Have you ever wondered if 144Hz vs. 165Hz is worth it? You’re not alone. 144Hz and 165Hz monitors have become more and more common. But many people are wondering which is better.
I’ve owned both; in this post, I will go over the difference between 144Hz vs. 165Hz, and hopefully, at the end of this post, you will know which refresh rate monitor to buy if you are in the market for a new gaming monitor.
144Hz vs. 165Hz: The Real Differentiate
With the higher refresh rate, A 21Hz difference between 144 and 165Hz monitors translates to the ability to display 21 more images per second. That’s an increase of 21Hz, or 14.5%, over 144Hz.
If you’re a competitive gamer, an extra 14.5% increase in frame rate could mean the difference between victory and defeat.
When it comes down to it, the difference between 144Hz and 165Hz isn’t that significant. Most experts agree that a human being can only distinguish around 10 FPS. That means even a difference of 30 FPS is barely noticeable by the eye. Instead of upgrading your monitor only for 30 additional FPS, invest instead in the best possible GPU and CPU you can afford and enjoy the smoothness at an affordable cost.
Refresh Rate, Hertz & Frames: Most People Don’t Understand It, But The Difference Can
So you probably know that refresh rate is measured in Hz, Hertz, and sometimes in frames, but you might not know what that means. In this article, I’m going to explain the three terms and also give a little advice as to when you need to worry about it.
Refresh rate is defined as the number of times per second a monitor completes an image scan. The refresh rate can be expressed in various different ways, depending on the unit used for measurement. The most common measurements are Hertz (Hz), cycles per second, and pictures per second, or PPS. If you have ever seen a marketing claim stating that their product “has a 1 million Hz refresh rate,” then they were probably talking about how many times per second the image was refreshed, which is similar to how many times per second your brain refreshes what it sees. This can appear as both movement blurriness and smeariness on the screen.
Hertz is a measure of frequency, or how many times a cycle repeats in each second. The higher the number, the more often a cycle repeats. Hertz is similar to cycles per second (CPS) but measures oscillations rather than rotations.
A monitor’s Hertz rating determines how much color contrast, or brightness contrast, it can display between black and white areas on a screen.
The higher the Hertz, or Hz, the faster a frequency can be produced. Most monitors top out at around 360 Hz.
Frames per second (FPS) is a unit of measurement that conveys the number of video images displayed per second in a moving picture. One frame consists of all successive pictures displayed in the time interval equal to the length of one second. For example, a frame rate of 30fps means that for 1 second, the screen will display 30 different still images in rapid succession (1/30th of a second for each image). A high FPS rate provides a better gaming experience. If you select a 144Hz monitor, but its actual refresh rate is 140Hz or less, it can cause a stuttering or juddering effect, which makes your game looks unnatural.
How do different refresh rates (Hertz) affect frame rates? The Science Behind It
Refresh rate is one of the most important factors to consider when purchasing a gaming monitor. It has an impact on every aspect of your experience, from response time and lag reduction to tear reduction and ghosting. The refresh rate essentially dictates what the display will show, so understanding how it works is important if you want to make the right purchasing decision.
Let’s say you’re playing a game, and your GPU is outputting frames at a rate of 60 fps (that is, every 16.66ms). If your monitor has a refresh rate of 60Hz, then it will take 1/60th (or 0.01666666…) seconds to draw each frame on-screen.
However, if your monitor has a refresh rate of 75Hz, then it will only take 1/75th (or 0.0078125) seconds to draw each frame on-screen.
This is important because when we talk about FPS (frames per second), we’re referring to how quickly our monitor displays those frames. If we have a 144Hz display, for example, then each frame will be displayed 144 times per second—it’ll take 6.94 milliseconds (that’s 0.0194 seconds) for each frame to show up on the screen!
If you had a monitor with a refresh rate of 165Hz and a frame rate of 60fps, your screen would update exactly once every 8 milliseconds. It doesn’t seem like much at first glance, but this makes all the difference when it comes to picture quality and immersion!
You can’t really compare refresh rates and frame rates.
Frame rate refers to the number of frames per second that your monitor displays, while refresh rate refers to the number of times your monitor can display an image in a second. Because they measure different things, it’s impossible to compare them directly.
For example, if you have a monitor with a refresh rate of 100Hz and a frame rate of 30Hz, then you’re going to see your gameplay at the same speed regardless of what resolution you use or what settings you adjust in-game. If you have a monitor with a refresh rate of 100Hz and a frame rate of 60Hz, then you’ll see your gameplay twice as fast at 1080p as you would at 720p—but it will still look just as smooth.
Way of Display Frame Rates: interlaced and progressive
The first thing to understand is that there are two different ways a monitor can display frames: interlaced and progressive.
Interlaced means that each frame is split into two half-frames, so it takes longer for the monitor to display an entire frame than it would if it were progressive.
Progressive displays an entire frame at once, which makes it easier for you to see movement onscreen when playing games or watching movies—but it also means that each frame takes longer to process and display than an interlaced one does.
So why does this matter? Because in order to get smooth gameplay without lag, you’d ideally want all of your frames displayed as soon as possible—and interlacing makes that impossible because it splits each frame into two halves. That’s why most gamers prefer a monitor with a refresh rate of 144Hz or more.
Things to consider which Enhance monitor Hertz Frequency:
The hardware needed for high framerate performance is a fairly straightforward list. First, you need a graphics card that can handle the load of multiple objects moving at once. Second, you need a computer that can keep up with the demands of running all these graphics cards, which means having a strong enough processor and enough RAM. Finally, your computer needs to be able to maintain consistent frame rates throughout playtime.
A graphics card is essentially the brain of your computer’s visual processing system. It handles all of the calculations necessary to draw images on screen and make them appear smooth, but this requires power—a lot of it! When choosing a graphics card for high framerate performance in games, consider one that has been optimized specifically for gaming purposes rather than general purpose use (like Adobe Photoshop). These gaming cards have been designed with high-end processors and lots of memory, so they can process all those polygons quickly without bogging down your computer’s overall performance.
A monitor with a refresh rate of 165Hz has a unique role to play in enhancing your computing experience. It is capable of handling high-intensity games seamlessly and reducing ghosting effects. The higher the refresh rate, the better. This ensures that there is no lag in real-time action or blur when playing high-end games or watching movies.
If you are looking to run games at high framerates, it is highly recommended that you get a CPU that is at least 3.0Ghz. The higher the clock speed, the better. However, if you want to play with other people who have a lower-end CPU and don’t want to lag them out, then it might be best for you to get a higher clock speed on your CPU.
The more cores on the CPU, the better.
RAM is one of the most important components of a computer because it’s what makes your system run smoothly. The more RAM you have, the more tasks your computer can handle at once. If you want to do work that requires high framerate performance, like video editing or gaming, then you’ll want to make sure your system has enough RAM.
In short: RAM helps your computer run faster.
If you have 4GB or less RAM, upgrading will help tremendously. If you have 8GB or less, upgrading will still help, but not as much. And if you have 16GB or more, upgrading won’t be as beneficial—but there are still other things you can do to get better performance from your computer!
Best graphics card to get high framerate performance on your games
If you’re looking for the best graphics card for gaming, you’ve come to the right place.
We’ll tell you what hardware you need to get high framerate performance on your games, and we’ll also explain why it’s important.
Let’s start with the hardware. If you want to play games at higher framerate levels than 60fps, which is typically considered “high framerate,” then you’re going to need a new graphics card. You can use software like GeForce Experience or Radeon Software Adrenalin Edition to make sure your computer is running at its maximum potential, but if you want the best results, it’s really worth investing in a new one.
The two best options right now are NVIDIA’s GeForce RTX 3090 and AMD’s RX 6900 XT. These cards are both excellent choices for gamers looking for high framerate performance in their games. They’re both very powerful cards with lots of memory and processing power that will help keep your computer running smoothly even when there are lots of things happening on-screen at once (like explosions).
The RX 6800 XT is the best graphics card for high framerate gaming. It’s not just the fastest graphics card, but it’s also affordable and easy to get. The RX 6800 XT can run any game at 4K resolution and max out settings with ease, which means you’ll be able to play games like Apex Legends and Fortnite at top speed without sacrificing visual quality.
The RTX 3080 is one of the most powerful cards on the market today, but it isn’t quite as fast as the RX 6800 XT. That being said, what it lacks in performance, it makes up for in other areas. For example, unlike many other cards on this list (including AMD), the RTX 3080 doesn’t require a power supply upgrade if you want to use it with your existing system—it can work with just about any setup out there today.
Benefits of 165Hz
- Increased responsiveness of the screen, which makes gaming feel more natural and immersive.
- A higher refresh rate and faster pixel response time result in smoother graphics, especially during fast-paced games.
- Increased visual clarity, especially in fast scenes with large objects.
- Better motion clarity and sharper images—even when playing games.
- More responsive gaming experience with fewer delays in response time.
- Less motion blur and clearer images
- More responsive and smooth gameplay
- Reduced eye strain
Limitations of 165Hz
- Not all monitors support 165Hz refresh rate, so if you want to use it, make sure you check for compatibility.
- The response time of most monitors is still not as good as it should be. This means that the blacks might look grey when you are playing games in dark areas.
Benefits of 144Hz
- The ability to watch more than one movie at the same time.
- Better gaming performance. The higher refresh rate means less input lag, which means you can react faster and more accurately in-game.
- More enjoyable gaming experience. Your eyes won’t get tired as quickly, and you’ll be able to play longer with fewer headaches!
- Less eye strain from the text on the screen. Your monitor will have less ghosting, which means it will look sharper and clearer on screen—making reading text easier on the eyes than ever before!
Limitations of 144hz
- The first limitation is that you can only get 144hz if your monitor supports it. If you have a 60hz monitor, no matter how good the graphics card and video card in your computer are, you will not be able to run games at 144hz.
- Another limitation revolves around the fact that not all games are compatible with or optimized for 144hz monitors. This means there might be some slight input lag when running them at their maximum refresh rate.
- Finally, there’s the issue of price. If you have a 60hz monitor and want to upgrade to one with 144hz support, then you’re going to need a new display as well as a new video card or GPU (graphics processing unit).
What Hertz is good for Gaming: 144Hz Vs. 165hz
What Hertz is good for Gaming: 144Hz Vs. 165hz. The answer will change depending on what game you’re playing and what your needs are.
If you want to enjoy gaming, then it is important that you have all the necessary facilities. One of the most important things, especially for a computer game console, is the refresh rate. The refresh rate is the number of frames per second (FPS) that are displayed by your monitor.
What refresh rate is good for Gaming: 144Hz Vs. 165hz. If you’re a gamer, then you probably want the fastest response time possible: lower response times mean a sharper image and snappier experience. One of the best ways to improve your gaming performance is to upgrade your monitor – upgrading from 60 Hz to 144 Hz or even 165 Hz will greatly improve your gaming experience.
If you’re an extreme gamer who needs the perfect setup for hardcore gaming, then the difference in more frames between 144Hz versus 165Hz screens may not be important. However, if you’re a hardcore gamer on a budget, then the difference of a few frames is likely to make 144Hz worth it over 165Hz because of the price difference. But if you want high performance regarding graphics and gaming, then you must go for 165hz. Think long and hard before making any purchasing decisions.