We live in an age where we have access to almost everything on demand. We have access to the world’s largest library of knowledge via the internet, we have high speed internet speeds and no lag at all when we are watching YouTube videos, we have all the latest gadgets and technology, and we are able to do all of this from the comfort of our home or office. All of these things, however, are only as good as the internet is to us.
Since the introduction of Windows 10 in 2015, Microsoft has been constantly improving and introducing new features to its flagship operating system. One of the most recent additions to the OS is something called Timeline. It’s a new feature that aims to improve the responsiveness of the taskbar that displays a tab’s most recent activity. The idea is that this will make it much easier for users to see what they’ve been working on, and to get back to where they were more quickly.
The speed of our computer’s general operation is a key factor for its performance. That’s why we need to monitor it at all times. However, those who are just starting out with computers need extra attention. These people are often confused by such issues like: “Why does my computer take so long to start up?” “How to fix slow-responding applications?” “What makes my computer go slow?” “How to accelerate the performance of my computer?” “How to speed up the performance of my computer?”. Read more about what is a good response time for a monitor and let us know what you think.
There’s a saying that successful people don’t do things differently. They just do the same things differently. For aspiring players who want to become professionals, choosing a monitor involves a lot of research and product comparison. There are several important characteristics that are usually considered when comparing monitors, such as B. Resolution, size, image size, contrast ratio and refresh rate. Gamers usually focus on the resolution supported by the monitor to match the capabilities of the graphics card.But did you know that even professional gamers pay attention to screen response time when searching and comparing products? The professional gamer will prefer a monitor with a low response time over one that supports QHD or 4K resolution. It’s the same study, just done a little differently. Playing ability aside, it’s only a few milliseconds difference between them and the amateurs.
Simply put, a monitor’s response time is the speed at which the monitor changes the colors in an image; this response time is measured in milliseconds. Thanks to the low response time, the monitor changes color quickly and reduces ghosting and motion blur during games.
However, response time is a specification that needs to be addressed much better than this simple answer. Let’s get started.
Monitor response time: Explanatory notes
For those who like to dive into the details, the response time of a display is the speed at which a pixel on a screen can change color from black to white and vice versa. Some manufacturers use clever marketing strategies and call the time it takes to switch from one shade of grey to another a response time. Therefore, the gray-to-gray response time is not an accurate representation of the actual response time of the monitor. Because the response time determines how quickly a pixel can change color, it affects the brightness and accuracy of moving objects.
Remember the flip books we’d flip through as kids to see a bird fly out of its cage? Each page of this book looks like a photograph and feels like a video as you quickly flip through it. So a video is the movement of still images from one frame to another. The response time of the monitor is the speed at which the images move.
When the response time is short, all videos are displayed smoothly with high clarity and accuracy. However, when the response time is high, motion blur and ghosting are observed. We’ll get to that in a minute.
The average player usually does not see the difference between 10 ms and 5 ms.
Let me explain it to you with an example. They’re playing CS: Go to the right and go through the alley. The monitor receives this data and must update the image to reflect your actions on the screen. A screen with a 10 ms response time technically requires ten times more time than a screen with a 1 ms response time. The difference may not be noticeable to normal players because it is in milliseconds, but an experienced player will notice it in seconds.
Professional players react immediately to enemy actions. Their play suffers, especially in fast-paced games, when they use monitors with a high response time.
Is the response time equal to the refresh rate?
Renewal frequency and response time are two different concepts. As you already know, the response time is the speed at which the screen changes color. The refresh rate is the number of images the monitor can display per second. It is measured in Hertz.
Your work monitor probably has a refresh rate of 60 Hz, which corresponds to a display of 60 frames per second. For a low-powered video card, that’s probably pretty good, averaging around 50 frames per second, even in slow games like Assassin’s Creed, Splinter Cell or Far Cry, which don’t have fast movements. However, this screen is not recommended if you have Apex Legends or CS : Opt for a card from the RTX series, as it can reach over 100 frames per second in most games, and in fast-paced games as well. Here the screen shows moving images (video) at 60 frames per second. So with a new graphics card, you may be able to run the game of your choice, but you won’t get the improvements in quality and fluidity.
The ideal monitor should have a high frame rate and a low response time.
Monitors with a low refresh rate give the wrong impression: They show 90 frames per second in the benchmarks, but in reality this is not displayed on the monitor because the monitor is not capable of displaying 90 frames per second.
The refresh rate is an essential feature of game monitors. Best results are obtained when a monitor with a high refresh rate has a low response time.
This allows the monitor to display more images and even with accurate colors, providing superior clarity and vivid display.
Ideal response time
Ideally, the response time should be as short as possible.
It cannot be reduced to zero because no such technology exists, but many monitors use panels with a response time of about or even less than a millisecond.
While not a universal truth, TN panels have the best response times, followed by VA panels and then IPS panels.
TN (Twisted Nematic) Panels
In general, monitors with a TN panel have better response times and are preferred by professional gamers around the world. The response time of many TN panels is less than 1 ms. Games are responsive and fast with little to no motion blur and ghosting, but the overall graphics experience leaves a lot to be desired due to poor color accuracy.
TN panels have fantastic response times, but suffer from terrible viewing angles.
TN screens have an inadequate color gamut, and the colors change when you change the angle at which you look at the screen. This drawback is exacerbated by the absurd viewing angles of some models. They are mostly used in gaming competitions, where the goal is to win, not to enjoy the graphics, and where a millisecond delay can make the difference between winning and losing. Monitors with TN screens are the cheapest option, but they are not good candidates to climb up in price and performance.
VA (vertical orientation) Panels
They are in a decent price range, but the response time of a typical VA panel monitor is longer than that of TN panels. Again, many VA displays offer millisecond response times, while many TN displays try to get closer to 1 ms. The price of these VA monitors is clearly out of the average price range for VA monitors.
VA panels are the best choice in terms of value for money.
VA panels are good because they have a very high refresh rate. It’s easy to find a monitor with a high refresh rate and a VA panel at a very reasonable price. The color gamut and viewing angles of VA panels are much better, and a typical gaming monitor with a VA panel falls well within the affordable price range for gamers.
IPS panels (in-plane switching)
None are better than monitors with IPS panels in terms of color reproduction, but they are notorious for their high response times and suffer from glare. A typical IPS panel can have a response time of about 5-8 ms and is not preferred by professional players who play to win. These panels suffer from massive motion blur in fast-paced games.
IPS panels have excellent viewing angles and are suitable for content production, but have a high response time.
The viewing angles of IPS panels are excellent, and with their high contrast ratio and color gamut, IPS panels offer the best viewing experience. Although many IPS models have a response time of 1 ms, they have a low refresh rate or are prohibitively expensive. They are preferred by casual gamers for whom the game is the culmination of adrenaline, thrill and cinematic experience.
Problems with high response time
By now you’ve heard the terms motion blur and ghosting many times, and it’s time to understand these problems and how they affect gameplay.
Spirit
Ghosting is a problem that occurs with IPS displays and some VA displays with a high response time. This happens when the camera moves quickly because the pixels of a monitor with a high response time do not change color fast enough. The image changes and leaves a blurred outline, a fading silhouette as the monitor tries to adjust to the new image. The user experience is disrupted because you may feel that the content on your screen is constantly leaving a blurred trail. It takes a few milliseconds and is barely noticeable if it happens once, but if it happens regularly, it interrupts gameplay and hurts the overall experience.
Ghost Source: ASUS Forums
Motion blur
Motion blur is another common problem with high response monitors. Because the pixels don’t change color fast enough, images appear blurry when the camera is moving quickly. Motion blur occurs when the distribution has reached a severe stage and instead of a slight overlap or silhouette, some pixels are still transitioning to new colors while their counterparts have already made the transition.
Motion blur is especially noticeable in sports and racing games, where the constant and rapid movement of objects on the screen requires pixels to constantly change color as the scene changes.
motion blur source GameSoft
Final thoughts
Although the monitor’s response time varies in milliseconds, it’s hardly noticeable unless you’re a professional gamer. It all depends on whether you can tell the difference or not, as it largely depends on past habits and preferences. If you are used to playing games at 30 frames per second (usually 30 frames per second is the minimum at which a game is considered playable), you will appreciate playing at a higher frame rate.
It is important to note that it will be harder to settle for 30fps if you have been playing at a much higher frame rate. The same applies to response times. If you’ve played on a 1ms monitor your whole life, even 4ms might seem too high.
Monitor response time FAQ
Which monitor has the best response time for games?
The game is a matter of preference; some people are looking for performance and others for quality. All three panels offer a 1 ms response time, but there are a few other factors to consider when choosing a monitor. Ideally, a monitor with a response time of less than 5 ms, a refresh rate of more than 144 Hz and a color gamut close to 100% is the best choice.
Which panel is the best choice between quality and performance?
VA monitors fall between TN and IPS screens and offer a good combination of performance and quality. Their color reproduction is better than TN panels and their response time is lower than that of typical IPS panels. VA panels are the best option when comparing price/performance.
Is there a relationship between response time and input delay?
Input delay and response time are not directly related. Input lag is the difference in time between the actions you physically perform and your character’s actions on screen. However, input latency and response times are better when they are lower.
Is there any way to reduce ghosting or motion blur?
Some monitors support variable response times and have overdrive settings in the OSD screen. If your monitor supports overdrive settings, you can try working with the settings and looking for options to reduce response time. By shortening the response time, motion blur and ghosting are reduced or eliminated.A lot of developers who have been building websites for a long time know that the response time of a website is important, and in a way this is not surprising. After all, the speed of a website is directly related to the visitors that will use it to interact with it. So, how do you measure the speed of a website? Most of the time people don’t really need to measure the speed of the whole website, but instead measure the response time of certain pages. For example, an online store may measure the response time of the shopping cart for example.. Read more about monitor response time test and let us know what you think.
Frequently Asked Questions
What is a monitors response time?
If a monitor can show a live image of what’s going on in the scene, why doesn’t it already do that? It seems like a reasonable question, but the answer is that monitors have a different job than cameras. Monitors are meant to capture images of what’s happening in front of them, and that can’t be done if the monitor is too slow. So what’s the difference between a good monitor and a bad one? Response time is something that you don’t usually consider when shopping for a monitor, but it is actually an important specification. A low response time means that the monitor displays a moving image more quickly than it can actually be updated. This causes the monitor to appear to lag behind the actual movement, making it look like the on-screen images are not progressing at the same rate as the actual video. This can be frustrating, especially when trying to edit video or take screenshots.
Does monitor response time matter?
Response time is the time it takes for a monitor to respond to being pressed or to a keypress. This is measured in milliseconds. Since the early 1980’s, computer monitors have been on the rise. They first appeared in the first computers, and have become a standard feature in most desktops and laptops in the last few decades. There is little debate that computer monitors are extremely useful; they allow us to stay in touch with the world, and stay productive at the same time. However, there are some aspects of monitors that many users are not aware of, some of which can have a huge impact on their day-to-day computing. One of these aspects is monitor response time.
How important is response time in a monitor?
Were all aware of how important response time is in a monitor, but very few people actually know the best ways to measure and calculate it. After reading this blog post, I hope you’ll be more informed about how your monitor performs. If you’ve ever heard of response time or just the word “response”, you’ve probably heard that it’s an extremely important aspect of a monitor. It’s an important factor, and a monitor without good response time is just not that useful. Unfortunately, I don’t want to bore you with the full details about response time, so I’ll cut straight to the point.
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