Speaking of LCD splicing screens, we have a large puzzle screen in our minds. Multiple LCD splicing screen units are connected to give people an impactful visual style. It supports the panel and the entire panel. What we want is now Indoor Z is one of the most popular large-screen products, and it has a wide range of applications. How to make and plan the indoor LCD splicing screen
Anyone who knows the screen industry knows that the production and design of LCD splicing screen solutions are simple and not easy, and difficult and not necessarily difficult. More is reasonableness, feasibility, cost performance, etc. If the panel project is located in the indoor monitoring center, the panel between the panel units is not very demanding. At this time, there is no need to recommend smaller panels to customers. The usual 3.5mm can be used. Unless the other party specifies the demand.
LCD splicing screen
Installation area:
The core requirement of LCD splicing screen production is the setting area, which determines the size, quantity, model, etc. of the panel unit. This is very important. Usually, it is difficult for the relevant personnel to display the specific setting area during consultation and exchange. Evaluation and quotation items, let alone LCD splicing screen solutions
installation method:
LCD splicing screen
The normal installation methods include wall-mounted installation, hydraulic front-maintenance wall-mounted installation, embedded installation, floor stand installation, cabinet installation, etc. These are common, wall-mounted installation is cost-effective, embedded installation saves space, floor stand Installation is simple and quick, cabinet-type installation is atmospheric, but wall-mounted and embedded installation requires wall bearing capacity, otherwise the installation method that cannot be installed is an important link in the production of LCD splicing screen solutions.
Connect the processor and matrix:
LCD splicing screen
The connected screen processor usually inputs the signal and is divided into different connection units. In fact, the function of the connected screen processor is roughly the same. In the design of the LCD connection scheme, there are also connection units, but the important thing is the matrix. If the project is in the monitoring center, It may be easier to connect the processor and the matrix
The above are the core problems frequently encountered in the production of LCD splicing screen solutions. Other conditions are only judged based on the environment. For example, the indoor environment is bright, and the panel can be a 700-brightness panel, which will not affect the display effect of the LCD panel itself.
