Should choose 5ms vs 1ms Monitor? It’s a debate that has been going on for years: which is better, a 5ms monitor or a 1ms monitor? Some people swear by the 5ms monitors, while others say that the 1ms monitors are the way to go. So, which one is actually better?
What is response time on a monitor?
Monitor response time is often referred to simply as converting a pixel from a black to its color.
It is measured in milliseconds. It represents how long it takes to update one pixel’s components (red, green, and blue) with new information.
This will ensure no hiccups when your mouse moves across interface elements such as a menu bar, scroll down, or a webpage.
How important is monitor response time?
Your monitor’s response time can make a difference in visual quality, especially if a lot happens on the screen. This ensures that each pixel projects to give the best performance.
The response time measures how fast a pixel can display changes from multiple colors. You can get a more intense view of any color via a filter, such as grays. The filter will let less light through if the gray is darker.
Response times are usually given in milliseconds. A standard 60Hz monitor will respond in less than seventeen milliseconds. This is faster than the standard 60Hz monitor and prevents ghosting. This is when the response time takes longer than it should. The game will leave behind trails of a moving object.
It becomes even more apparent when pixels take too long to switch between gray shades. This shouldn’t matter if you only use your computer to browse the internet.
Heavy programs and games, however, will require more of your monitor. Gaming will cause visual artifacts and distracting behaviors that can be avoided. Even a 1ms delay monitor will not be able to respond quickly enough.
1ms monitor vs 5ms: Similarities
- Both are great for gamers.
- Fractions and limit blur occurrences
- Available in most new generation monitors
- Enhanced color and pixel display
5ms vs 1ms Monitor: Different
Most people cannot tell the difference between a response time of one millisecond (ms) and five milliseconds (ms). If you play a game that involves fast-moving objects, or if your monitor is used for photo editing, you will be able to see the difference.
1. Response time
The response time is the time it takes for a monitor’s pixel to change from one color to another. You can change from red to green, or from blue to black. The more quickly the change occurs, the more responsive images will be. This leads to a smoother display with a faster refresh rate.
GtG (Gray-to-Gray) response times are also common for monitor brands. This is because switching between gray shades is faster than changing between base colors or RGB. Gaming is best served by a GtG response time of less than 5ms. Fans want 1ms because it responds faster.
With the technology we have, zero is not possible. It all begins with 1ms, whether you are a gamer or a monitor user. Imagine yourself playing a first-person video game on a 1ms screen. To maneuver your car, you press the turn-left button. This data is sent to your monitor by your console or PC. Your monitor then needs to display the updated image.
This action will take five times longer on a 5ms monitor than on a 1ms one. This happens in milliseconds, so you won’t notice any difference if you are an avid gamer. However, every second matters because games are designed for responsiveness. Response time is generally a factor in lags, delays, and smooth runs.
Monitor response time comparisons show different panel types have slightly different response times. TN panels are faster than TN panels, even though there are few gaps.
They are therefore better suited for reflex-based games.
Currently, almost every TN panel only uses 1ms. They are the only ones that can refresh at 240Hz. VA and IPS panels, on the other hand, use 2m-5ms despite offering better colors and viewing angles.
A 1ms TN panel performs the minor pixel processing. Their speeds are, therefore, relatively high. VA and IPS panels with 5ms features are designed to provide better colors.
However, higher colors mean more processing time. This is why 5ms delays are expected. You get the fastest response times by using TN directly to the pixels.
Making a choice
It doesn’t matter if you have a 5ms or 1ms monitor. One thing is essential. The response time is slower the more significant the monitor screen. The response time is also quieter if the resolution is higher. Signals larger than the primary power source and processor sources must move further away from each other.
A higher resolution means that you will need to update more pixels. Technology constantly fights these changes, with many 1ms or 5ms monitors trying to transmit signals more quickly. Gamers won’t notice the difference with a bigger monitor or a model that supports 4k.
2. Refresh Rate
Many enthusiasts still confuse the refresh rate with response time. Although the differences might seem small, they are not the same. A monitor’s refresh rate is the rate at which its image changes or refreshes. A higher refresh rate will result in more image updates. It will appear smoother per second and is usually measured in Hertz (Hz).
The application that you are using will determine the acceptable refresh rate. Cinemas, for example, operate at 24Hz. Old TV standards used NTSC and PAL at 50Hz and 60Hz, respectively. Standard refresh rates for PC monitors are 60Hz.
Five milliseconds is required for each frame to be drawn on a 5ms display. It doesn’t matter if you are using a 60Hz display or a 120Hz one. Blurs that take longer to remove each image will be more obvious. A panel that takes 5ms to draw an image will still have blurs regardless of whether it runs at 144Hz, 60Hz, or both. Gaming takes 5ms, and you won’t notice any difference.
It takes only one millisecond for pixels to draw on any frame in a display. It works great at 60Hz, but also at 144Hz. The latter, at 60Hz, is acceptable if you aren’t interested in gaming. However, the refresh rate of such a system will not be as fast, even though it may not be evident to the human eye. A panel with a refresh rate of 1ms 144Hz will offer a better gaming experience.
Is 5ms Response Time Better Than 1ms?
As you can see, a monitor that responds in less than 5 seconds is better than one with a 1 ms response. There are many other factors to be aware of when purchasing a new monitor. The response time isn’t the most crucial aspect. Here’s why.
Usually, the monitors with a response time of 4 to 5 ms will use IPS or VA panels. Contrary, most monitors with a faster response time than 1 ms will use TTN boards. There are many differences between the three types of display panels.
TN Panels, or Twisted Nematic panels, are excellent. These panels have disadvantages, such as poor color reproduction and a worse viewing angle. These issues make it challenging to use a monitor that has TN panels. Instead, you can use an IPI or VA panel.
Because IPS panels offer the best viewing angles, IPS panels have a wide viewing angle of up to 180 degrees. VA panels are well-known for their accurate color reproduction. You will need to sacrifice the essential characteristics of a good monitor, such as color accuracy and viewing angle, to get a 1 ms response time.
On the other hand, the TN panels can be used if you need fast response times. They are only 1 ms in response time.
1. Which one is better for gaming?
This question is not definitive as it depends on each game and the hardware. A Gaming response time of 1ms is generally better than a response time of 5ms. The faster page loads mean the user won’t have to wait for it to load. This results in a better user experience.
Although a 5ms response is still fast, it is slower than a 1-ms response. Red/green/blue subpixels are used to display colors—the more subpixels per pixel, the better the color reproduction. A 5ms reply will usually produce more accurate colors than a 1ms one.
2. Why do we prefer a faster response time for the monitor
Reliable monitors have a response time of less than 16ms. It refreshes quickly, doesn’t cause ghosting or motion blurring when gaming, and is easy to read text.
Gaming monitors are now top-rated because they allow gamers to perform more actions per second, leading to higher scores.
The refresh rate is the number of times the display updates each second (refreshing). Low frequency results in lower quality images, but they can still be used as office monitors.
These are usually reserved for graphic design and CAD programs that require precision. High-framerate modes such as 120Hz and 240Hz are also available on some TVs.
A monitor’s response time is significant. Many people don’t realize this. A monitor that responds quickly will appear more precise.
Understanding how LCD monitors operate is essential to understanding the differences between a monitor that responds in one millisecond (ms) and one that responds in five milliseconds.
3. Is 2ms ping good?
A faster ping indicates a more responsive connection, particularly in time-sensitive applications (like videogames). Ping is measured in milliseconds. Ping is considered very good if it falls below 20ms. 2ms is the shortest time you can get.
4. Is 100ms ping bad?
An acceptable ping speed is between 40ms-60ms and lower. If your ping speed is more than 100ms, it will be a noticeable delay. Over 170 games may reject your connection. For example, your gameplay will appear faster and smoother if you have a 10ms relationship (or 0.01 second).
5. Is 240Hz overkill?
Gaming on a 240Hz screen with a lower-spec GPU could be considered excessive, and you might be better off upgrading to a higher-spec card. A 240Hz monitor is an excellent addition to your setup if you’re able to output 240 frames per second for your favorite games.