IPS vs TN vs VA

IPS vs TN vs VA

Many gamers are familiar that monitors come in a variety of resolutions and screen sizes and have a shiny or matte screen top and other characteristics like 3D support and 144Hz refresh rates.

On the other hand, the normal user has no idea what LCD panel technology their LCD uses. The screen type of a monitor is an essential characteristic that determines how well it behaves and what kinds of tasks it can handle. As a result, it’s critical to comprehend panel technology to select the best display for your gaming demands.

While selecting the right monitor panel type may appear challenging, understand the various panel technologies.

It’s also crucial for gamers to learn about these distinct panel technologies to decipher the numerous marketing jargon used by corporations to highlight the various LCD panel monitors on the marketplace.

Terms like “grey-to-grey response time” and “contrast ratio” are crucial to comprehend. Also, there are some more criteria to be aware of, such as “color bit-depth” and “input delay.”

But, in the end, this article will provide you with a better grasp of what to look for in a gaming monitor.

Refresh Rates 

The refresh rate is measured in Hertz (Hz) and relates to the sequence of frames it can show each second. Most displays have a refresh rate of 60 Hz, although many gaming monitors go higher.

75 Hz, 120 Hz, 144 Hz, 200 Hz, and 240 Hz are the most prevalent refresh rates nowadays, while 144 Hz is the most popular among gaming displays. What is the significance of refresh rates?

As previously stated, a greater refresh rate implies the monitor can display a higher framerate. A 60 Hz monitor can only display 60 frames per second, but a 144 Hz panel can display 144 frames per second.

A higher frame rate provides a smoother, more reactive gameplay experience and a competitive advantage in multiplayer.

Just take note that the more demanding AAA games will necessitate a GPU capable of pushing such high framerates! Thankfully, eSports games aren’t particularly demanding, so they can be driven to triple-digit refresh rates with less power. 

Response Times

A pixel reaction period is an amount it requires for a pixel to change color from white to black and vice versa or from one shade of grey to another. It is measured in milliseconds (ms).

Low reaction times, like high refresh rates, can affect a display’s efficiency. On the other hand, high reaction times can cause motion blur and trails, which are frequently referred to as “ghosting.”

Please remember that some people wouldn’t notice (or don’t care) the millisecond difference between 1 and 4 milliseconds. 

Users often find a high reaction time bothersome if it is greater than 10ms, and you won’t find a gaming monitor with that high reaction time.

The easiest approach to figure out whether response times are crucial to you is to put it to the test yourself. 





  • Excellent visuals
  • The best views spots
  • The most accurate color reproduction


  • The majority have reaction times of 4 milliseconds or more.
  • High-refresh-rate panels are more expensive.

IPS stands for “in-plane switching,” and it is a common form of panel seen in various devices, including monitors, televisions, smartphones, and other electronic gadgets. Its main advantages are good visuals, accurate color representation, and wide viewing angles.

TN panels, even though VA panels have a higher contrast ratio. Furthermore, most IPS panels have reaction rates of 4 milliseconds or more, while there are currently variants that can achieve response times as low as one millisecond.

In terms of drawbacks, IPS panels are prone to backlight bleed difficulties, such as the dreaded “IPS glow.” You’ll have to pay a little more for an IPS monitor with a high refresh rate, as 144Hz displays start a little more than their TN and VA equivalents.




  • The quickest form of panel
  • Response times of 1 millisecond
  • Inexpensive


  • Colors that are not up to standard
  • Viewing angles are poor.

The TN panel, which is “twisted-nematic,” is the finest of the three, with the fastest refresh rates and shortest response times.

Furthermore, 144 Hz TN monitors are often less expensive than their IPS-equipped rivals, and only TN panels can reach 240 Hz.

Furthermore, even when they are not currently the only panel capable of 1ms reaction times, they remain the most cost-effective option for consumers looking for performance in a gaming monitor.

However, as previously stated, TN panels do not provide the finest pictures. The colours are faded out, and the field of view is poor, so they won’t appeal to customers who value aesthetics above performance.

Furthermore, it should be emphasised that only a small percentage of TN panels support HDR, and those that do seldom have the contrast levels required to fully utilize it.




  • Color reproduction is equivalent to that of an IPS display.
  • Optimal contrast ratio
  • Cost and efficiency are well-balanced. 


  • It tends to have longer response times.
  • Issues with ghosting and backlight bleed are possible.

Lastly, VA (vertical alignment) panels are a reasonable combination between IPS and TN panels. VA panels’ color reproduction and field of view are comparable to what IPS panels can accomplish. On top of that, VA panels feature a higher contrast ratio.

On the other hand, these panels are generally the slowest of the three, as they have faster reaction times and are more susceptible to ghosting, which may be particularly annoying in dark situations or fast-paced games.

Aside from that, certain VA panels may experience clouding and backlight leakage. However, this is entirely dependent on the panel’s quality. 

Which One Should You Pick? 

When choosing the correct sort of panel, the first point to consider is whether aesthetics or performance are more important to you. Next, there’s always the cost issue.

In the end, there is no one-size-fits-all solution. Each of the three technologies has its own set of benefits and drawbacks.

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