Since notebooks have a richer user base, notebook LCD screens are divided into more types according to market needs. So what resolution is it for users?

The currently very popular widescreen notebooks can be divided into several specifications: WXGA, WXGA+, WSXGA+, and WUXGA. Each specification has its own resolution solution.

The standard resolution of a notebook screen refers to the physical pixels of the TFT-LCD used. It corresponds to the logical point output by the graphics card, so LCD screens often have only one optimal display resolution. Generally speaking, this optimal resolution is the maximum resolution of the LCD panel. For example, when the resolution is 1024×768, it means that the LCD screen is divided into 1024 pixels horizontally and 768 pixels vertically.

Due to size and weight reasons, the LCD screen used in notebooks cannot be expanded unlimitedly like ordinary desktop computers. It generally varies around 12, 14, and 15 inches, except for special needs. Very few notebooks are equipped with an LCD larger than 15 inches. In order to enable users to see more content in a limited space, LCD manufacturers have adopted the practice of increasing the display resolution. Expand the display area by increasing the number of pixels available for display in an LCD of the same size. This is why we can see parameters such as XGA, SXGA and UXGA in notebooks with the same screen size. The following is a detailed introduction to the meaning of parameters such as XGA, SXGA and UXGA:

VGA: The full name is Video Graphics Array. This kind of screen is basically extinct now. It supports a maximum resolution of 640×480, but it is still There are some small portable devices that still use this screen.

SVGA: The full name is Super Video Graphics Array. It is a substitute for VGA screen. It supports a maximum resolution of 800×600 and a screen size of 12.1 inches. Due to the low pixels, notebooks currently using this screen are also very small. Less.

It supports a maximum resolution of 1024×768, with screen sizes ranging from 10.4 inches, 12.1 inches, and 13.3 inches to 14.1 inches and 15.1 inches.

SXGA+: The full name is Super Extended Graphics Array. As an extension of SXGA, SXGA+ is a screen specially designed for notebooks. Its display resolution is 1400×1050. Since the horizontal and vertical dot pitch of a notebook LCD screen is different from that of an ordinary desktop LCD, its display accuracy is much higher than that of an ordinary 17-inch desktop LCD.

UVGA: The full name is Ultra Video Graphics Array. This screen is used on notebooks with 15-inch screens and supports a maximum resolution of 1600×1200. Due to the higher manufacturing process requirements, the price is also relatively expensive. Currently, only a few high-end mobile workstations are equipped with this type of screen.

The suggestions given for the resolution of notebook LCD screens are: 1. For users who need a larger field of view, try to choose a larger-sized notebook, and at the same size, the larger the resolution of the LCD screen, the better Priority should be given; 2. For users who need larger fonts, choose a notebook that meets the portability requirements in terms of size, and the smaller the resolution of the LCD screen at the same size, the more priority should be given. Of course, you can also change the font size. Make the font larger even further.

The above is an introduction to what resolution is appropriate for a laptop , I hope it will be helpful to you!