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In today's commercial large screen display market, LCD splicing has become the undisputed mainstay, widely used in government, education, security and other fields. For users in various industries, although LCD splicing screens are not unfamiliar, their understanding of them is mostly superficial and lacks professional knowledge. This directly leads to many users inevitably falling into some misunderstandings when purchasing and applying products, ultimately affecting the effectiveness of use. This article explores some common issues in the selection and application of LCD splicing screens to help industry users use them efficiently.

      Is it better to have a thinner LCD splicing screen?

With the continuous maturity of LCD splicing technology, LCD splicing screens are becoming thinner and thinner. With the strong promotion of manufacturers in the industry, the advantages of lightweight products have been well-known to many industry users, such as reducing weight, making screens more beautiful, easier to install, and accelerating response time. Related studies have shown that if the thickness of the spliced large screen is reduced by 20, its response speed will increase by 35 on the original basis. So, does this mean that thinner LCD splicing products are better? The answer is certainly negative, because the thinness of the product can also bring certain negative effects, and users must have some understanding before purchasing.

The thinner the product, the higher the requirements for manufacturing technology. If the manufacturing process is not sufficient, not only will the color displayed on the screen become dim, but the viewing angle will also decrease. At the same time, the probability of bad spots appearing on the screen will increase, and the yield of the product will decrease. So far, there is no comprehensive technology in the industry to solve the above problems. So to produce lightweight products, the production costs of manufacturers will increase significantly. Correspondingly, if it is transferred to industry users, the usage costs will also greatly increase. High cost and multiple hidden dangers are essential considerations for users when pursuing ultra-thin products. Of course, if conditions permit, it is best to choose a large brand product with guaranteed quality and after-sales service.

       Is the larger the size of the LCD splicing unit, the higher the power consumption?

In today's LCD splicing field, large-sized, energy-saving and environmentally friendly have become equally popular trends. However, for many industry users, this has become a helplessness of not having both fish and bear's paw at the same time, because in the subconscious of many people, a large size will bring a lot of power consumption? The fact is not so. Related studies have shown that the power consumption of LCD splicing units of different sizes does not vary significantly. For example, the mainstream 46 inch, 50 inch, and 60 inch LCD splicing units on the market have roughly the same power consumption under the same conditions. Strictly speaking, the power consumption of LCD splicing screens is determined by the number of LCD splicing units. The more numbers there are, the higher the power consumption of the screen. Therefore, if users need large-sized screen applications, reducing the number of splicing times by selecting large-sized splicing units will be more energy-efficient.