A gaming monitor is probably one of the most crucial components of your setup, often even more so than your CPU or GPU. This is because a poor display, with low resolution, washed-out colors, and poor brightness, can unquestionably destroy your gaming experience. A high-quality display will also lessen eye fatigue over time.
Sorting through a lot of data is necessary when examining specifications for gaming monitors and other computer parts. This complicates the process of buying any kind of computer product significantly. Even though gamers may be slightly more computer knowledgeable than other users, monitors and their technologies have become exceedingly complicated. You should first understand the basics to choose a gaming monitor that will help you see all you need while the game is on the line.
Before we begin, a word. Even with the best graphics card in the world and a sluggish, low-quality monitor, gaming will not be an ideal experience. On the other hand, you won’t be able to maximize an excellent display if it is partnered with an antiquated graphics card. Before you invest additional money, be sure your entire chain is stable. Spending a little more to gain a feature you could utilize after a future update does make sense because monitors often outlast your cards.
A new gaming monitor for your PC and consoles is now necessary. There are several considerations to be made. We could go on and on about resolution, screen size, refresh rate, reaction time, panel type, curved or flat, etc. To assist you in understanding what’s available in the world of gaming monitors, we’ve chosen to put together a brief yet comprehensive overview.
Whether you’re a professional competitive multiplayer gamer obsessed with the quickest frame rates or a single-player campaign enthusiast who likes getting lost in every pixel, we’re convinced that this will help you pick an excellent display for your gaming needs.
- Panel Design
- Resolution and Screen Size
- Refresh Rate
- Reaction Time
- Curvy VS Flat
- Types of Games
1. Panel Design
The most fundamental feature of a monitor, and perhaps the most significant because it influences almost all aspects of the display, with the possible exception of sound. There are three primary LCD types, each with a unique set of features. The contrasts may not necessarily be night and day, albeit each has its merits.
The quickest panel type is still TN (twisted nematic); therefore, if you see a monitor with 360Hz, it is almost likely TN. TN panels have the highest refresh rates and shortest reaction times. They still have the smallest viewing angles and the least sound color reproduction, which are their drawbacks. However, black levels and contrast are acceptable.
Excellent all-around VA (vertical alignment). Better viewing angles than TN, decent reaction speed, nice colors, and perfect contrast. Because VA panels fall midway in the middle, they are trendy, especially for larger displays and TVs. Although they occasionally experience ghosting, this problem has mainly been eliminated because of technological advancements. Though not relatively as quick as TNs, it comes close.
The most effective in terms of color performance and viewing angles is IPS (in-plane switching). While slower than TN, response times and refresh rates are comparable to VA, making them adequate for most requirements. The primary benefit of IPS technology is color presentation, which is far better than the other two types of LCD, despite the fact that IPS has a reputation for having poor dark and contrast levels. Study several panel types in further detail, paying special attention in particular to IPS panels.
2. Resolution and Screen Size
The most often used gaming displays are in the 25″ to 35″ size range, even though gaming monitors generally range in size from 22″ to over 50″. Over the past six years, resolutions have stabilized, resting on 1920 x 1080 (full HD 1080p), 2560 x 1440 (QHD or 2K), and 3840 x 2160. (4K or UHD). These resolutions also come in ultrawide variations. You should take the aspect ratio into account when deciding on screen size. Regular displays have a 16:9 aspect ratio, but ultrawide monitors have a 21:9 or 32:9 aspect ratio.
Ideally, it would be best to aim for a pixel density of between 100 and 120 pixels per inch when balancing size and resolution. You’ll receive the sharpest, most precise image by doing this. Consequently, 1080p displays best on 25″ or 27″ monitors, 1440p on 27″ to 35″, and 4K on at least 32″. Yes, you can use 1080p on a 32″ screen; however, the image will be a bit hazy. On the other hand, 4K will appear too small and thick on a 25″ screen.
Generally speaking, 1080p 25″–27″ monitors are better for gamers that demand quick response times. You don’t need to sit as near while using larger monitors since they offer more comfortable viewing from a distance, and the images appear great. Despite technological advancements, larger screens continue to have longer reaction times, lower refresh rates, and a higher chance of ghosting. Not as tidy as smaller displays, but nothing bad either.
See why we think your 1080p gaming will look fantastic on these displays and why 1440p works so well on a 27″ display. Want 4K? You should strive for this, especially if you wish to use a PC and a console on the same monitor.
3. Refresh Rate
The alleged gold standard of gaming displays. The best option is speed. Monitors with hundreds of frames per second are now considered standard, although 60Hz was formerly acceptable. Screens with higher refresh rates may achieve a variety of things. The desktop and games become responsive and smooth. Without being constrained by a sluggish monitor, your graphics hardware may completely express itself. Additionally, because the display updates the frame quicker than you can hit a button, total input latency is decreased.
Fair enough, you don’t need a super-fast display because, except for games like CS: GO and Rainbow Six Siege, most games demand a lot from GPUs and can’t operate at 240Hz or 360Hz. Since most games on PC and the most recent console generation function in the 60Hz to 120Hz bandwidth, a 144Hz or 165Hz display will serve you well and have extra capacity. Please continue reading to discover more about 144Hz monitors and how they compare to the more recent 165Hz screens. Then think about why a quicker display is typically a superior option.
4. Reaction Time
The monitor’s reaction time and refresh rate influence how fluid and smooth your gameplay will be. Stuttering and tearing will occur if there is any mismatch between your graphics card and the monitor. Additionally, a display with a poor reaction causes more input latency, which may be felt in-game, especially in games with a fast tempo.
Grey to grey (GtG) and moving picture response time (MPRT) are typically used by manufacturers to describe the speed of a display. MPRT is more helpful in calculating the likelihood that a monitor’s blur or ghosting may appear. GtG is a good indicator of a display’s overall responsiveness since it shows how rapidly pixels may change color. Although it would be ideal, it is impossible to get 0 in either. Anything less than 4ms is acceptable for GtG. If 1ms is an option while looking at MPRT, choose that.
Screen tearing may be prevented by synchronizing your gaming monitor and GPU using variable refresh rate technologies such as FreeSync and G-Sync. However, you mostly rely on the inherent capabilities of your display for overall input lag (the interval between pushing a key or button and the associated action appearing on-screen).
Need additional information about response time? Additionally, although they are connected, response time and input lag differ.
5. Flat vs. Curved
Since most gaming displays are flat, the term “flat panel” was coined. They are the industry standard and work well with all game genres and styles. As manufacturing technology has advanced, curved panels have grown in popularity. Curved displays offer the much-desired “immersion” aspect that everyone is raving about since they are better suited to the natural depth of human eyesight.
Since this is a question of personal preference, we advise you to test out a curved monitor before making a choice. The depth of the curve is represented by a number and the letter R, which stands for radius. A 1000R monitor, for example, has a 1000mm edge to edge, a 1900R monitor, 1900mm, and so on. The borders are closed, and the curve is more “aggressive” the lower the number.
Curved monitors provide a wider field of view than flat monitors since they are often 21:9 ultrawide displays. Because you receive more watching every frame, this becomes helpful in any game or program. A lower field of vision (FOV) necessitates repositioning the screen and your head to see beyond the frame’s borders.
An ultrawide curved display can be your best option if simulation games like racing and flying simulations are your particular passion. It will undoubtedly provide a more realistic and exciting viewing experience than a flat panel. Other game kinds don’t notice the change as much.
Wrapping It Up
Depending on your needs and financial situation, you’ll probably be forced to choose between the two. There is no issue with either, but if you are choosing between two distinct panel kinds, you’ll want to know which you personally prefer, at which point you should be aware of the information as mentioned above.
This should be a good starting point for you to learn more about gaming monitors and choose the right one for you.