What’s The Best Monitor Response Time For PC Games

TN panels have a superior response time whereas the IPS panels come with improved viewing angles and enhanced color reproduction.

What’s The Best Monitor Response Time For PC Games

When you’re looking to buy a new monitor, you may likely become confused by lots of technical specifications.

And although taking note of features such as the screen size & resolution are quite obvious, there is yet another important factor which often goes unnoticed - the: response time.

Response times should be regarded as one of the most significant display specs for gaming CPUs since they can influence your monitor selection to a large extent.

So, what’s the ideal monitor response time for PC games?

We will answer this, and a few other related questions right here.

Also Read : Best Racing Games For Kids

Pay close attention to the details.

What Exactly Is Response Time?

Response time here actually refers to pixel response time; which is how long it takes for a monitor to shift across colors.

It is usually calculated in terms of how quickly your monitor’s color pixels can change from black to white and across different shades of gray – typically in milliseconds.

A characteristic response time for LCD monitors is below 10 ms (ten milliseconds), with a few being as quick as 1ms.

You must, however, note that switching from black-to-white is considered to be the “actual” response time whereas the gray-to-gray response period is mostly for marketing purposes.

If a manufacturing company advertises a response time based on gray-to-gray color transition for its monitors, then you can expect a slightly higher response time for the black-to-white aspect.

The Response Time Effect

Because it determines how quickly a color pixel can change, the response time mostly affects the accuracy and clarity of the display of any moving object on your CPU monitor.

The essential outcome here is thus - a higher response time means that your monitor is struggling to display fast-moving objects properly.

You can expect Motion blur and Ghosting effects to happen next in such situations:

Motion Blur – This is the most rampant and obvious consequence of high response time during quick camera movement.

When it occurs, the color pixels won’t be able to change quickly enough, which leads to blurred images.

Such scenarios may cause problems for people who suffer from motion sickness.

Ghosting – This is also another effect of rapid camera movements, caused by almost the same reason.

Once more, if the color pixels can’t change quickly enough whenever an object moves across the screen, you will observe a fading silhouette trailing closely behind.

What’s The Ideal Gaming Response Time?

There are different views regarding the issue of the best response time for gaming.

Some gamers maintain that they don't notice any ghosting effects below 8ms, while others are convinced that displays with a 1ms response time are perfect for gameplay.

A lower response time is always going to be more beneficial for gaming, especially during more competitive gameplay.

Non-competitive games, on the other hand, are best suited to a display with slightly elevated response time thanks to the story-driven nature of their gameplay.

But there’s a twist.

That twist is not related to response time but instead with the manufacturing technology for modern-day monitors.

Most monitors today utilize 2 different types of panels: IPS (In-Plane Switching) and TN (Twisted Nematic) panels.

These 2 different panel technologies each come with their benefits and shortcomings, including their response time.

IPS panels cannot go below 4ms while TN panels come with the least response time possible - 1ms; which brings us to our next major question:

Is The Difference Obvious?

Gamers have different perceptions about in-game framerates.

Some consider 30 FPS as unplayable while others claim that they cannot observe much difference between framerates of 30 FPS & 60 FPS.

The same scenario applies to response times.

However, based on this analogy, you must remember that it can be quite difficult to cope with 30 FPS especially if you’re already accustomed to much higher FPS rates.

Once again, the same applies to response times. If you have been used to working with a 1ms monitor, then you might find a 4ms monitor setting a bit excessive.

It is always better to conduct a monitor response test by yourself.

Most prominent hardware stores usually display their monitors for customers to sample them; however, you can also find out whether high response times are ideal for you without leaving the comfort of your home with the help of your TV.

Yes, TVs also have response times and they are usually high since it isn’t a relevant spec for their intended purpose.

Therefore, TV manufacturers hardly ever include the exact response time in the specification sheets of their TVs but they mostly range between 8 -15ms nowadays.

Whatever the case, your TV will have a response time higher than the usual 4ms of the IPS monitor.

Final Thoughts

To sum up, if you can discern the variation between 1ms, 4ms or even higher, our recommendations can be summarized as follows:

TN panels have a superior response time whereas the IPS panels come with improved viewing angles and enhanced color reproduction.

With this in mind, a monitor with 1ms TN panel is best for competitive gaming since you will require every possible advantage.

A 4ms response time, on the other hand, is a small compromise for the superior graphics and imagery that the IPS panel monitor can offer.

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