How to choose the right Gaming and Work Monitor

In recent years, the line between gaming and work monitors is gradually disappearing. So-called gaming monitors, in which manufacturers emphasize the screen’s response time and refresh rate, already have good color reproduction and can be used for professional editing or creating 3D models with proper color reproduction.

To learn more about how monitor technology affects color reproduction and correct display of white balance, you can contact a specialized service and ask to write my research paper from an experienced writer. You will get an argumentative paper taking into account all the latest discoveries and up-to-date data.

Nevertheless, although from the box now, almost all monitors look fashionable and innovative, their stuffing is still different, and it is important to know what to pay attention to when choosing a monitor and understand whether you should overpay for newfangled matrix technologies such as OLED or you are enough more standard solutions. Below, we will tell you what you should pay attention to when choosing a monitor, what marketing “response speed” is, and what diagonals and matrices are best suited for different tasks.

Choosing the Resolution and Diagonal of the Monitor

The resolution is the very first parameter you need to decide before buying. It should be understood that the monitor is a peripheral device, only reflecting the image reproduced by the computer. The monitor resolution directly affects the performance of the computer. If you want to install an additional monitor for your laptop or your graphics card does not support 4k, buying an expensive monitor with a resolution greater than FHD or QHD wouldn’t be rational. You can significantly lose performance as the graphics card, processor, and RAM will not work optimally with such a device and will not produce the minimum necessary frame rate for optimal performance.

The next parameter is the screen diagonal. Here, attention should be paid to such a parameter as PPI, which denotes the number of pixels per square inch in the monitor matrix. The higher this parameter is, the clearer the image will look. If we talk about the target tasks, then despite the huge number of models with diagonals not inferior to TV, optimal for multiplayer games are monitors with a diagonal of 24-27 inches. For single games, monitors with a diagonal of 32 inches are optimal. They are also the most popular choice for workstation programmers or graphic designers.

Refresh Rate and Response Time

By the end of 2024, buying monitors with a screen refresh rate of 60 Hz makes no sense. They are already obsolete, poorly cope with modern games and applications in terms of smoothness of displaying frames, and most importantly, cost almost the same as monitors with the most relevant parameters of refresh rate in 144-240Hz. It is also worth saying that choosing a monitor with a refresh rate higher than these numbers is not important. For standard use in work and games, the difference between 144 and 240Hz is almost not noticeable, and updates above notice without specialized tests to the human eye are simply impossible.

Response time is one of the main marketing tricks manufacturers use. Response speed is really important, especially in competitive games, but manufacturers are a little tricky when talking about the response of 1 ms. The thing is that most often, this parameter is labeled as 1ms GTG, which means that the monitor changes color from grey to grey with a different shade. But in reality, we work with color, and in this case, the response time on average is 3-8 ms, which is also enough. The exception is OLED matrixes, which do meet these parameters, but such monitors are much more expensive.

Choosing the Matrix

Now on the market are several matrix technologies: TN, IPS, VA, and OLED.

TN

This high-speed matrix is still popular in cybersports because it has the fewest problems with flickering, the practical absence of the Glow effect, and flickering when you turn on Adaptive Sync. The main disadvantage is poor vertical viewing angles.

IPS

One of the most popular matrices on the market, it is bright and fast, with correct color reproduction. However, it has problems with the Glow effect, which is especially noticeable in the dark.

VA

A matrix known for its contrast and dark color reproduction technology is an excellent choice for artists and video editors. However, it is less suitable for gaming as it is slow.

OLED

The matrix’s main feature is organic light-emitting diodes, which themselves can emit light. It is the market leader in color reproduction, contrast, and response speed. Currently, it is one of the best technologies, and according to the company TrendForce, the number of sales of OLED monitors has increased by almost 200% compared to 2023.

As a rule, users change the monitor no more than once every five years, so before buying, it is worth conducting a sort of researchpaperwriter review to determine which matrix in the monitor will be most suitable for your tasks.

HDR Support and Colour Reproduction

High Dynamic Range in monitors is responsible for improving image quality by increasing the brightness range. This means that bright areas of the image become even brighter and darker areas become deeper. In 2024, HDR is a standard feature on all monitors. The basic formats are HDR10, HDR10+, and Dolby Vision. HDR10 is the basic standard supported by most devices, while HDR10+ and Dolby Vision are more specialized offerings that allow you to adapt brightness and contrast depending on the scene on the screen. The optimal settings for the time being are DisplayHDR 1400 and DisplayHDR 1600, which provide maximum brightness up to 1600 nits.

Conclusion

You should pay attention to these parameters when choosing a monitor. The main thing to consider is that gaming monitors with fast response and high Hz are more suitable, while brightness, contrast, and grayscale clarity are more optimal for color work.