Mobile Screen For VIVO

The underlying white backlight module illuminates the LCD screen, making the displayed black appear gray. It is controlled by a change in the signal and voltage on the TFT, as opposed to the flickering phenomenon of the OLED screen, so the LCD screen is less harmful to the eyes when compared to the two.

LCD screen technology predates OLED screen technology, and the process is more mature, resulting in lower costs. That is, the LCD screen is simpler and more representative of our actual usage scenarios. LCD and OLED screens have different pixel arrangements. Even with the same resolution, the LCD screen's display effect is clearer.

In the same resolution, LCD screens have higher pixel density and clearer text display than OLED screens, so the LCD display effect is more realistic. It has a screen resolution of 1792x828, which is between 1080p and 720p, but the display effect is similar to that of a 2k OLED screen, and the LCD display is softer!

DC dimming is used on the LCD screen, which is more eye-friendly. That is, the screen flicker index of the mobile phone screen is lower, and looking at the mobile phone screen protects eyesight better. Furthermore, the LCD screen is made of inorganic materials and has a long lifespan. The display of the LCD screen is clearer at the same resolution.

The LCD screen's material is an inorganic material that is essentially a liquid crystal material. In everyday use, this material has a larger viewing area and can be seen more clearly. The light emitted by the LCD screen is relatively soft because it is emitted by the backlight. The LCD screen is less harmful to the user's eyes when viewed at night.

Because the LCD screen is made of liquid crystal, it requires the use of a backlight to emit light, so the LCD screen is always emitting light throughout the process, which also allows the LCD screen to maintain a constant color and brightness and a high display quality.

LCD must be displayed using backlight LEDs. The basic idea is that different colors are produced by passing white light through color filters, and the light passing rate of each pixel is controlled by current, which controls the color of the pixel. LCD has a lower production difficulty and cost than OLED. Furthermore, because the LCD's backlight is an independent white LED backlight panel, it does not flicker and thus has a long service life.

LCD stands for liquid crystal display and is also known as a "backlight screen." It relies on the backlight module to emit light, as the liquid crystal does not. To change the display angle and display images, a polarizer layer is attached to the front of the liquid crystal. To adjust screen brightness, control the amount of white light!

LCD screens are widely used in televisions, computer monitors, and mobile phone displays. Because the LCD screen does not emit light, it must rely on the underlying white backlight module to do so, and it must enter the liquid crystal layer after emitting light in order to better control the amount of white light entering and thus adjust the red, blue, and green. The color ratio results in a colorful image.