Professional smart display solution provider
Focused on manufacturing large display screens for 15 years, providing door-to-door services nationwide
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0755-29595688
Professional smart display solution provider
Focused on manufacturing large display screens for 15 years, providing door-to-door services nationwide
0755-29595688
Currently,Narrow edge splicing screenIt is a popular product in the field of display. I believe most users are familiar with ultra narrow edge splicing units, but when it comes to ultra narrow edge splicing walls, there are still 700cd/m2 to 450cd/m2, which may be confusing for most people. It is precisely this superficial understanding that most users only focus on whether the product encounters ultra narrow edges, while ignoring the brightness issue that has a decisive impact on the display effect, thus forming blind spots in purchasing. So, what are the differences in specific applications between the two brightness products of ultra narrow LCD splicing screens?
At present, the two brightness products of LCD narrow edge splicing screens, 700cd/m2 and 500cd/m2, both have ultra narrow edge series splicing, so there is no essential difference between the two products in their main application directions. However, due to the different requirements for large screen brightness in different application environments, the two products have slight differences in specific applications.
Generally speaking, the human eye has a limited tolerance for brightness. If the brightness reaches 700cd/m2 in a small space with poor lighting, it may burn people's eyes. But in bright outdoor spaces such as squares and streets, if the display screen brightness is 500cd/m2, the image will be blurry for people. So users need to choose products based on their actual application environment, where the lighting is slightly poor and the space range is limited. On the contrary, it is best to have a well lit 500cd.
In addition, forNarrow edge splicing screenThe optimal working state is achieved when the suitable working temperature is within 39 degrees Celsius and the controllable area reaches its maximum at a relative humidity of 90%. But the higher the brightness of the LCD splicing screen, the more heat it emits. If the heat dissipation is not in place, the display effect will be greatly reduced, and the LCD splicing wall will be severely damaged, affecting its service life. For users, when choosing a product, they should consider their practical operational capabilities.
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