What exactly are industrial-embedded computers? How are they different from our everyday PC? Well, embedded computers provide control ability in a small box and are readily available for use in an industrial environment with flexible operating systems.
Embedded computers, also referred to as embedded PCs, are computer systems implemented into a bigger or intelligence system. Its main purpose is to carry out modern interactive tasks. These computers are designed in various sizes and shapes to suit all industrial or military applications. Aside from that, embedded PC also plays a vital role in the internet of things (IoT) and the Networking between different people, machines, and places.
WHAT ARE THE CHARACTERISTICS OF AN EMBEDDED SYSTEM?
Given below are significant characteristics of an embedded system;
- Needs continuous execution.
- They are designed around an ongoing working framework.
- It’s meant to have great accessibility and dependability.
- It is meant for a single explicit assignment.
- It shouldn’t bother with any optional memory in the PC.
- Provides high unwavering quality and strength.
- Required negligible User Interface.
- It should have links with peripherals to interface information and yield gadgets.
WHAT ARE THE USES OF INDUSTRIAL EMBEDDED COMPUTERS?
Industrial Embedded computers are used in different industries around the globe. Most of these industries constantly need computers with high performance that can effectively and easily integrate into the existing device. Embedded computers are also said to be safe-contained PCs that are a significant part of a large system.
However, they also serve as data collection or modern interactive tasks. Today, smart systems rely on embedded computers as there exist numerous benefits of using an embedded computer in a much larger system.
Some of the notable benefits of using embedded computers over the regular consumer PC include the following;
Embedded computers have a low maintenance feature that ensures reliability inside complex systems. Most industrial computers are designed with a fanless enclosure and a passive cooling system that ensures the embedded system stays sealed while reducing the heat level. This fanless feature leads to a decrease in failure rate, as well as reducing noise and gives room for integrated components.
WHAT ARE THE ADVANTAGES OF INDUSTRIAL EMBEDDED COMPUTERS?
As we all know, industrial work constantly demands industrial grade computers that operate effectively in unpredictable and harsh environments. Most times, certain settings might pose a heavy load on computers, irrespective of whether it is due to debris, dusty air, improper maintenance, or heat damage. This will have negative effects on conventional computers in the industry. As a result of this, new technological advances have been designed to provide solutions to issues like overheating or the buildup of dust that the harsh environment presents.
These advancements include; the removal of the fan and moving components of the system. By taking this move, these fanless computers will provide noise-free applications, dust immunity as well as energy efficiency, and a good thermal controls. Moving system components like fans tend to attract way more dust and other particles and are more likely to fail at their applications.
