An industrial control computer is a computer system specifically designed to perform tasks such as automation control, data acquisition, and process monitoring in an industrial environment.
An industrial control computer is a computer system specifically designed to perform tasks such as automated control, data acquisition, and process monitoring in an industrial environment.

It is different from our daily use of office computers or home computers (commercial PC), the main difference is that it pays more attention to stability, reliability, durability, real-time and the ability to adapt to harsh environments.
It differs from the office computers or home computers (commercial PCs) we use daily. The main difference lies in its greater emphasis on stability, reliability, durability, real-time performance, and adaptability to harsh environments.

The industrial computer design takes the ultimate reliability as the core. Through the innovative fanless passive cooling and modular architecture, it achieves excellent environmental adaptability, rich industrial connectivity and flexible expansion capabilities in a compact and sturdy body. Designed to take into account the harsh challenges of the industrial site (temperature, humidity, dust, vibration, EMI) and maintenance requirements, it is designed to be a trusted "smart hub at the edge" in factories and critical infrastructure ".
The design of industrial control computers focuses on ultimate reliability, and achieves excellent environmental adaptability, rich industrial connectivity, and flexible scalability within a compact and sturdy body through innovative fanless passive cooling and modular architecture. Its design fully considers the harsh challenges (temperature and humidity, dust, vibration, EMI) and maintenance needs of industrial sites, aiming to become a trusted "edge intelligence hub" in factories and critical infrastructure.