What is the difference between refresh rate and motion rate

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Nowadays, buying a TV or a monitor may seem easy, but it isn't. Not only are there a ton of models with varying specifications available, but there is also some deliberate confusion being created by TV manufacturers due to the marketing jargon getting in the way of standardized technological specifications. The most important example of this is the sheer amount of numbers you need to pay attention to while buying a TV. To begin with, there's the resolution, which has largely been confusion-free, at least for TVs. For monitors, resolutions vary far and wide, but you can still look for that specification and easily decode the actual number. The next most important figure is the refresh rate, which is where mass confusion begins.

What is the difference between refresh rate and motion rate

This post may contain affiliate links. If you make a purchase through links on our site, we may earn a commission. Motion rate vs refresh rate are both important things to consider for a user who wants to understand the full power and the varying degree of their display performance, along with the factors influencing it. Among the many exciting things we will discuss in this guide, we will also look at exactly how this factors in with the fact that some users often call motion value the fake refresh rate. In this guide, we will dive deep into these display performance measures and what motion value and Smart TV refresh rates mean for your computer system in great detail while also evaluating their complete influence on gaming monitors and general performance. The main difference between motion rate vs refresh rate is that while the former is a set of techniques intended for getting around the downfalls of lower refresh rates, the refresh rate itself is just a static attribute of your display and the more useful term. Since both rates are measured in MHz and indicate some relation to display outputs, many users believe that there are apparent similarities and differences between the two. This assumption is partly true and partially incorrect. For instance, it is true that both rates are an indication of the motion clarity of your computer screen. It is also true that both measurements use the refresh rate as a primary measuring metric and that both measures are basically performance indicators of a kind. However, there are also other differences, like the fact that refresh rate is more widely accepted since it is both a physical and a technical attribute of your screen. On the other hand, motion value can be seen as more of a descriptive term, and it is used to signal the different software techniques that are used to make the motion clarity on your screen better. Another main difference is that the motion value is usually measured as two times the refresh rate of the same screen. This means that if you purchase a Hz TV, it actually has a real refresh rate of 60Hz. Suppose you will use your display for everyday office activities mostly related to Microsoft Office applications and essential data input.

Most filmic content is shot at 24fps. So if you want to play a high fps video file, the video file will need to have a high frame rate. I started writing code around 20 years agoand throughout the years, I have gained a lot of expertise from hands-on experience as well as learning from others.

When looking for your next TV to buy, it's easy to get confused with all the marketing terms. TV manufacturers often use higher numbers to advertise a TV's refresh rate, so you need to be careful to not get trapped in their marketing. Each brand has its own way of coming up with exaggerated refresh rates, and they call them differently, so we'll look at the different ways companies advertise the refresh rate. The refresh rate is the number of times every second that the TV draws a new image onto the screen. Our eyes don't see it, but the screen refreshes many times every second, and a higher refresh rate is important if you watch fast-moving content or play video games. This means that TVs are either drawing up 60 or images every second.

This post may contain affiliate links. If you make a purchase through links on our site, we may earn a commission. Motion rate vs refresh rate are both important things to consider for a user who wants to understand the full power and the varying degree of their display performance, along with the factors influencing it. Among the many exciting things we will discuss in this guide, we will also look at exactly how this factors in with the fact that some users often call motion value the fake refresh rate. In this guide, we will dive deep into these display performance measures and what motion value and Smart TV refresh rates mean for your computer system in great detail while also evaluating their complete influence on gaming monitors and general performance. The main difference between motion rate vs refresh rate is that while the former is a set of techniques intended for getting around the downfalls of lower refresh rates, the refresh rate itself is just a static attribute of your display and the more useful term. Since both rates are measured in MHz and indicate some relation to display outputs, many users believe that there are apparent similarities and differences between the two. This assumption is partly true and partially incorrect. For instance, it is true that both rates are an indication of the motion clarity of your computer screen.

What is the difference between refresh rate and motion rate

Motion looks different depending on the TV—here's why. Recommendations are independently chosen by Reviewed's editors. Purchases made through the links below may earn us and our publishing partners a commission. Shopping for a new TV used to be just a matter of TV brand and screen size. We'll help dispel the mysteries of this technology to help you make the right decision.

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Our eyes don't see it, but the screen refreshes many times every second, and a higher refresh rate is important if you watch fast-moving content or play video games. Black frame insertion works by inserting a black frame between two frames, either by rapidly turning the backlight on and off, or in the case of OLED displays, rapidly turning the screen on and off, as How-To Geek explains. Something else is needed. Unlike other manufacturers, they advertise the real refresh rate alongside the TruMotion rate. Samsung uses Motion Rate as their marketing term for the refresh rate, and they have a simple multiplier of 2. However, the grim reality of the situation is that these companies are basically just using different software techniques to remake the refreshing rate of their displays. How we test TVs. The best course here would be to enable the motion smoothing features and see how it looks with your regular viewing. Not entirely. All of the options in our round-up of the best gaming TVs feature a native refresh rate of Hz, and several of the picks in our round-up of the best TVs do, as well. That's the only number you should look at, especially if you're trying to buy a TV that has a higher hardware-supported refresh rate. This gives the image a smoother look.

Our expert, award-winning staff selects the products we cover and rigorously researches and tests our top picks. If you buy through our links, we may get a commission.

Both of these techniques are what manufacturers use to come up with their "effective refresh rate" numbers. This gives the image a smoother look. The bottom line? When we look at the deals available on display screens, a tag of Hz motion value is not wrong for a basic usage amount. See full bio. Some don't even notice it. Got a question for Geoff? Motion Rate is best used as a term that can explain the different image processing techniques that can be used to provide a lot more motion clarity. Of course, for games, the frame rate will depend upon the hardware power of your computer or gaming console. We added you to the list. One way they do this is by coming up with an arbitrary fake refresh rate that's usually doubled or quadrupled the real refresh rate. As this IEEE paper on MEMC explains, it calculates the motion trajectory and adds a frame before the next frame appears, acting like an artificial bridge between the two frames. With most TVs it's 60, though it's rare you'll ever see a TV with that number listed. Something else is needed.