When you're shopping for a new monitor, you'll be inundated with a lot of technical specs. And while things like the screen size and resolution are fairly obvious, there's another important factor that isn't: response time. Here's how it works
Response time is the time it takes your monitor to shift from one color to another. Usually, this is measured in terms of going from black to white to black again, in terms of milliseconds. A typical LCD response time is below ten milliseconds (10 ms), with some as fast as one millisecond.
black to white, or black to white to black, or more commonly "gray to gray." That means going through the same full spectrum, but starting and ending on veneer, more difficult gray values. In all cases, lower refresh rates are better, because they cut down on image issues like blurring or ghosting.
Response time shouldn't be confused with a monitor's refresh rate. They sound similar, but the refresh rate is the number of times a screen displays a new image every second, expressed in Hertz. Most monitors use a 60 Hertz refresh rate, though some go higher – and higher is better. In contrast, for response time lower is better
Why Do You Want a Low Response Time?
Most users of the time are not aware of the response time for their monitor or screen. doesn't matter. For web surfing, writing an email or Word document, or editing photos, the delay between your screen shifting colors is so fast that you won't even notice it. Even video, on modern computer monitors and televisions, usually has a delay enough for the viewer to notice.
The exception is gaming. For gamers, every single millisecond counts — the difference between winning and losing a fight match, landing a long-range sniper shot, or even getting that perfect line in a racing game can indeed be a single millisecond. So for gamers who are looking for every possible competitive edge, a low refresh rate between 1 and 5 milliseconds is worth the expense of a more pricey, gaming-focused monitor.
What Are Or Monitors Are The Fastest? your laptop or phone, you usually do not have a choice for a low response time on the screen, though there are exceptions. But if you're buying a new monitor for your gaming desktop, you'll have the fastest panel you can afford.
At the time of writing, there are three kinds of LCD panel that cover 99% of the monitors sold.
- TN (Twisted Nematic) screen panels : Inexpensive, but generally have a poor color range. These are among the fastest on the market in terms of response time, and gaming monitors often choose less colorful TN panels to be faster.
- IPS (In-Plane Switching) screen panels : More expensive and with more accurate colors , IPS monitors are valued by graphic designers, photographers, video editors, and anyone for whom accurate colors are important. They have higher response times than TN panels, so are marketed as gaming monitors
- VA (Vertical Alignment) screen panels : A new design that attempts to pair the fast response time of TN and the more accurate , vivid color of IPS. It's something of a middle ground, but many gaming monitors are now made with VA panels that have refresh rates as low as one millisecond.
If you want a monitor that can keep up with even the fastest of games, get one with a TN or VA screen panel. IPS gaming monitors exist, but they are rare and expensive and not as fast as the alternatives. You can usually find the panel in the monitor's specifications on the online listing, or on the box at a retail store.
What are the downsides of a fast response time?
To cut down on response time, gaming monitors Often more complex image processing takes place between the signal from the computer. This includes color-correcting portions of the monitor itself, boosted brightness, eyestrain-reducing blue light filters, and similar features.
Is It Worth It With A Low Response Time?
Is It Worth It ? For a lot of games, not really. If you're playing in a single-player mode and the only one you have is a computer, that occasionally blur or ghost image might not be worth the aesthetic hit you take for buying a gaming monitor and setting it to the fastest mode . More games like Minecraft just don't benefit from hyper-low image delay, even when played online.
Speaking of online: if the connection to your multiplayer game is poor, then the time it takes your computer to send information to the game's server and get information back is much higher than your response time anyway. Even on a slow monitor with a response time of 10 ms, if your game has a 100 ms ping to the server (one-tenth of a second), image delay issues aren't going to be a deciding factor in your victory
Fortnight ]or Street Fighter you'll want to get every last millisecond you can on your site. The same is true for game consoles and televisions (many of which have a "game mode" that lowers response time) and remains true if you plug a console into your computer monitor.