60Hz Gaming Monitor VS 144Hz Gaming Monitor

The gaming monitor is just as important as a graphics card or a CPU when playing high-resolution games. Games that require features like ultrawide display, 4K resolution, or HDR to ensure smooth performance. Nowadays, the refresh rate is also very important when choosing a gaming monitor. The refresh rate of monitors indicates how many times per second the display can draw a new image and is measured in Hertz. Hertz indicates how many times a display refreshes per second.

 Table of Contents[Hide]

  • Refresh Rate and Monitor Latency
  • Price Range
  • Video Quality
  • Gaming Experience
  • Understanding the Differences

Refresh Rate and Monitor Latency

In outdated technology, a refresh rate of 60 frames per second (fps) was once considered a good feature. However, switching from a 60 Hz to a 144 Hz monitor can change the entire gaming experience, provided the associated PC is well-balanced. In direct comparison, the animation at 144 Hz is much smoother than at 60 Hz, where images appear to jump. System latency, the speed jump, is also significantly faster with 144 Hz monitors than with 60 Hz monitors. This latency is very important in competitive games, which is why the 144 Hz monitor is preferable for gamers over the outdated 60 Hz monitor.

Minimal input lag and ghosting, a situation where a double image of an object or a ghost behind that object appears on the screen due to motion blur, are also observed by users with the 144 Hz monitor. These monitors are equipped with better technology that eliminates the possibility of time drops below seven milliseconds. The monitor displaying games at 144 Hz stutters much less often when the frame rate drops below 60 fps than any less equipped computer. Due to the lower latency between the monitor and CPU, it also helps to reduce the occurrence of screen tearing.

Price Range

Due to standardization, the price of a 144 Hz monitor has continuously decreased over the years. Most 144 Hz monitors can be purchased in the price range of 60 Hz monitors, which has significantly increased demand. Some of the features not present in 60 Hz monitors but available in 144 Hz monitors are smoother animations, less screen tearing, less ghosting, and a competitive advantage.

Video Quality

Between the 60 Hz monitor and the 240 Hz monitor, the 144 Hz monitor offers the best of both worlds: color accuracy, crisp graphics, image quality, and responsiveness. Since monitors with 144 fps display more frames per second, their output is smoother, better, and more productive. However, it is important to remember that it is not the quality but the fluidity of the image that is improved by the higher refresh rate. The quality of the image is improved by the higher pixel count, not by the number of frames per second. A 60 Hz monitor changes 60 frames per second, while a 144 Hz monitor changes 144 frames.

Gaming Experience

An average computer user may not perceive a great difference between 60 Hz and 144 Hz monitors. However, an experienced gamer whose sole goal is to play competitive and combat games can immediately notice the difference. 144 Hz monitors allow gamers to play games more attentively and efficiently than gamers on 60 Hz monitors.

Originally, 60 Hz monitors were standard CRT (Cathode Ray Tube) monitors, which went up to 85 Hz. However, 144 Hz monitors support many resolutions, which is why they are primarily manufactured by gaming monitor manufacturers.

On a 144 Hz monitor, an image is displayed every 7 milliseconds, while on a 60 Hz monitor, the average image refresh occurs every 16 milliseconds. Therefore, the image appears clearer and smoother to the human eye on the 144 Hz monitor than on the 60 Hz monitor. If one already owns a 60 Hz monitor, one may become undecided when choosing between 120 Hz and 144 Hz monitors. However, a 144 Hz monitor is slightly more expensive than 120 Hz and 60 Hz monitors. But if the goal is to play the latest games, opting for a 144 Hz monitor would make the most sense.

A higher refresh rate on a 144 Hz monitor means that the image on the computer is updated faster than on a 60 Hz monitor, as only gamers can recognize that every millisecond counts in the race to win combat games. In games like League of Legends or Counter-Strike: Global Offensive, micro-movements are crucial for the outcome of the game. So, if a game is played at 300 frames per second on a 60 Hz monitor, the display has five times fewer image updates than possible, which in turn slows down screen movements and the player risks significant losses.

There is a common misconception that the human eye can only see a certain number of frames per second, which is often used to deter consumers from buying updated versions of monitors like 144 Hz or 240 Hz. However, this is not the case, and better frame rates always mean a better and smoother flow of images and videos.

Understanding the Differences

The difference between the 144 Hz monitor and the 60 Hz monitor becomes most apparent when users switch back from a 144 Hz monitor to a 60 Hz monitor. According to feedback, most users felt sluggish and blurry after returning to the 60 Hz monitor display.

Another important point is that a high-quality 60 Hz monitor is the solution if the buyer desires color accuracy and visuals. However, for those seeking better performance, frame rate, and a competitive advantage, a 144 Hz monitor has been the first choice for many years.

The good thing about these monitors is that they are portable gaming devices. Regardless of which CPU or output devices one owns, monitors can be exchanged or updated at any time. The trick, however, is that updating the monitor from 60 Hz to 144 Hz is not enough for games to run smoothly. The associated graphics card should run at least 60 frames or possibly more. Anyway, performance can be checked by numerous software based on frames per second in a game. The updated portable gaming monitors do not rely on a graphics card or CPU to operate. But if you want to play games smoothly and more efficiently than on the previous monitor, you have to keep the associated input devices in mind.


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