What is embedded industrial computer
Embedded industrial computers are microprocessor-based systems that have been specifically designed to perform specific functions and belong to larger systems. It comes with a combination of hardware and software that can accomplish one task and withstand different conditions.
The embedded industrial computer provides an intelligent alternative to PLC-based automation because the x86 architecture of the embedded industrial computer allows the integration of any Windows or Linux-based software that can be programmed to control and manage more complex tasks.
Embedded industrial computer and desktop computer
The main difference between an embedded industrial computer and a desktop computer is purpose and design. Embedded industrial computers are purpose-built devices, built from scratch to perform specific tasks. It can run to a degree without taking up resources and can withstand harsh conditions that are not possible for consumer-grade computers.
Another key difference is that general-purpose desktops come with traditional motherboards, whose components you can expand or replace. On the other hand, all components of an embedded industrial computer are burned in a single printed circuit board (PCB) or motherboard.
Benefits of embedded industrial computer
Embedded industrial computers are designed to be embedded or used as part of a large system for a specific task. They are no better or worse than consumer-grade desktops, but they do have a lot of advantages in industrial, agricultural applications. Some of the benefits are:
Small chassis: Embedded industrial computers use small motherboards, such as Mini-ITX boards. Their innovative housing design and next-generation cooling systems also make them small. Most industrial embedded industrial computers are fanless and rely solely on the principles of thermodynamics. These systems can be cooled without large enclosures and fans.
Highly reliable: Some embedded industrial computers are designed to achieve high reliability in task-based applications, such as industry. They need to operate at 24x7 speeds in demanding applications and extreme environments such as terrain, constant vibration, high temperatures, etc. These embedded industrial computers can withstand a wide temperature range (e.g. -30°C to 70°C), dust, moisture, and moisture.
Power efficiency: Some applications require embedded industrial computers to run day and night. That's why these computers are designed to be more power efficient. Embedded industrial computers come with lightweight and dedicated software, so they don't require a lot of processing power. Another advantage of power consumption is that some embedded industrial computers do not have fans and do not have any moving components.
