Native resolution is written in the monitor specifications, but what exactly does it mean? What happens if images are displayed in a resolution other than "native resolution"? In particular, you can’t help but wonder what happens when an image is displayed in resolution with a different aspect ratio.
The “number of pixels,” or in other words the “number of dots that glow,” is decided on the LCD screen, and that “number of pixels” is the “original resolution”. For example, this means that a monitor with a native resolution of "1920 × 1200" turns 1920 horizontal lines (dots) and 1200 vertical lines (dots) of pixels on or off to display images.
What then happens if the image is displayed in a resolution other than “native resolution,” and especially what happens if that resolution has a different aspect ratio than “native resolution”? Consider the case where the image "1280 × 1024" (horizontal: vertical = 5: 4) is displayed on an LCD monitor with the original resolution "1920 × 1200" (horizontal: vertical = 16:10).
Each device has a different DPR. Higher resolution devices have a higher DPR. These devices can see sharper images because they use multiple screen pixels for each CSS pixel. This means that the nuances of the image are better represented. If a web browser (or other application) keeps naively saying that a pixel according to the concept of pixel application is the same as a pixel on the screen, then you will end up with text and images. images so small that they are not easy to see.
High-density monitors or Retina monitors sold by Apple are generally recognized as having a physical pixel density greater than 200 pixels per inch (PPI). This means that they have twice the pixel density of a high-resolution computer monitor. 4K monitors for PCs hit the shelves in 2014, and understanding pixel density has become important when choosing products along with screen size and resolution. It is predicted that 4K will replace Full HD as the standard resolution. Of course, 4K stands for 4,000 and refers to a horizontal number of pixels around this number.
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