About the pixels of the 7-inch TFT display

The pixels of the 7-inch TFT display are also called the resolution of the 7-inch TFT display, or the resolution of the 7-inch custom TFT display. They are called in many ways, but they generally refer to the number of pixels that a 7-inch screen can display. The more pixels displayed, the richer the colors, the higher the image resolution and color reproduction, the clearer the picture and the better the texture. Today, the editor will take you to learn about the pixels of the 7-inch TFT display. I hope it will be helpful for everyone to understand the LCD screen and select the LCD screen.

1. How to understand the pixels of 7-inch TFT display

You may have also learned the basic explanation about the pixels of the 7-inch TFT display. Next, let's give an example. The common resolution of the 7-inch TFT display is 1024*600, and how many pixels does it have? In fact, we can get this answer directly by multiplication. We directly use 1024*600=614400, which is approximately equal to 600,000 pixels. We can get the pixels directly from the resolution.

Resolution is a key parameter in LCD screens. Usually, the higher the resolution, the higher the price, because the content displayed is clearer, so this is a very critical parameter in LCD screens.

2. Common resolutions for 7-inch TFT displays

There are many types of 7-inch TFT display resolutions, because there are many smart products using 7-inch TFT displays. Therefore, to adapt to different terminal products, the resolutions of 7-inch TFT displays are relatively more complete. There are two kinds of 7-inch TFT display screens: horizontal screen and vertical screen. Most of them are horizontal screen, usually 800*480, 1024*600, 1024*768, 1920*1080 and so on. Horizontal screens are generally used very widely, and can often be used in smart terminal products such as smart homes, medical care, and industry.

The 7-inch TFT display vertical screen series also has many resolutions, including 720*1280, 800*1280, 1200*1920, etc. Its resolution is higher and the display effect is good, and it is widely used in medical and industrial handheld devices. And on products such as facial recognition.