The Importance of Refresh Rate on Gaming Phone Screens

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The Importance of Refresh Rate on Gaming Phone Screens

The Importance of Refresh Rate on Gaming Phone Screens

The idea of having a fast refresh rate on a screen is that the faster it refreshes, the smoother and more realistic graphics will appear. If you are playing games such as Call of Duty or Grand Theft Auto V, an incredibly smooth frame-rate allows your characters to move in ways that would be impossible for a human being to do.

Take, for example, when you shoot someone with an assault rifle – if your game has a high enough frames-per-second (FPS), then they may fall over backward from the sheer force of bullet impact alone. They might even get knocked over by your weapon recoil too.

This is because the human eye has a refresh rate of around 60Hz, and when it sees something which moves more than 60 times per second – such as an object moving at high speed – then that movement will appear smoother. However, if you exceed your screen’s refresh rate (for example, 240Hz), then the eye cannot see any additional movement from this faster refresh. Therefore going overkill with fast refresh rates can sometimes actually cause a reduction in smoothness.

Factors of A High Refresh Rate Screen For Your Gaming Phone

There are other factors to consider too, such as the weight of a screen – for example. If you had a cumbersome monitor, then this would reduce your ability to move it around. There is also the die-life (the point at which the monitor will no longer function) and how long it takes for pixels to decay.

But, there are other ways to make graphics smoother. For example, if you play a game such as CS: GO on a low frame-rate (say 20 FPS), then this will appear much more realistic than playing the same game on 60 FPS. This is because your mind will fill in the missing frames. It may not be as smooth, but it will feel much smoother than playing a high-FPS game on 20 FPS. If you have a very low FPS (say 1-2 FPS), then your eye will still see the graphics as smooth because of the persistence of vision.

This is a fascinating premise, and I would be inclined to agree. In fact, it seems the logical conclusion of having multiple screens available for your use at any given moment. While this may not seem like an issue on the surface, many complexities come into play with such a simple statement.

Refresh Rate Correlates To Power Usage

Firstly, let us consider the practicality of such a statement. In our current society, we are constantly bombarded with information from all directions. It is often difficult to pay attention to what we feel is relevant at any given time. This would be exacerbated significantly if one could peruse multiple sources of data simultaneously (or even in rapid succession).

Here we must consider what it is that allows us to function in such a society. The battery is used faster when the refresh rate is increased, often linearly. We are often distracted by irrelevant pieces of information. Yet, it is our ability to filter out this information and focus on the important details which allow us to continue functioning at an optimum level.

This usage of attention is a skill that takes time to develop, and this ‘attention span’ must be considered when discussing the topic at hand. We can focus on tasks for extended periods of time due to how efficiently we filter out irrelevant information. This is why your phone might suddenly die if you weren’t moderating your refresh rate for games only!

The Smoothness of High Refresh Rate

If we were to increase the rate at which information is presented to us, it would only be a matter of time before our attention span dropped. A decrease in this ability will have detrimental effects on society as we currently know it. Any number of catastrophes could result from this (such as an inability for individuals to filter out important details and focus on what is relevant).

The first thing I would like to point out is the fact that there can never be fast enough refresh-rate because we are imperfect creatures. For example, people have limited memory and cannot possibly remember everything about every single situation they encounter in life.

Let’s consider an example of a man who owns a computer with a 60Hz refresh rate monitor. One day, his friend visits, and the man shows him around his house before showing him the computer in his study.

The 60Hz vs. 120Hz Refresh Rate Difference

The man shows his friend the computer and says that he also has a high refresh-rate monitor. His friend then asks him how fast it refreshes, to which he replies, ’60Hz’. Then, even though there is no way for him to tell whether his friend understands what 60Hz means in this context, he continues with the conversation.

His friend then says, ‘That’s quite fast! I have a monitor that refreshes at 120Hz.’ And the man replies by saying something like: ‘Yeah, my screen is also pretty good. It doesn’t lag or anything.’ The problem with this conversation is that it can never be truly finished because for either of these men ever to say whether or not their monitors are actually refreshing at 60Hz and 120Hz, respectively, they would need to know what everything on their screens looked like one millisecond before turning into what they currently look like. Further, they would need to compare the power of the graphics card pushing these frames. Maybe the screen isn’t even set properly for the right refresh rate!


There is nothing that can be said about a screen’s refresh rate with 100% certainty because it would require knowledge of the future to truly determine what will appear on the screen at any given time. So, when someone says that their screen has a fast refresh rate, they are really only saying that it appears to have a fast refresh rate but not whether or not this is actually true. You must look into the settings to confirm or change your phone’s refresh rate!


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