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The Hertz gaming monitor that you currently own is highly dependent on your budget and personal gaming needs. If you are an avid competitive gamer and want to get some edge over the competition, then you can invest in a high refresh rate panel, probably a 144Hz monitor or a 240Hz monitor.

Some gamers prefer beauty and graphics to fast response time, so they may prefer 4K monitors with IPS panels, which generally run at 60Hz. That said, it's not always the case, modern displays offer the best of both worlds in terms of image quality and responsiveness. With that said, there are a few things to consider before upgrading your monitor - by the end of this article, you'll know whether you should stick with a 60Hz monitor or upgrade to a 120Hz, 144Hz, 240Hz, or even 360Hz model.

Below, we have compiled a top monitor pick list for each category, containing a lot of information, comparisons, etc. You can use all of these to limit your options and improve the gaming experience.

But before we dive into the details, let's first understand the basics to help you get started.

Hertz (Hz) is the number of times the screen updates per second. This means that a 60Hz monitor will update the displayed image and return 60 images per second, while a 120Hz monitor will return 120 images per second per update.

Basically a higher Hertz number means you can get more images per second, effectively creating a smoother on-screen experience. A higher value basically means that you can get a smoother screen, which is very important when gaming.

In the past, it was said that our eyes could only see 30 Hz maximum. At the time, it was said to be as high as 60Hz, and now the numbers cannot be concluded. Some time ago when the 144Hz display was released, everyone noticed the big difference jumping from 60Hz to 144Hz. Even if it jumps to 120Hz, it can be seen clearly. With the recent introduction of 240Hz, we didn't notice much of a difference in comparison, but this may be the limit of our eyes, but 240Hz monitors still have some super smooth things that show that the louder the better.

If the eye can actually see frequencies up to 60 Hz, then the manufacturer will not produce the 240 Hz monitor that you can find today.

If you don't know how to check your monitor's refresh rate, you can read how to check and change your monitor's refresh rate to make sure you get the most out of your device. When

LED displays first became popular, high-refresh rate displays were considered 60Hz. These old-school panels can play old games smoothly, or so we think. As we enter the 21st century, display technology has developed exponentially, with refresh rates far exceeding the iconic 60Hz in the past.

Currently, the rating for high refresh rate displays is 240 Hz or higher, which is 360 Hz. At these speeds, the display will refresh at 240 360 times per second, providing incredible smoothness during gaming. That being said, as we will discuss in more detail later, when you move up the theoretical refresh rate ratio, the visual improvement you get will decrease as you move up. For example, jumping from a 60Hz monitor to a 144Hz monitor is like night and day. However, there is little benefit to going from 240 Hz to 360 Hz.

Having said that, there is no substitute for a high refresh rate monitor; makes a huge difference (especially if you want to take your competitive game to the next level).

For normal users, the difference is not as obvious as competitive game players. For gamers, these small differences play an indispensable role in winning competitive games, especially FPS games like CS: GO, Valorant, Overwatch, Battlefield, Fortnite, and PUBG.

The image quality will not be improved, but the smoothness of the movement will be improved. A 60 Hz monitor will display 60 different images per second and a 120 Hz monitor will display 120 different images per second. In other words, Hz is the refresh rate and it has nothing to do with improving the graphics.

Similarly, this means that 120Hz and 144Hz monitors give gamers the opportunity to react faster than 60Hz monitors.

So now you understand what Hertz is in relation to a monitor and how it affects your overall gaming experience, but what are the actual differences between 60, 120, 144 and 240?

In this section, we will discuss the different refresh rate values, the advantages and disadvantages of each type, and finally we will recommend a high-quality option for each category.

60Hz monitors used to be the standard, and some CRT monitors have been up to 85Hz. On paper, they display 60 images per second, which makes them far superior to 30Hz monitors. This means that a new image is generated every 16 milliseconds.

4K gaming monitors have been growing in the market, mainly because they are now cheaper than ever, and games are slowly starting to be available in 4K format. Therefore, if you want to buy one in the future, your best decision now is to buy a 60Hz gaming monitor until you can save money and afford one.

We have our personal choices in the 60Hz, 120Hz, 144Hz, and 240hz categories below, so be sure to check it out. To better understand the best choice among monitors, you can check out our best monitor choices. We reviewed several monitors from different places

60 Hz, but it is still very difficult to distinguish them.

Individual differences play an important role in what you notice. Some people simply adjust their eyes to the subtle contrast of perceived refresh rates.

Technically, yes, there is a big difference between 144Hz and 240Hz. 96 additional updates per second is very important and can make the game more fluid in general. However, although the speed jump from 144Hz to 240Hz is greater than that from 60Hz to 144Hz, the difference between the former will not be as obvious as the difference between the latter. This is because as the refresh rate increases, our ability to perceive it decreases.

It is also important to note that a system that can take full advantage of a 240Hz display will cost a penny. Even so, if you play games on Ultra settings, you may not actually experience the full power of 240Hz. Screen.

Historically, people thought that the human eye could only perceive the flicker rate of the screen between 50 and 90Hz, but according to this indicator, if we move from a 120Hz screen to a 240Hz screen, there is no difference, and there is absolutely a difference.

Think so. If you set the strobe light to flash at a frequency of 240 Hz and someone moves the toy boat quickly in the room, you will see the boat frozen in place at several key moments during the journey. If the human eye cannot perceive 240Hz, then the ship seems to move smoothly through the room instead of the stuttering effect we actually see. Whether the

maximum 240Hz can be understood is a problem, because the higher the refresh rate, the more difficult it is to distinguish. Some studies claim to have found that the upper limit of human perception of Hertz is around 250 Hertz, but please remember that humans or different groups. We are all different, so our view of Hertz is the same.

In any case, the brain records what we see on the screen with real motion at a frequency of about 250 Hz, that is, the general flow of images is real, even if the game is very crazy.

You can see 240Hz, of course the human eye can see 144Hz. Although it is only slightly different from 120Hz, there are additional improvements to the quality of movement.

If we take 250Hz as the general capability standard for 20/20 vision, not only can we perceive 144Hz, but there is also room for more than 100Hz. Some people may find it difficult to distinguish between 144 Hz and 250 Hz, because 144 Hz motion itself is very silky, but it is not exactly the same as how we see motion in the natural world around us.

We do not know its origin, but it is said that the human eye can only perceive 24 frames per second. Of course this is completely fabricated, because if it's below the 30fps mark we wouldn't even think the game is playable, but how many frames per second can our eyes perceive?

Well actually ... 1000. This is correct, friends; we are truly magical beings! Suppose we can perceive 1000 frames per second, because this is about the speed of neurons in our brain. The key to remember is that vision is more than just conscious recognition.

Although our eyes may not be able to focus, the information reaching our brains is much more extensive. This is weird, we know. This sounds like a contradiction, but we are indeed documenting things that we don’t even know every day.

But remember, 1000 fps is just a generalized hypothetical number. Your actual ability to perceive frames may be much better or less than that of others.

Yes, the human eye can definitely see 120 fps! Thanks to our ultra-fast neurons, we can not only unconsciously record 120 fps, but we can also record it with our eyes. The difference between

60 and 120 frames is 8.4 milliseconds, which may seem insignificant, but 8.4 milliseconds can eliminate any residual motion blur in the jump from 30 to 60 frames per second and make the game more enjoyable. fluid.

However, if you are a seasoned PC gamer, you will find that the frame rate is not only related to the visual effects, but also to the latency reduction. It's about feeling, guys! Increasing the frames per second from 60 to 120 frames means that the interaction between you and the game will be improved, allowing you to play better than ever.

Yes, research shows that the human eye does notice the difference when looking at an 8K resolution screen. In fact, we may see the benefit of denser pixelated resolution.

Since we are the flesh, we cannot directly compare the power of the eyes and brain with the screen, but it is estimated that to make a camera with a resolution equivalent to our bright eyes, it needs to contain 576 million pixels.

Considering that 8K is a 7680 x 4320 resolution, it is not as complicated as our eyes’ ability to perceive clarity.

240Hz seems strange to some people for several reasons. Remember when HDTV was released? Your rich friend is the first person you meet to get it. You go to his house to witness the next generation of entertainment technology, but to your surprise, something is not quite right. Of course, it is lighter than the TV at home, but it still seems...something is wrong.

This is because you are witnessing the so-called "soap opera effect". This happens because most TV shows use

The only problem is that this movement is not natural, and in most cases, it will cause the moving objects to overlap in the shooting scene.

This doesn't really apply to games, but if you have been playing games on a 60Hz monitor for years, 24Hz might be strange to you. For games, the

refresh rate is considered more important than the resolution, so it makes sense to choose a 240Hz 1440p or 1080p monitor instead of a 60Hz 4K monitor. A 4K 60Hz display may look clearer, but a higher refresh rate allows for smoother movement and a more sensitive gaming experience.

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