6 GPIO pins (shared with PWM)
2 × RS-232 communication ports (4-pin connector included)
1 × RS-485 communication port
1 × I2C port
2 interrupt inputs (24 VDC)
Power input: 12–24 VDC
Upload connector: USB-C port (USB-C cable not included)

Included Accessories

4-pin cable × 2 (length: 25 cm)
5-pin cable × 2 (length: 25 cm)

FAQ

Q: How is this different from a typical Arduino?

A: As you can see in the photo, the board is physically larger and contains significantly more components. A standard Arduino is designed to be low-cost and accessible, primarily targeting education, prototyping, and hobby projects. For those use cases, many of the components required in industrial environments simply aren’t necessary.

Our product is designed with a very different goal in mind. It is focused on industrial use, where long-term stability and resistance to electrical noise are critical. The additional components are there to improve noise immunity, power stability, and overall reliability.

That’s the key difference: Arduino is optimized for learning and experimentation, while our product is engineered for stable operation in real industrial environments.