The way industry utilizes computers has developed to include applications inside the computers, known as embedded PC. How exactly is embedded PC different from the everyday PC? Embedded computers offer control ability in a small box and ready-to-use in an industrial environment with flexible operating systems. An embedded computer, also known as an embedded PC, is a computer system that is implemented into a larger system or intelligence system commonly used for data collection or modern interactive tasks. Embedded computers come in various shapes and sizes fit for industrial or military applications. Moreover, embedded computers play an important role in the Internet of Things (IoT) and the connection between machines, people, and places.

Embedded computers are used in many industries in the world. Most of the industries required high-performance computers that can integrate into the existing device easily. Embedded computers are referred to as self-contained PC that are used as part of a larger system. Moreover, embedded computers serve as data collection or modern interactive tasks. There are several benefits of using an embedded computer in a larger device or system. First, embedded computers offer a number of important advantages over regular consumer PC. With the low maintenance feature, the embedded computer itself provides reliability inside complex systems. Industrial computers are designed with a fanless enclosure and a passive cooling system that helps the embedded system to remain sealed while reducing heat. The removal of the fan decreases failure rates, reduces noise, and provides space for integrated components. Furthermore, most of the environmental damages included dust, water, and vibration. Therefore, stronger protection such as metal steel or IP-rated housing can reduce environmental damages.

Industrial applications require a demand for systems that can operate efficiently in unpredictable settings and harsh environments. Most of the times, certain settings can take a real toll on computers whether it is due to dusty air, debris, heat damage and even a shortage of proper maintenance; this can potentially damage conventional computers from performing well in the industry. New technological advances are designed to fight the obstacles like overheating, and dust build-up that these harsh environments will bring. This requires improvements for regular working computers and they include a removal of all moving components and the fans of the systems. By doing this, these fanless computers will deliver noise-free applications, excellent thermal controls, dust immunity, and energy efficiency.