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Do you Know Anything About Industrial Motherboards?

Mar. 24, 2021

As an Industrial Touch Screen Monitor Supplier, share it with you. Do you know how the industrial motherboard is made? Do you know how the motherboard works?

If you want to know, you first need to know all the information about industrial motherboards, from the components that make up the printed circuit board, to the input/output ports, card slots and slot integration, all the way to the packaging and distribution of the motherboard. This article will introduce in detail, and even let you know how to find a good motherboard.

Industrial Touch Screen Monitor

Industrial Touch Screen Monitor

What is an industrial motherboard and what is it used for?

Industrial motherboards are usually used to connect and transmit signals from peripheral devices, such as your keyboard, mouse, and monitor, as well as components, such as CPU, GPU, RAM, and the rest of the system.

If you think of a computer as a human being, then everything inside will be the central nervous system. The processor will be the brain, and the industrial motherboard will be all your nerve endings, and will convey everything in your body like your spinal cord.

The board is actually called a printed circuit board (PCB), and these wires are embedded copper tracks. In our analogy, these copper tracks will be heavy lifts because they are mainly responsible for communication between components.

Most motherboards are actually dedicated to their role as a great connector because it has a variety of slots, ports, sockets, and connectors. There are also various electronic components on most electronic devices, such as capacitors and VRMs, which manage the current so they won't blow up your device.

What exactly is the motherboard made of?

For starters, industrial motherboards are mainly composed of two materials:

The glass fiber layer is used for insulation.

Copper forms a conductive path.

If you want to know why the motherboard is made in layers, the answer is simple: save space.

Stack 4-8 layers of copper embedded fiberglass PCB - instead of separating them, make the size 4-8 smaller. This also increases the speed of processing data because the electrons travel shorter distances.

Making slabs and etching copper

It all starts with the PCB or printed circuit board. Stack very complex glass fiber layers and glue them together with resin to form a solid layer.

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