So, What Exactly Is An Embedded Computer? 

An embedded computer is a computer that works as part of a larger device rather than as a stand-alone computer. Typically, it serves a very specialized purpose. Embedded PCs have a wide variety of applications, including industrial automation, in-vehicle computing, digital signage, and more. Embedded computers are computer systems that are purpose-built for a single, software-controlled job.

These aren’t the standard consumer-grade tower or desktop computers we’re accustomed to working with at home or at the office. Embedded computers have a wide variety of applications, including Industrial Automation, Digital Signage, Self-Autonomous Vehicles, Space Exploration, and more.

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Embedded computers are often hardened devices since they are used in extremely adverse environments such as severe temperatures, vibration, shock, dust, and humidity.

When you think of a computer, you may have a different image in mind. You presumably see a rectangular black box with protruding wires from the rear. Vents are carved into the sides of these consumer PCs to enable airflow to cool the internal components.

The size and form of computer systems have evolved tremendously as technology has progressed. Commercial embedded computers now have just a passing resemblance to their desktop tower equivalents. But, perhaps more crucially, the way businesses use technology has changed. Computers in the Internet of Tasks (IoT) are being utilized for things that were formerly thought to be impossible. But what is an “embedded PC,” exactly? And how does it vary from consumer-grade tower PCs in terms of design and performance?

Embedded computer systems are known by a variety of names (Box PC, Gateway, Controller, Industrial PC, and so on), but they are basically any specialized computer system that is integrated into a larger device, intelligent system, or installation. From the small ARM-based devices that power today’s smartphones to all-in-one systems that power massive earthmovers and military equipment, they come in a limitless variety of forms and sizes. Embedded computers are also playing an increasingly important part in the Internet of Things, allowing machines, people, places, things, and the cloud to communicate with one another.

What is an Appliance PC, and how does it work?

Appliance PC is another phrase we use to describe our product range. Many of our customers rely on our solutions to execute a single activity or function. Creating a specialized device that does one thing well requires highly adjustable, ultra-reliable hardware that can be adjusted to the application’s particular needs. The appliance computer has many of the same qualities as an embedded PC (specialized I/O, fanless & ventless chassis, tiny form factor), but instead of being meant to be integrated into another device, it is designed to operate independently.

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What are the Applications of Embedded Computers?

When we speak about an “embedded computer”, we’re talking about a self-contained PC that’s utilized as a part of a bigger system. From data gathering devices in solar arrays to navigation equipment on NASA’s planetary rovers, our embedded computers are the brains behind complicated digital signs displays and contemporary interactive kiosks. There’s a decent chance you passed a few embedded computers today on your way to work. You most likely had no idea they were there. They quietly power many of the products and systems on which we’ve grown to depend.

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