Industrial control computers (ICCs) are core devices in the industrial control field. They typically possess high protection, robust environmental adaptability, and comprehensive functional interfaces, while also striking a balance between performance and stability. ICCs have a wide range of applications, including machining, automated production, and industrial robotics.
The operating system installed on an industrial PC is clearly one of the most crucial aspects. A good system not only fully utilizes the hardware performance of the industrial PC but also optimizes it for different application scenarios, making it more suitable for various industry needs. Below, we will briefly introduce some systems that are currently suitable for industrial PCs.
Windows Embedded Systems
Windows embedded systems are suitable for many different industrial control sectors. Their ability to achieve unified management of both code and devices is a highly valued advantage, making them very convenient for applications requiring multiple devices to work collaboratively. Windows embedded systems also offer relatively high portability and strong hardware compatibility, allowing integration with many common industrial control devices to become a unified hardware management hub.
Linux system
The Linux operating system is becoming increasingly popular and is being used more and more in the industrial control field. Compared to Windows, Linux offers open-source code, giving industrial control computer developers more freedom and extensibility at the code level. Linux can also be customized and upgraded according to needs, making it well-suited for real-time, high-performance, high-reliability, and low-power applications. In many industrial control applications, Linux is the preferred system.
Android system
Android has become a popular and stable operating system, and it has been widely used in industrial applications in recent years. Android boasts many advantages, such as ease of development and customization, a user-friendly interface, and powerful graphics card support. However, because Android is developed for smart mobile devices, its shortcomings are also apparent, including limitations due to the lack of a desktop environment, lower security, and less suitability for low-power applications. In some scenarios, Android is not the optimal choice.
When choosing an industrial PC, the focus should be on system applicability and stability, selecting the most suitable system based on different needs. Currently, there are many brands and models of industrial PCs on the market; it is necessary to choose the appropriate model based on specific application requirements.
