In recent years, the importance of security monitoring centers has been increasingly emphasized by customers. However, customers are often confused about which type of monitoring large screen they should choose.
Currently, there are two types of large screens used in security monitoring scenarios, namely LCD splicing screens and LED display screens. Judging from market feedback, LCD splicing screens are still the mainstream. This is because compared with LED display screens, LCD splicing screens have higher definition and better cost performance, and are more suitable for application in security monitoring scenarios. The following is a detailed analysis of the characteristics of LCD splicing screens for you.
The feasibility of the system
LCD splicing screens can be spliced with either small screens or large screens, and the splicing can be combined arbitrarily (M×N). According to different customers' requirements for the system scale, size and application of the splicing system, appropriate products and splicing methods can be selected, and specific implementation plans can be proposed to meet the application needs of the system.
The practicality of the system
According to users' requirements for input signals, different video processing systems can be selected to achieve the input of VGA, composite video, S-VIDEO, YPBPR/YCBCR, DVI/HDMI signals and IP network signals.
The reliability of the system
LCD splicing screens can work continuously for 24 hours a day and 365 days a year. The splicing units possess characteristics such as high reliability and stability to ensure the stable and reliable operation of the system. Thanks to features like low power consumption, light weight, long service life and being free of radiation, the LCD splicing wall has extremely high reliability.
The openness and extensibility of the system
The digital network ultra-narrow bezel intelligent LCD splicing system adheres to the principles of an open system. Besides being able to directly access VGA, RGB and video signals, the system should also be able to access network signals, broadband voice and so on. It can switch among various signals at any time and conduct dynamic comprehensive display, providing users with an interactive platform. Moreover, it supports secondary development. The system should have the ability to add new equipment and new functions, making hardware expansion very simple. Meanwhile, the software only needs to be expanded and upgraded to meet the requirements without having to modify the source code. Both the hardware and software parts of the system can conveniently "keep pace with the times".