Gaming Laptops For Hardcore Gamers With Liquid Crystal Displays – A feast for the eyes. Choosing a laptop with a good LCD screen is important for optimal performance. In this article, we will look at the various factors that determine the best laptop LCD screen, including size, resolution, refresh rate, and other factors that gamers should pay attention to. a game that is both immersive and challenging at the same time.. We take the use of LCD screens in the MSI manual as an example to explain the basics. (Sponsored article.)

Choosing the best specs for your next gaming laptop purchase is only half the job done. The laptop screen is an important element that you will interact with regularly, so it is necessary to be clear about the characteristics of the screen before you decide to buy it.

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Display technology seems pretty simple at first glance – just decide on a solution and you’re good to go, right? wrong Many things happen behind the scenes to ensure that the images are real for better viewing. Today’s laptop screens have come a long way and added complexity that needs to be measured properly to make sure you’re getting your money’s worth. Factors such as size, resolution, refresh rate, response time, color gamut coverage, and panel selection and quality are all variables that can be affected. for the view. This is why we test all of the parameters in all of our laptop reviews.

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In this article, we will look at how these parameters are taken into account when choosing a gaming laptop screen. We will limit our discussion to LCD panels since OLED displays are not yet mature enough to be used for gaming. We explain some ideas by showing examples from MSI gaming laptops such as MSI GT76 9SG.

The size of the LCD screen (measured diagonally) directly affects the laptop table. Most LCD panels used in MSI laptops include 14, 15.6 and 17.3 inches. Thin and light laptops usually use 14- and 15.6-inch screens, while the desktop can be up to 17.3 inches. The size of the screen that helps you work is just as important as the resolution of the screen, which we will get into shortly. Designers, photo and video editors, and office users will do best with large screens, while web surfers and writers will enjoy smaller screens. . Games and entertainment can also benefit from larger screen sizes for greater visibility.

Resolution is another important aspect of buying a laptop that should be considered along with the screen size. Simply put, resolution refers to the number of horizontal and vertical pixels on a screen. Pixels are the main part of the display and each pixel in turn has an arrangement of subpixels red (R), blue (B) and green (G) primary color. The difference between RGB gives the different colors that we see on the screen.

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Today, most laptops have screens with a resolution of at least 1920×1080, i.e., the screen has 1920 pixels horizontally and 1080 pixels vertically. This is also often called Full High Definition (FHD). These pixels are divided into one density. For example, the 15.6-inch FHD display has a pixel density – the number of pixels per inch – of 141.2 with a pitch of 0.18 mm. Dot spacing is the distance between adjacent pixels. Higher resolutions include 2560×1440 (QHD) and 3840×2160 (UHD, or sometimes called 4K). The higher the resolution, the higher the pixel density; and the smaller the distance, therefore, the sharper the image.

Gamers usually prefer FHD display with high refresh rate. We will get an idea of refresh rate in a moment, but an FHD display reduces the power of the GPU because only 2.07 million pixels need to be drawn compared to say 8 million pixels needed to create 4K image. Therefore, FHD displays the laptop’s battery more easily and can be adjusted more easily at a higher price compared to 4K displays.

Historically, 4K images have been used mainly by graphic designers and video editors as they can do with the standard 60Hz refresh rate found in most monitors. Today, with the capabilities of laptop GPUs like NVIDIA GeForce RTX 2070 or RTX 2080, it is possible to run even 4K instructions at a new high price without worrying about the product fake or related issues. So even competitive gamers can now take advantage of fast, high-resolution graphics.

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The update rates have a direct impact on the overall view. Basically, the refresh rate indicates how often the LCD screen can update its image data. A display with a 60 Hz refresh rate can update its content on the screen 60 times per second. Most laptops today have a refresh rate of 60Hz, with some panels even offering up to 144Hz. Higher updates result in better visuals without stuttering in games or even when interacting with GUI elements in general.

Although everyone benefits from high new prices, gamers are often the main target of the screens. Modern graphics processors can print more frames than a traditional screen can handle. For example, RTX 2080 can deliver frame rates of more than 100 fps on ultra settings in today’s AAA list. If the display is only able to refresh 60 times per second, it can’t keep up with the huge benefits of the GPU frame. This causes blurring or screen tearing artifacts, which not only destroys the view, but makes you look bad.

While 144Hz is a high enough refresh rate, this year MSI laptops have upped the ante by offering 240Hz boards as well. This eliminates any instances of screen tearing and allows for competitive gameplay in fast-paced titles where every frame can mean the difference between victory and defeat.

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Response time is another important factor to consider along with screen refresh rate. The response time, measured in milliseconds, is the time it takes for the screen to change from one color to another. Usually, this is measured as the time it takes to go from completely black to completely white and then back to black. In addition to black and white, gray-to-gray (one shade of gray to another) response time is also taken into account. Another way to measure response time is to determine the picture transition response time (MPRT). While gray-to-gray response time measures the time it takes for a pixel to change color from one color to another, MPRT indicates how long a pixel is continuously visible on the screen. (persistence).

Check out this link to see the results of MPRT and gray-to-gray response time in action on your current display.

The shorter the response time, the better for playing because it helps eliminate anger and confusion. Response time is a very important parameter for professional gamers where every millisecond can mean the difference between victory and defeat.

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Below is an example of black-white and gray-gray response time measured in the MSI GT76 9SG gaming notebook. As you can see, the GT76 has some of the lowest response times, making it the best choice for competitive gaming.

The response time of the display shows how quickly the display can change from one color to another. Slow response times can cause background images and can cause moving objects to appear blurry (ghosting). Players of fast 3D titles should pay special attention to the fast response time.

For comparison, all tested devices range from 0.1 (minimum) to 240 (maximum) ms. » 20% off all better products.

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This means that the measured response time is better than the average of all tested devices (21.8 ms).

For comparison, all the devices tested ranged from 0.2 (minimum) to 636 (maximum) ms. » 14% of all products are better.

This means that the response time is better than the average of all tested devices (34.3 ms).

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The human eye can distinguish a variety of colors and shades, but the LCD monitor can only reproduce part of the visible color. The range of colors that an LCD screen can produce is its color gamut. Wide color gamut support means LCD displays can deliver more accurate colors.

Color gamut is a difficult indicator because most buyers believe that a wide color gamut can reflect better images. This is not always true. Color gamut is just one of many features that determine image quality. In essence, visual quality can vary from eye to eye. For example, a beautiful landscape image may look attractive to the average user, but not to the eye of a designer. For this reason, color gamut standards exist to help determine whether or not a specified color scheme can match your work.

Most modern LCD panels

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