Comparison Between Gaming Monitor And A Regular One
Jul 06, 2021
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The main thing in a computer for a gamer is, of course, powerful hardware. But high-quality peripherals are also of great importance, which is why gaming keyboards, mice, headsets and monitors are on the market. The latter are focused on showing bright, saturated colors and dynamic images, and therefore differ from office models in terms of functionality and capabilities. Some gamers even uses big size TV for gaming. But most of gamers uses TV for console gaming like PS5.
You can find better TV options for PS5 instead of monitor. The inclusion of HDMI 2.1 is what attracts the PS5 gamers. Here are some of the best gaming tv for PS5 you can get for your PS5 or Xbox Series X setup. What exactly is the difference between a gaming monitor and a regular display - let's try to sort it out on the shelves.
Design and shape
Wanting to emphasize the gaming focus, manufacturers create monitors dressed in an aggressive case, often black with red accents. Of course, this is not a mandatory attribute, and among gamers there are already jokes about such a hackneyed template that an aggressive appearance adds 10 FPS in all games, but the fact remains. The bold design and red and black tones are typical of gaming displays, especially the Asus ROG series, Acer Predator, AOC AGON, and more.
In addition to the color scheme, gaming screens are often equipped with headset hooks, adjustable legs, and their matrices have thin frames. The latter solution allows you to visually expand the picture in order to achieve a deeper immersion in the virtual world. The bending of the display is used for the same purpose.
Matrix: type, refresh rate and response time, resolution
Since progress in 3D graphics will never reach the full realism of the picture, there is no quibble at the lack of accurate reproduction of shades by the monitor yet. In games, it is not the color gamut and the balance of the image on the screen that comes to the fore, but its performance. The typical refresh rate of the picture on an office or multimedia display is 60 Hz, but this is not enough for a gaming solution.
Until recently (since 2013), gaming monitors were made only on the basis of TN and VA matrices. Although they did not have ideal color quality, limited viewing angles, they had an important advantage over IPS in the form of speed. The response time for IPS was about 15-20 ms, which limited the refresh rate to 50-65 Hz, which is not enough for a perfectly smooth picture. Therefore, TN matrices were the prerogative of gaming monitors, the best of which provided 144+ Hz.
Modern IPS matrices can already provide more than 100 Hz, as their full response time has been reduced to less than 10 ms. However, during this time, TN panels were taught to respond in less than 1 ms. Therefore, gaming screens with a frequency of 144 Hz and above are still performed only on the basis of TN, which also became better in terms of viewing angles and color reproduction, or VA. OLED (organic light emitting diode) based gaming displays are also gaining weight. However, they can be prone to fading, which is why they are still rare.
Another important thing is the resolution. If you are using 27 inch or 32-inch monitor, you can go with 1440p gaming monitors. Most PC gamers use a 1440p monitor for sharp and crisply gaming. There are hundreds of 1440p monitors available in the market but finding the best 1440p gaming monitor is not easy. This buying guide will help you out in finding the best 1440p gaming monitor. For big size monitor, 4K resolution is what we suggest. One with the 24-inch display should stick to Full HD monitors only.
Synchronizing a picture
The FPS in games changes dynamically, depending on the load on the processor and video card, and the refresh rate of the office display is fixed. For this reason, the FPS mismatch with the monitor frequency causes desynchronization, which leads to freezes, image tearing and other minor defects. Vertical sync in the game settings partially saves, but when the load increases, the video card cannot reach 60 FPS. At a higher frame rate, synchronization cuts down the game performance, reducing the frequency to 60 FPS, which also does not have a very good effect on the smoothness of the image.
Gaming monitors are often equipped with Nvidia G-Sync and/or AMD FreeSync support. With it (when using a video card of the corresponding manufacturer), the graphics processor gets the ability to bilaterally interact with the monitor. During a period of performance drawdowns. The monitor reduces the image refresh rate to the level of the FPS rate, and when the number of frames per second increases, it increases. Due to this, events on the screen are reproduced smoothly, without gaps and small artifacts.
Connectors and interfaces
Gaming monitors often differ from office and multimedia displays in their extended port selection. Since a high refresh rate requires a wide data channel, these displays are equipped with HDMI ports version 2.0 and/or DisplayPort 1.2 and newer. They allow you to transmit a picture in FullHD resolution (and higher) with a frequency of 60+ Hz.
Since version 1.4, HDMI can reverse audio, so the game screen can have a headphone/speaker jack, but also a microphone jack. Also, its support for a gaming display can be implemented using additional 3.5 mm jacks. For quick connection of USB headsets and other accessories, gaming monitors are equipped with USB ports.
Conclusion
Advances in technology do not stand still, and therefore the boundaries between gaming and office or multimedia monitors are gradually blurring. The quality of TN displays is growing, and IPS is getting faster, so both types of matrices can be used in gaming devices. The development of OLED screens (which in theory are generally devoid of inertia and have zero response lag) may supplant LCD panels in the near future. High frequency and speed of reaction are increasingly found in devices that do not have a pronounced gaming focus.
The main criteria that make it possible to unmistakably distinguish a gaming monitor are only support for G-Sync or FreeSync, as well as a characteristic appearance. Therefore, when choosing a display for games, you should pay attention to these points, because with an AMD Radeon video card, support for G-Sync will turn out to be meaningless, and FreeSync technology is useless for owners of Nvidia graphics accelerations. Which of the following criteria for a gaming monitor play a decisive role for you? Share your thoughts on this in the comments.
Tags: English