What details should be considered in the stitching of ultra-narrow LCD splicing screen
Ultra-narrow-edge splicing screen is a new display device, the biggest feature of which is that compared with traditional displays, the screen frame is very thin, which can reach the level of millimeters. It can not only present more beautiful and delicate picture effects, but also combine multiple pictures to form a larger picture.
Readability and practicality have been greatly improved. However, due to the difficulties in design and manufacture, some details should be paid attention to when selecting and using.
First of all, the main feature of ultra-narrow splicing screen is thin border, so the size and border width of each screen must be accurately measured before assembly to keep the size and border width of each screen consistent. Avoid problems such as unbalanced interface and image error. If conditions permit,
It is recommended that you choose very narrow edge patch screens of the same brand and model, so that the border size of each screen is completely matched.
Secondly, the ultra-narrow splicing screen is spliced by multiple splicing units, so it is relatively important to keep the display effect and image quality in the large screen splicing. Therefore, when choosing a very narrow edge patch screen, the image quality and display effect must be considered. Generally speaking, choose products with high resolution and good color reproduction.
High resolution, high brightness and high contrast make the picture more delicate and natural. Therefore, before buying, it is best to test the very narrow edge customization screens of multiple brands to ensure that the selected products meet the requirements.
Third, the assembly method of ultra-narrow splicing screen also needs special attention. In the process of assembly, we should pay close attention to the operating skills of personnel to avoid misoperation. When installing, it should be hung as flat and reliable as possible to prevent the connection imbalance caused by vibration or displacement or the failure caused by screen shaking.
Fourthly, in multi-screen combination, the splicing mode of display should be considered for ultra-narrow splicing screen. Mainly divided into multi-screen splicing and single-screen display methods, the appropriate method should be selected according to the actual situation. In addition, in order to ensure a smooth transition of asynchronous playback on a very narrow edge patch screen,
Many configurations of hardware and software also need to be completed accurately.
Finally, the scene of ultra-narrow splicing screen also needs special attention. In large-scale exhibitions, commercial exhibitions, large-scale conferences and other scenes, the very narrow side has a very good effect on the screen. However, in smaller places, using a very narrow edge patch screen may not be the best choice.
To sum up, the ultra-narrow edge patch screen is a new display device, which is difficult to design and manufacture and needs fine operation and use. When choosing, we should ensure the matching of size and border width, and choose products with high resolution, high brightness and high contrast.
Pay attention to assembly method, splicing mode and scene selection. Only by solving these problems can we maximize the beautiful picture quality and display effect of the ultra-narrow edge splicing screen.
