1MS Vs 2MS Response Time | Isn’t 1MS Preferable over 2MS Response Time?

1ms or 2ms response time is a common question when buying a computer. However, the solution is more complicated than it might seem at first. The specifications you see aren’t always easy to understand and don’t always tell the whole story. Take a closer look at the meanings and implications of each of these numbers.

Response time may not seem important, but it might affect how you view your computer’s performance. This article compares the variations in response times between 1 and 2 MS. so that you may pick the monitor that best meets your requirements. Additionally, we’ll provide a general overview of the subject of response time, covering everything from its mechanics to its primary significance.

What Is Response Time?

Response time is how long a display takes to refresh, or change images. The refresh rate (in hertz) shows how often a screen updates its image. Gray-to-gray (G2G) measures changes from one gray color to another; white-to-white (W2W) measures any two white colors. Higher numbers mean faster image changes.

As a result, if you’re gaming, a quick response time will improve responsiveness but not the sharpness or clarity of the pictures in your games. For the most accurate rendering of graphics on the screen, a fast response time is ideal.

What Is 1MS Response Time?

For an LCD display, the term “1ms” stands for time measurement (1 millisecond). If a response time is below 1ms, data given to a screen is displayed within one millisecond. Even better are response times of 0.5 MS. However, the cost of that luxury will be higher.

What Is 2MS Response Time?

According to gaming mouse manufacturer SteelSeries, a response time of 2 milliseconds (MS) is considered instantaneous for gaming mice. Your cursor should begin responding to your movements at that moment quite quickly. In other words, you should not even notice that you are using a mouse.

What Factors Are Effect Response Time?

Network speed, device response, pixel sensitivity, and optical acuity might affect a user’s sense of response time. Though a user’s internet connection is poor or their phone screen isn’t set up properly, they may notice a delay even if there isn’t one. Two things are needed to measure accurately: high visual acuity users and a consistent testing environment

1. Gameplay

While millisecond response times may not seem like a big deal at first, they have a serious impact on gaming. In addition to displaying images faster, one of Vsync’s main jobs is to synchronize your system’s frame rate with your monitor’s refresh rate.

1MS for Gameplay

The standard response time for gaming monitors is 1 ms. Because it takes so long to produce an image on screen without latency. If something takes longer than one millisecond, consumers will interpret it as a delay, even if they don’t notice it. If a game updates at 100 fps, each frame should appear on-screen in 16.66 ms (1/100th of a second).

2MS for Gameplay

Samsung and Sony claim high refresh rates, but gamers notice a difference between 1ms and 2ms LCDs. 2 MS may not seem like much, but they can mean thousands more moving pixels or micro-stutter-free gameplay. High frame rates are vital for first-person shooters (FPS) and other fast-paced games where accuracy is key. Gamers will notice a considerable difference between screens with low input lag scores and high ones.

2. Future Compatibility

Screen responsiveness is gaining importance in the business. Many manufacturers use new technologies that offer faster pixel response rates.

Future Compatibility of 1MS

There are currently no monitors capable of achieving a response time of 1 millisecond. Many new gaming monitors have a 2ms or less response time. Although these monitors have reduced response times than older versions, they’re not as fast as some of today’s gaming displays.

Future Compatibility of 2MS

First, all G-Sync displays feature a built-in scaler so they work with non-G-Sync devices. Nvidia will market two types of G-Sync modules in 2015: one for TN screens with 30–144 Hz refresh rates and another for 144 Hz+ panels. The latter module is essential for G-Sync compatibility at high refresh rates, but all TN monitors will support 2MS thanks to an integrated scaler. Therefore, adding a newer module to an older display offers no value.

3. Price

Higher costs mean better quality, since you pay for extra features you may not need or want. In most circumstances, a greater price means a better computer monitor.

1MS for Price

The difference between 1ms and 2ms is often a costly feature of a monitor. $400 gets you a 1080p (1920×1080), 60Hz, 2ms monitor. An inexpensive new 1080p (1920×1080) 144Hz, 1ms response time monitor costs about $250.

2MS for Price

A gaming display with a response time of two milliseconds costs on average $400. That costs three times as much as a typical gaming monitor with a one millisecond response time. Higher FPS and smoother gameplay make you a better gamer.

Frequently Asked Questions:

Is 2MS a Good Response Time?

Yes, but only if your monitor is G-Sync. Yes, the headline was somewhat click-bait. 2ms response time is fantastic, but only on G-Sync monitors. G-Sync displays decrease screen tearing and stuttering while maintaining a game’s maximum frame rate with minimal lag.

Which Is Better Response Time or 1MS?

When looking for a new display, response time is key. If a monitor can display images quickly, animations will be smoother. There is no similarity, though: A response time of 1 MS is much quicker than 2 MS.

Is 1 MS Response Time Good for Gaming?

A 1 ms monitor is a need for most PC gamers because they will benefit from quicker response times. A 2 ms monitor has less delay between mouse movement and cursor change than 3 or 4 ms monitors. Although it might not seem like much, in the context of gaming, it has a significant impact.

Is 1MS Noticeable From 5MS?

It really depends on what kind of gamer you are. The human eye can detect a change from one image to another in just 17 milliseconds (the average time it takes for our brains to process images). Many high-end gamers set their monitors to less than 1ms, thus response times will be noticeable.

Last Words 

If you use your computer for work, a one-millisecond difference in response time could make or break a crucial presentation. It is therefore recommended, when purchasing a new monitor, to select one with a response time of 1 millisecond. It will help you interact with products like Microsoft Office more accurately.