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In the era of technology, LCD splicing screens are the best technological crystallization, and LCD splicing screens are the aggregation point of technological elements. In the past, information technology has developed rapidly, and the big screen is the best information carrier. After years of development, LCD splicing screen technology has reached the high-definition, high-brightness, high-color technology, and integrates embedded hardware splicing technology, multi-screen image processing technology, signal switching technology, etc., so that the LCD splicing screen reaches one A new breakthrough. How can the LCD splicing screen be connected to the computer?

First, choose the right LCD splicing screen cable

  Compared with the current mixed market, choosing a good LCD splicing screen connection line is undoubtedly the most important. This point will directly affect the connection of the LCD splicing screen, the best is to buy by professionals. In the process of purchasing LCD splicing screens through manufacturers, they are usually equipped with special connecting cables. These are original products, the quality will be better, and the corresponding interface can be inserted when connecting later. Then, when the connection line is lost, it is recommended that you can find some friends in the industry to help you buy, so as not to suffer losses because you do not understand.

How do I connect to a computer with a professional cable?

  The connection of the LCD splicing screen is firstly the hardware connection, then how is this computer connected to the LCD splicing screen? Users who have used the LCD splicing screen know that there are many signal interfaces on the splicer behind the LCD splicing screen. Such as HDMI, DVI, VGA, RGB, component, terminal, and connected to the computer is a VGA interface. In general, we can find the VGA interface to connect. Of course, LCD splicing screens are generally combined with a wall and multiple LCD splicing screens. How do we connect them? Now let's take the example of 3 rows and 4 columns of splicing walls. At this time, there are 12 LCD splicing screens. The signal is sent to each LCD splicing screen. How to do it?

  In fact, the method is very simple, because each LCD splicing screen behind the LCD splicing wall is equipped with a splicing processor, and multiple splicing processors are connected. That is to say, after the combination of the splicing wall is completed, the whole large screen is equivalent to a display. We need to send the signal to the LCD splicing wall, and only need one computer signal to access. Of course, in practice, many industries need to use multiple computers to connect to the LCD splicing wall. At this time, we must have a matrix. The matrix interface is more abundant, we just need to find the corresponding interface.