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The seamless splicing of two LED high-definition displays

 - The seamless splicing of two LED high-definition displays

The catalog
How does seamless splicing technology work?
How many seamless splicing technologies are there?
What are the advantages of seamless splicing technology for led displays?
How does seamless splicing technology work?

It is a special and demanding projection display application to use seamless stitching technology. Multi-screen image fusion can be achieved, stitching gap can be reduced to infinitely small, and stitching technology can be completely overlapped. In addition to a large screen, seamless stitching technology requires special projection requirements for oversized images. It is the small gap between seamless splicing and BSV-LCD splicing that makes seamless splicing different from BSV-LCD splicing.

What are the different types of seamless splicing technologies?

A large-screen display wall hard splicing technology and a projector seamless splicing technology using edge fusion technology are two types of seamless splicing.

During splicing, the seamless LED splicing screen of the first LED technology is actually seamless. Since the LED lamp beads are welded to the board and there is no frame, splicing is easy. One of its major features is this. Depending on the specifications and point spacing, the resolution will vary. In general, products with small spacing will display images more clearly, and will be affected by different packaging technologies, which will affect their stability. Most LED seamless splicing screens are used for outdoor advertising, which takes full advantage of their full-screen display effect, waterproofing, sunscreening, and high brightness. Meanwhile, LED seamless splicing screens are increasingly used in indoor large-screen display situations due to the development and launch of LED products with small spacing. Many conference rooms or product release centers will choose LED technology, but it has a certain dead light rate, so there will be an after-sales situation.

Through LED fusion processing technology based on the traditional LED splicing screen, the second type of seamless LED splicing screen eliminates the original splicing frame, resulting in the visual effect of no splicing. The R&D assumption is based on the border barrier that can’t be overcome by traditional mosaic screens. Many indoor display occasions like to use the mosaic screen because of its high resolution and good image quality, but the mosaic screen has a few millimeters of seam when splicing, which results in a loss of effect when displayed cross-screen. Several users wonder if a mosaic screen can maintain high definition, which means it can be spliced without seams, just like LED displays.

How does seamless splicing technology benefit led displays?

1.Completely eliminate the visual defect of division.

Through seamless LED splicing technology, the screen resolution in a small area can be improved, the texture of the screen is maintained, and the needs of users for close viewing can be met. In contrast to existing splicing technologies, LED physical seamless splicing can achieve cross-screen display. It is not the size of the gap, but whether there is a gap that determines splicing level.

2.Totally eliminates the problem of inconsistent brightness and chroma attenuation on mosaic screens.

With seamless LED technology, the problem of different brightness and chromaticity attenuation of large screens can be effectively solved. Brightness and chroma are generally corrected point-by-point with this technology. Using point control technology, users can correct chromaticity and brightness point by point, control screen pixels, and restore image height. Splicing wall status information can be communicated through SMS and email at the same time with this technology.

3.Display and control platform that processes all monitoring video sources.

Incorporating LED technology into an excellent control platform ensures that source video is monitored and managed, creates and realizes an effective management platform for video signals, computer signals, and network signals for the Internet of Things, and improves service reliability for users.

4.Powerful signal redundancy backup design ensures safe and reliable operation.

As part of the design of seamless LED systems, the power supply and signal are redundant to reduce problems during use.

5.Low maintenance costs, convenient maintenance, and long service life.

Its maintenance and repair costs are relatively low, and its service life is longer than that of general displays. How to prolong the life of LED displays for free.

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