1080p Resolution: The gaming world is very big, and each user has their preferences. However, when we talk about the professional world and, more specifically, professional eSports gamers, there is usually one thing they all have in common: they prefer to play at 1080p resolution instead of higher resolutions like 4K. What’s going on? In this article, we’ll tell you a lot about it.
Professional gamers and even streamers often change the resolution of their games to 1080p and loosen the graphics settings to get better performance since FPS is so important in competitive gaming. Instead of 1080p, wouldn’t it be better to have more powerful hardware to move games to 4K resolution and higher FPS?
Professional gamers use the At 1080p format
Even now, many gamers still use 1080p monitors, especially for games that are more competitive and require quick response over slick graphics. Professional esports gamers prefer to play on a 1080p monitor, with FPS, response time and refresh rates being their main concerns.
See, 1080p monitors are easier to get higher frame rates on, making them the best choice for smooth gameplay, even though they don’t look as good. It would help to think about how hard a 4K gaming monitor is on your PC. They are much harder to run than 1080p.
The resolution of a monitor is how many pixels it can hold at once. The more pixels something has, the harder it is for your PC to draw it. So, while 1080p might not look as sharp as 4K, the smoothness and responsiveness make up for competitive gamers and esports pros.
There are a lot of cheap 1080p monitors on the market right now, and each one has a different set of features that can be changed to fit your needs. Also, since high-end 1440p and 4k monitors are now widely available, the price of 1080p monitors has dropped a lot on the market.
Pro gamers choose 1080p because of its low pixel response time
Pixel reaction time is the length of time it takes a pixel to shift from one color to another after receiving an electrical input. A low pixel response time means that the information on the screen is slightly behind what is being sent to the monitor.
But what does this mean for the game? The pixels you are reacting to can be tens of milliseconds old. For example, you might do a reaction turn to bring your weapon sight over an enemy, but because of how long it takes for pixels to respond, you miss the enemy.
This means that anything that moves on the screen is 60 milliseconds behind the real action. This sounds like not much. But many pro gamers have reaction times that are faster than this. Thankfully, most screens today have faster pixel response times than they did a few years ago. Many 1080p monitors have response times of 2 ms or less, which is too fast for the human eye to notice.
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1080p helps pro gamers maintain high frame rates
A pro gamer thinks that the frame rate is the most important part of a game’s performance after seeing what’s going on on the screen. The faster the pro can react to what’s going on on the screen, the higher the frame rate. The problem is that maintaining high frame rates, like 144Hz, all the time takes a lot of computing power.
Top-of-the-line graphics cards might be able to keep up 144Hz 99 per cent of the time. Nonetheless, when rockets are screaming past your ears, explosions are hitting the ground around you, and ten players are vying for screen space, the graphic card may be strained to the point where the frame rate falls below the objective of 144Hz.
This momentary drop would cause enough stuttering to decide whether the team would win or lose. The difference between hitting the target and missing it. So, gamers lower the resolution as much as possible, like to 1080p, to get a 144Hz frame rate that is rock solid.
Gamers also turn down the graphics settings to the lowest level. But why don’t pro gamers drop the resolution even more if they badly need high frame rates? If the frame rate is the only thing that matters, why not go with 720p? Well, because it makes things clear. 1080p is a great resolution because it’s clear and doesn’t put too much work on the graphics card.
If you dropped to 720p, you’d still get high frame rates, but you’d lose some clarity at medium distances. If you change your resolution to 4K, on the other hand, there are 4 times as many pixels for the graphics card to figure out. Even with the most powerful graphics cards on the market, most people can’t get 4k at high frame rates.
Pro gamers use 1080p to reduce post-processing lag
Lag caused by post-processing is another reason why pro gamers often choose 1080p as their resolution of choice. Since the introduction of modern smart TVs, manufacturers have felt the need to set themselves apart by using real-time post-processing techniques to improve the quality of the image shown on screen.
They use old ways to improve photos, like sharpening and removing noise, to make images look sharper and clearer. But a bad side effect of this after-the-fact processing is that it adds a lot of lag.
For instance, I play games on a console on a Samsung 4K QLED TV. It takes 120 milliseconds to finish post-processing when it’s not in gaming mode. That’s more than 1/10 of a second, making everything feel slow and heavy. But the TV has a “game mode” that cuts down on post-process lag.
But this only cuts input lag down to about 30 milliseconds, which is still long enough for most gamers to notice. PC gaming monitors now have to be able to process images after they are taken. And usually, the time it takes for the onboard processor to post-process an image depends on how high the resolution is.
So, it will take more time to process a 4K image than a 1080p image. Most companies that make gaming monitors try to stay away from post-processing. But this is still another reason why professional gamers tend to use 1080p screens to be safe.
Professional gamers utilize 1080p displays because:
● It’s easier to keep frame rates like 144Hz or 240Hz going.
● Most tournaments use 1080p monitors and hardware that anyone can use. So pro-gamers train on the same hardware they’ll use in tournaments.
● The Pixel response times of 1080p panels are very fast, which can help reduce ghosting and show visual information more quickly and clearly.
● It helps cut down on the delay caused by the source image’s post-processing.
Now you know why pro gamers play games on 1080p monitors. Here are the main points in a nutshell.