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Although 120 frames per second are undoubtedly preferable to 60 for fast-paced, intense video games, the additional 60 frames per second won’t make much of a difference for routine activities like web browsing. Granted, you won’t notice much of a difference when you double your framerate while using Microsoft Word or Excel, and your experience on Twitter is unlikely to be significantly enhanced by switching from 60 to 120 frames per second, but there are instances in which doing so can have noticeable, practical advantages.

So, What monitor is best for 120 fps?


A measure of display device performance used in video capture, playback, and video gaming is frames per second (FPS). FPS is a typical statistic used in video capture and playback when addressing video quality. It is used to quantify frame rate, which is the number of images presented sequentially each second. The term “frames per second” means precisely what it says. The idea behind old-school flipbooks is the same as how projectors, monitors, and televisions generate the appearance of motion by presenting a series of still images, or frames, many times per second. The sensation of motion also gets stronger the faster the images pass, just like in vintage flipbooks.

Due to industry norms and the bandwidth restrictions of outdated broadcast technology, movies, television broadcasts, and live sporting events are locked at predetermined framerates; however, computers are not subject to these restrictions. The framerate is only constrained by your preferences and the processing capability of your computer, regardless of whether you’re playing a game, working on a spreadsheet, or simply staring at the home screen. Only 10–12 FPS can be processed by the human brain. Over this threshold, frame rates are regarded as moving. The smoother the movement of the video seems, the higher the FPS. Videos in full motion often have 24 FPS or more. FPS rates vary between different video formats. Smaller computer files are produced at slower FPS rates.

Techopedia explains Frames Per Second (FPS)

Frame rates for early silent movies ranged from 16 to 24 FPS. Because the cameras were hand-cranked, the frame rate was very unpredictable. Filmmakers took advantage of this variation by altering the frame rate to communicate mood.

The early movies’ frame rates were high enough to detect motion, but the footage was still jerky. Projectors used dual- and triple-blade shutters to show each frame twice or three times to lessen flickering. This would increase the flickering to a more tolerable 48 to 72 hertz. The new videos continued to use 24 FPS in conjunction with two- or three-blade shutters when the sound film became available.

Before the development of television, there was little change in the idea of frame rate. The frequency of power from a cable wall socket was used to calculate the frame rates of televisions. It was 60 Hertz in North America, Japan, and Korea, and 50 Hertz in the majority of the rest of the world. As a result, the televisions’ frame rates were respectively 60 FPS and 50 FPS. With 24 FPS, neither format performs well. While 25 FPS videos are needed for 50 FPS televisions, 30 FPS videos are used for 60 FPS televisions. Each frame is displayed twice to decrease flicker and suit the faster speeds.


Although 120 frames per second are still relatively new, both consumers and manufacturers are fast adopting it as the industry standard. To display 120 frames per second requires a lot of computing power, but many people—especially gamers—believe the extra frames are well worth the investment in more powerful computers and monitors with faster refresh rates, and it is easy to see why. Greater framerates make fast-paced games look, feel, and play better (we’ll talk more about that later), and in many cases, higher FPS means better performance.


  • Compared to 60fps, motion appears smoother.
  • Reduced jitter in sequences with action
  • Less input lag than at 60 frames per second
  • Much less tearing and chop in the screen


  • Not as many pcs and displays supported
  • More powerful (and pricey) hardware is necessary
  • Resolution and framerate are traded off
  • Not required in the majority of cases

Buying guide

Gaming Specs

If you are going to be using a monitor for intense gaming sessions, you’ll want to make sure the specifications are up to snuff. Look for displays with stable 120 fps, rapid 1ms or 2ms response times, and those that offer full compatibility with Nvidia G-Sync or AMD Radeon FreeSync. You should also be on the lookout for high resolutions, fantastic contrast ratios, and immersive aspect ratios.


Make sure the specifications are adequate if you plan to use the display for prolonged gaming sessions. Look for screens that can maintain 120 frames per second (fps), have quick response times of 1 or 2 milliseconds, and fully support AMD Radeon FreeSync or Nvidia G-Sync. Additionally, keep an eye out for images with excellent contrast ratios, high resolutions, and immersive aspect ratios.

Stands and Mountability

Look for a monitor that includes a stand that is both visually beautiful and offers a wide range of customization choices, such as height, tilt, swivel, and pivot. Additionally, you’ll want to confirm that your monitor has built-in VESA mounts so it can be mounted to a wall easily. Finally, a lot of stands have built-in cable management systems, which are practical for clearing up the clutter in your gaming space.


Over 60 frames per second, 120 frames per second provides many significant advantages. Almost all actions and animations will feel a lot smoother and seem faster, and more natural, and scrolling down documents and launching windows will all feel much more fluid. However, increasing to 120 frames per second needs a significant increase in computing power, so upgrading your system definitely won’t be worthwhile unless you’re an avid player. You may play slower-paced or turn-based games at 60 frames per second without it negatively affecting your performance, but if you want to be competitive today, you need to run faster-paced games at a minimum of 120 frames per second. So, What monitor is best for 120 fps? Please follow these features to choose the best for your need!