Difference Between 165Hz and 144Hz

What is The Difference Between 165Hz and 144Hz? 

144Hz and 165Hz, two numbers that, when put together, describe the refresh rate of your monitor. The difference between 144Hz and 165Hz may seem small, but there are many benefits to choosing one over the other, depending on what you want out of your monitor. Especially if you are gaming people often prefer the 165Hz refresh rate, but does it actually have an advantage over 144 Hz? In this article, we’ll go over all the differences between 144Hz and 165Hz monitors to help you make an informed decision on which one fits you best.

Differences between 165Hz and 144 Hz

The major difference between 165Hz and 144 Hz refresh rates is that the 165Hz can show you 21 more images in a second than the 144 Hz. However, there is not a lot of difference that you can notice, and most people often claim that the experience is almost the same. However, if you are a professional, and look at things very precisely, then you might notice some differences. 

Frame Rate (FPS) 

One of the most important aspects of gaming is your frame rate, which is the number of frames per second (FPS) that your monitor can display. A higher FPS means that your games will look and feel smoother, giving you a competitive edge. Most gamers aim for a frame rate of 144 FPS, but some high-end monitors can reach up to 165 FPS. 

Generally speaking, if you are looking for an immersive experience with very low input lag, then a monitor with more than 144 Hz would be better suited to your needs. On the other hand, it’s also worth noting that in many cases, 144 Hz monitors still outperform any 120Hz monitor when it comes to response time. 

Refresh Rate (Hz) 

Refresh rate is the number of times per second that a display refreshes its image. For instance, a 60Hz refresh rate means that the display updates 60 times per second. Higher refresh rates can reduce the amount of screen tearing that occurs when objects in the scene are moving quickly. 

They can also improve input lag, which is the time it takes for your actions to be registered on screen. Generally speaking, higher refresh rates are better, but there are diminishing returns after a certain point. Most gamers will be happy with a refresh rate between 144Hz and 165Hz. But, most high-end gamers prefer the 165Hz refresh rate as it is a bit better for gaming.  

Hardware Needed for high frames

If you want to enjoy the benefits of high frame rates, you’ll need a few things. First, you’ll need a monitor that supports high frame rates. Many monitors only support up to 60Hz, so you’ll need to find one that specifically says it supports 165Hz or 144Hz. Second, you’ll need a graphics card that can output at those high frame rates. 

Most graphics cards these days can handle it, but you might need to upgrade if yours is a few years old. Third, you’ll need a game that can run at those high frame rates. Most newer games should be able to do it, but some older ones might not. Finally, you’ll need a computer that can handle all of that processing power. 


If you’re a PC gamer, then you know that having a great monitor can make all the difference in your gaming experience. But with so many options on the market, it can be hard to know which one is right for you. So, what are the differences between 165Hz and 144Hz monitors? Essentially, the higher Hz you go, the smoother motion will appear on the screen. 

The higher Hz monitors also offer more display colors (higher color depth). For competitive gamers who are looking for an edge over their opponents, a higher Hz monitor will allow them to spot movements quicker than their opponents and react accordingly. 

For players looking for an immersive experience or those who play games like Minecraft, where smooth graphics are key to gameplay, then a high-Hz monitor may not be necessary. However, if you want fluid gameplay without ghosting or blurring of images as they move across the screen due to slower response times (less than 8ms), then a high-Hz monitor would suit your needs best. 


As we all know, the CPU is the core element and the brain of the computer. It processes all the instructions we give it and tells the other parts of the computer what to do. A higher clock speed means that the CPU can process instructions faster. So, a CPU with a clock speed of 3 GHz can process 3 billion instructions per second.  

However, know that most of the work will be done by GPU but having a powerful processor is always important. You should go for an Intel core i5 processor at least; however, if you can get a better one, it will always be reliable. 

Graphics card 

Your graphics card is the engine that drives everything you see on your screen. It processes the raw data from your game or video and turns it into the images you see. A higher-end graphics card will process this data faster, resulting in a smoother image. If you’re a competitive gamer, a 165Hz monitor is a must-have. 

Competitive gamers want their screen to refresh as quickly as possible, so they can react more quickly to what’s happening on-screen. With a 165Hz monitor, you get 14.3% as many frames per second compared to a 144Hz display, which means you’ll be able to spot slowdowns more easily and respond more quickly. However, not every GPU can run and handle 165 Hz; thus, look for some high-end GPU options so that you can run your games efficiently. 

Hard drive/ Solid-state drive 

A hard drive is a spinning disk that stores your data, while a solid-state drive performs the same function using flash memory. Flash memory is faster than a hard drive, so a solid-state drive will typically boot up your computer faster and load programs quicker. 

Hard drives are cheaper than solid-state drives, but they’re also slower and tend to use more power. If you’re looking for speed and efficiency, a solid-state drive is the way to go. But if you’re on a budget, a hard drive will still get the job done. 

An SSD will provide you with fast performance in general, but you should not get an SSD below 512GB if you want to play games on the 165 Hz refresh rate. However, it is always better to go above to get better performance, like getting TB SSD or more. However, to have a decent experience, 512 GB should do the job. 


RAM does not have a lot to do with the refresh rate. However, having reliable RAM makes your computer work efficiently and allows you a better working or playing experience. We would recommend having at least 16GB RAM if you are using your device for gaming. Nevertheless, sometimes 8GB RAM also works fine, but the higher you go, the better the experience will be. 

What are the benefits of 165Hz or 144Hz monitors over 120Hz? 

There are a few benefits of 165Hz or 144Hz monitors over 120Hz. For one, 165Hz or 144Hz monitors can handle more images per second than 120Hz monitors. This means that your image will be updated more frequently, giving you a smoother image overall. Additionally, 165Hz or 144Hz monitors have a lower input lag than 120Hz monitors. 

This means that there will be less of a delay between when you input something and when it appears on the screen. Finally, 165Hz or 144Hz monitors generally have better color reproduction than 120Hz monitors. This means that your games will look more vibrant and realistic on a 165Hz or 144Hz monitor. 

Is 170Hz better than 144Hz? 

There are a few key things to look at when determining whether 170Hz is better than 144Hz. First, consider the game you’re playing. If you’re playing a fast-paced game, like an FPS, then a higher refresh rate will be beneficial. That’s because a higher refresh rate means that each frame is displayed for a shorter amount of time, which can make it easier to track moving targets. 

Second, take into account your graphics card. If you have a high-end graphics card that can handle the extra load of a higher refresh rate, then 170Hz may be worth it for you. But, keep in mind that not all graphic cards can run the refresh rate of 170Hz that efficiently. Finally, think about your budget as the hardware that is required to run a higher refresh rate is also expensive, like high-end GPUs and monitors. 

What is Adaptive Sync Technology?

Adaptive Sync is a new monitor technology that allows your display to match the framerate of your graphics card, which can help reduce screen tearing and stuttering. There are two main types of Adaptive Sync: FreeSync and G-Sync. FreeSync is an open standard developed by AMD, while G-Sync is a proprietary technology developed by NVIDIA.

Both technologies can offer similar benefits, but there are some key differences to be aware of. First, NVIDIA G-Sync monitors will work with most current GPUs, including older ones like the GTX 650 Ti. On the other hand, AMD FreeSync monitors require a DisplayPort connection and support only current GPUs like their RX 580 or Vega 64 cards. Another difference is in pricing; G-Sync monitors typically cost more than FreeSync monitors due to licensing fees on NVIDIA’s part. 

Finally, since G-sync doesn’t require VESA’s Adaptive Sync specification to function, it doesn’t need an update as often as free Sync does – meaning you won’t have to worry about adaptive sync compatibility if you buy one now. 

What are the different gaming modes?

We all know that playing video games can be a lot of fun. But what most people don’t realize is that there are different ways to play them. Some people prefer to play in single-player mode, while others like to join forces with friends and battle it out in multiplayer mode. 

Then there are those who love the challenge of playing against the computer in online mode. And last but not least, there are those who enjoy the thrill of playing in real life with other people in person. But what is the difference between these modes? Well, let’s take a look at some examples. 

For example, if you’re playing offline by yourself, you’ll need to have one game controller plugged into your console or PC for each player you want to control on-screen (you’ll also need two controllers if you want an on-screen character). Multiplayer mode allows up to four players per team. 

Online mode allows for up to 12 players per game and often requires an internet connection for each player so they can chat together as well as view each other’s position on the map. Finally, offline multiplayer is like offline single-player but includes more than one human player from opposing teams or teams of cooperative players. 


If you’re a competitive gamer, every millisecond counts. That’s why many gamers prefer monitors with a high refresh rate. A higher refresh rate means that your monitor can display more frames per second, which can give you a competitive edge. So if you are thinking about the differences between 165Hz and 144Hz, we would prefer 165Hz for a high-end gaming experience.  

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