Monitors what is ms

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Vibrant IPS technology brings action-packed moments to life from every angle for an immersive experience. Maximize your screen real estate with the advanced features of this curved monitor, built to withstand both work and play.

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Immerse yourself in the curve of this ultrawide monitor with WQHD resolution made to keep multitaskers focused at work and play. Read on to learn about response time for monitors and how it can change your monitor viewing experience.

Response time can be one of the more complicated features to look for in a monitor. Response time relates to the colors you see on your monitor and how long it takes them to shift between one another. But if you are in the market for a gaming monitor or are in fields that rely heavily on video or other motion-dependent things, response time is highly important for you and can make a huge difference.

Response time for monitors is the time it takes to shift from one color to another. This is usually measured in the time it takes to go from black to white back again to black expressed in milliseconds ms. However, there is also gray-to-gray GtG and sometimes even just black-to-white.

Usually, 10ms is the average for black to white to black. But to give you another reference point, LCD screens have response times under 10ms. But the fewer milliseconds response time takes, the better image and motion production. Certain panel types are more responsive than others, however, with TN panels traditionally having being much more responsive than IPS panels.

But that is all changing, especially with nano IPS. Black to white to black is the standard response time indicator. Black to white to black measures by determining the time for fully active white to inactive black back to active again. With this time measurement, you can determine how long it takes a pixel to change colors.

In LCD, for example, how fast the liquid-crystal rises and then falls is the total time. Black to white to black response times are usually higher, meaning they are slower to shift. These types of response times are better catered for everyday computer users who are more interested in monitor ergonomics.

Gray-to-gray GtG functions on what is called a middle gradation, meaning these pixels do not become fully inactive. LCD GtGs have roughly gradations of gray. Gray-to-gray response times are much faster and are great for those interested in better gaming experiences and videography.

It is also important to note how they are measured. While black to white to black is round trip total time, gray-to-gray is measured by taking several selected time sequences and then getting the average.

This then is the total time in milliseconds it takes for a pixel to change color. With all this talk about black, white, and gray, you are probably wondering how in the world color is made. LCD displays usually have three subpixels per pixel. And monitors can have millions of pixels on a single display a 4K screen contains about 8. Each of these three subpixels found within a single pixel has color filters of red, green, and blue light within them.

By changing the active and inactive parts of these three subpixels, you can produce different colors. It is a measure of how quickly a pixel can display a change from black to white or from one shade of gray to another. Different shades of gray represent how intense any given color will appear on your monitor through a filter.

Response times are often given in milliseconds since one frame on a standard 60Hz monitor stays on your screen for just under 17 milliseconds. The pixels themselves need to transition more quickly than that so that they can display the next frame in time. This is when you can see the remains of trails from a moving object on a screen because pixels took too long to switch between shades of gray. This is really not a big deal if you just use your computer for everyday browsing and social networking.