Selecting a withstanding refresh rate can be as tricky as choosing a high-end processor because there are so many figures, but only one will benefit you in the long run. The same is the case when 75Hz vs 144Hz refresh rate is concerned. Most people speak about the imperceptibility of an eye to behold a change greater than 60Hz, while others argue that the higher the refresh rate, the better the gaming experience would be. I reside with the latter group because, in my opinion, higher refresh rates might not be visible to your eyes, but the shuffling of pixels and the smoothness are the things we can experience.
You must have come across a video of 30 FPS; how boring and laggy it is, right? Now, compare the same video that runs on 60 FPS. Smooth transitions, right? That’s exactly what we need when playing games. But again, the war between these two figures is never-ending (75Hz vs 144Hz), and I guess questions posed on forums warranted the need for a healthy discussion. So, here we are! Shall we proceed further? Let’s talk about basic things first.
Difference between refresh rate and frame rate
- Refresh rate: The ability of a monitor to project images on the screen. For a refresh rate of 60Hz, a monitor is capable of drawing 60 images in one second (hertz).
- Frame rate: The frame rate is related to a GPU, so it’s the time taken to render a single frame on the screen. To explain it further, the frame rate extensively relies on the refresh rate. If the frame rate is higher and the monitor’s refresh rate is lower, you will experience significant lags. The other way round if the refresh rate is higher and the frame rate is lower. To overcome this, you can play with VSYNC, which is a proprietary feature in all of the games. It smooths out the frame rate and avoids all sorts of conflicts: Tearing, ghosting, and lagging.
Explanation to the 75Hz refresh rate
It goes without saying that a refresh rate of 75Hz generates 75 images in one second on the screen. Also, it’s a given fact that a human eye can’t see the changes beyond 12-15 images per second. That’s all we can behold in a given situation, so is it really worth upgrading to a 75Hz refresh rate monitor/Tv?
In short, yes, it’s really worth it because of the smooth transition between pictures. The higher the refresh rate, the more seamless the gaming experience would be. You can’t deny it because the transition from one picture to another becomes so clean and quick that you discern zero lags on the screen. But, here’s the shot. It’s not recommended because of the price point. Let’s discuss this in the next heading.
Is 75hz good for gaming?
When you shift from a 60Hz monitor to a 75Hz monitor, the change does feel wonderful. Overall, the gaming experience has simply skyrocketed, but when you compare the change between 60 and 75, you see it as a bluff because the price they are charging for such an infinitesimal change is outrageous. But when you compare the change to a 144Hz monitor, that’s where things start getting interesting. We’ll discuss this as well, so hold your reins!
So, in simpler terms, if you are upgrading from a 60Hz monitor to a 75Hz monitor, you would see a change of 25%, which might not be a big figure for a few people. But it’s really worth it if you are into competitive battle royale games like Apex legends because each FPS counts.
Overclocking concept in a 75Hz monitor
This action is extremely biased toward the monitor side, and nothing has to do with the type of GPU you have. Basically, the 75Hz monitors can be overclocked to 100Hz, and at times 120Hz as well. But this entirely depends on the features and the type of monitor you have. Not to mention, a 75Hz monitor can project around 100 pictures per second (100Hz) if overclocked, but this doesn’t happen on low-end products. So, if you are willing to pay an extra $100, then yeah, you can overclock your monitor to 100 and 120Hz to gain extra smoothness on transition.
Apart from this, a 144Hz monitor usually costs you around $300, and that’s quite expensive. But if you are buying a 75Hz monitor, you can easily get it within $200, and that too with overclocking capabilities. In short, if you want to buy cheap, and at the same time experience all features of a high-end monitor, then go with something in between: not too cheap, not too expensive, so at least you can overclock when needed.
Explanation to the 144Hz refresh rate
It’s obvious that the 144Hz monitor will be ten times better than the 75Hz monitor. Well, the difference is twice when compared to 75Hz. So, when you buy a monitor with a 144Hz refresh rate, you can expect it to project around 144 images in one second, which is extremely vibrant and clean. Not to mention, the 144Hz refresh rate turns out to be eye candy because not only can you achieve perfection in visualization but also kick in overclocking capabilities.
On top of that, a 144Hz monitor will incur zero lags which means now you can easily have a seamless and flawless gaming experience. The 144Hz monitors are quite expensive for what it’s worth and probably can touch the threshold of $400-$500, and even more if they are larger in size.
The gaming experience on a 144Hz monitor
The gaming experience on a 144Hz monitor is simply out of this world. By chance, if both your components, GPU and monitor, are capable of rendering 144Hz, then this is the best thing in the world you could have ever achieved. Jokes apart, the 144Hz monitor is capable of projecting 144 images per second, which automatically refutes the possibility of any lags or tearing. Not to mention, all you have to do is turn on your V-Sync settings, and bingo, there will be a constant 144 FPS count on your screen, and even more, if you are able to overclock the monitor.
How do V-Sync, G-Sync, and Fast-Sync affect gaming performance?
Before I pitch in my verdict regarding which refresh rate to go for, I want to make something very clear. To be precise, these “Sync” properties play a vital role in flashing out the best possible experience for gaming. With this in mind, you need to choose your weapon wisely.
Let’s first shed light on the back-end process of these “Synching” entities. For example, if your monitor has a refresh rate of 60Hz, and you decide not to turn on the “V-Sync” option in the in-game settings, then you’ll experience tears and possibly lags as well. Why? It entirely depends on the capabilities of the monitor. If it’s only able to render around 60 images per second, then the extra frames will take time to render, leading to tears and lags. This is why it’s always recommended to put up the settings that align perfectly with your monitor.
On top of that, response times matter a lot as well. The lower the response time, the more input can be directed forward. Apart from this, V-Sync, G-Sync, and Fast-Sync are options that smooth out the gaming experience. The G-Sync is Nvidia related, whereas the Fast Sync resides on the AMD side. Both of them have advantages, and disadvantages, which I won’t be talking about in this article. Just do bear in mind that always buy a monitor with a higher refresh rate if you do not intend to turn on the “Synching properties.” This way, you can have access to a cohort of frames on your screen without any tears and lags.
Which refresh rate to go for at the end of the day?
Definitely, 144Hz. Is that even a question? Well, yeah, many people have asked this. So, if you can really afford to get a 144Hz refresh rate monitor with lower response times, then definitely go for it. Otherwise, 75Hz can work like a charm as well if your GPU is not powerful enough to render 75 images per second. Not to mention, GPUs and monitors go hand-in-hand, so make a rational decision because you don’t want either of your components to lag behind; otherwise, you won’t be able to achieve perfection. Well, this brings us to a conclusion. I hope you liked the article, and if you have any questions or queries regarding dynamic refresh rates, then do let me know in the comment session!
Hey, I’m Muhammad Bilal. I’m a tech fanatic (also read: Gamer), who loves scrutinizing fine details. I aim to strive hard in my respective fields (as a writer and software programmer). Before pursuing my majors in a university (right now in A-levels), I want to spend time exploring and reviewing the latest technology.