First, let’s clarify the two concepts of pixel density and cabinet resolution of LED displays.
The pixel density of an LED display usually refers to the number of LED pixels per unit area. This value directly affects the clarity and detail performance of the display. The higher the pixel density, the more pixels per unit area, resulting in a more detailed and clear image.
The box resolution of an LED display is defined based on its physical structure, especially the size of the box and the arrangement of internal LED pixels. Each box has its own resolution, which depends on the number and arrangement of LED pixels in the box. When multiple cabinets are spliced together to form a large display screen, the overall resolution is the sum of the resolutions of all cabinets.
Next, let's look at the relationship between these two concepts.
Although pixel density and box resolution both involve the number and distribution of LED pixels, they are two different concepts. Pixel density focuses more on the number of pixels per unit area, while cabinet resolution focuses more on the total number of pixels in a single cabinet or the entire display.
So, simply put, the pixel density of the LED display is not the resolution of the box. They each describe different characteristics of the display, but both parameters are important to consider when evaluating the overall performance of the display.