Should i get 60hz or 120hz

That said, refresh rate is not the same as framerate. Refresh rate is an attribute of the monitor, while framerate is an attribute of the information being sent to it.

They have to agree on just what is being shown on screen. If you can run a game at frames per second, you may see a tangible benefit from playing it on a monitor that can refresh that many times per second. Blurring occurs because of how the human brain processes the set of individual frames a monitor displays. The brain blurs together the series of frames to create a sensible moving picture, but some detail is lost along the way.

A higher refresh rate helps to decrease the blur by giving our brains more information to act on, in turn reducing perceived blur. The difference between Hz and Hz is even more subtle. Gamers will notice sharper visuals during fast action, and moving a mouse can feel smoother compared to a more typical 60Hz display. Because refresh rates and framerates are very different things, they can often mismatch.

Because more frames are being rendered than the monitor can handle, half-frames are sometimes shown together on the screen, manifesting as an obvious split between two portions of it, neither of which appears to line up correctly with the other.

However, a 60Hz display only refreshes 60 times per second. This means gamers are not fully benefiting from the enhanced responsiveness of the higher framerate and may notice tearing as the display fails to keep up with the data fed to it.

No cherry-picked units sent by brands. A TV's refresh rate is how many times the screen refreshes itself every second. It's different from frames per second fps , which defines how many frames the video source displays every second.

The refresh rate is important for motion handling, as a higher refresh rate generally results in smoother motion, but it's not always the case. It's also important to not get confused with marketing terms that often inflate the refresh rate. This article explains the differences between a 60Hz and Hz refresh rate, how it affects the image, and how companies will try to trick you into thinking the TV has a higher refresh rate than it actually has.

Even though we don't see it, our TV is constantly refreshing itself every second. A refresh rate defines how many times per second it draws a new image on the screen, and it's written out in Hertz Hz. A 60Hz refresh rate means that the screen is refreshing itself 60 times every second, and at Hz, it's refreshing itself times every second. This is different from frame rate, which is how many times per second the source sends a new frame.

The refresh rate affects motion handling; the more times the display can draw a new image the better it is for fast-moving content.

Modern TVs either have a 60Hz or Hz refresh rate. Most high-end TVs have a Hz refresh rate, but it doesn't mean they're inherently better at motion handling either. The response time determines how good motion looks; a quick response time means that motion looks clear, while a TV with a slow response time leads to motion blur.

Response time and refresh rate are indirectly related as a Hz panel is expected to have a better response time than a 60Hz panel, but it's not a guarantee. Since not all content will automatically have the same frame rate as your TV's refresh rate, there are also ways a TV increases the frame rate to match up with the refresh rate, improving the appearance of motion.

In a case like this, the TV either adjusts itself to match the refresh rate of the source, which effectively turns it into a 60Hz TV, or it simply doubles every frame. As you can see from the picture above, a TV with a higher refresh rate doesn't produce less motion blur. Since both of these TVs have a very similar response time, 60 fps content results in an almost identical picture.

To better showcase these differences, we compared two TVs side-by-side; a 60Hz model, and a Hz model, with similar response times.

We filmed these TVs in slow motion to easily compare each individual frame. One of the most important advantages is the ability to play back content that is meant to be displayed at 24 fps, which is often found in movies. Most TVs can simply lower their own refresh rate to 24Hz when the content is 24 fps, but some sources, such as Chromecast, output video at 60 fps, even if the content is 24 fps.

This means that the TV's refresh rate remains at 60Hz, and motion won't appear smooth, which is an effect called judder. A 60Hz TV has trouble removing 24 fps judder because 60 isn't a multiple of To display this type of content, a technique known as a " pulldown" is used.

Basically, 12 of the 24 frames repeat three times, while the other 12 repeat twice, totaling 60 frames. Not everybody notices this, but it causes some scenes, notably panning shots, to appear juddery. However, Hz TVs have an advantage here because they can simply display each frame five times since is a multiple of Especially with competitive PC gaming, titles often excurse well above 60fps, and many modern gaming monitors will offer Hz or even Hz refresh rates in order to capture the best gaming experience.

While a Hz TV isn't necessarily the perfect display to pair with a PC game, it's going to handle things much better than a 60 Hz option. I wish I could say it was as simple as checking a spec sheet, but refresh rates are often represented in a confusing manner. For at least the last decade, TV manufacturers have implemented so-called " motion interpolation ," sometimes called motion smoothing, motion assistance, or the " soap opera effect. Keep in mind that this kind of interpolation, while available in some form on almost every TV, doesn't have anything to do with whether the TV is a 60 Hz or a Hz model.

And while some types of content can certainly benefit from these modes, they aren't the same thing as a hardware-level refresh rate. Manufacturers often list refresh rates on TV product pages, but you should always cross-reference with professional reviews and sites like Amazon or Best Buy.

However, there are ways to find out a TV's true refresh rate. Spec sheets on sites like Amazon and Best Buy often list real refresh rates, and often times manufacturers' product pages are reliable too. But if a manufacturer lists an "effective" refresh rate, the TV's actual native refresh rate is usually half of the advertised effective rate, and other factors—like smoothing and backlight scanning—are sometimes used to multiply refresh rates into higher and higher numbers, such as " Hz.

Ultimately, your best bet is to check out unbiased sources like enthusiast forums and professional reviews— here's a good place to start. We'll help you find the best stuff and love the stuff you own. Popular Search Terms washer review dishwasher cameras air fryer tv sony refrigerator review lg mattress. Money All Money Credit Cards. Accessibility All Accessibility. Through a process of pulldown, it is converted to 30 frames by spreading the source frames.

When you have a p60 TV set, the frames are reduced to 60 full frames, wherein any interlacing step is skipped. The process of pulling down frames and interlacing has been used for a very long time because TVs have always been displaying It was also not a big deal because it does not really add anything to the picture.

The high-end standard right now is p60, with most movies and shows keeping this frame rate and resolution. Interestingly, even Blu-ray movies have turned the frame rate down to 24 frames per second as it makes the footage closer to film. Now that you understand what the refresh rate stands for and what the film and TV industry standards are like, you know that most content has been designed for 60Hz TVs.

What happens, then, if you opt for a TV with a higher refresh rate? Specifically, the existing frames are combined and processed to generate images that can be added to the original 60 or 24 frames from the film. These frames are not real in the sense that they were actually filmed and instead, are simply generated by your HDTV set. They all, however, add frames to supplement the original 60Hz or 24Hz.

The additional frames and the unnaturally smoother animation are simply different from what you may be used to. The footage looks much faster, and in certain scenes, it can be confusing and unsettling. If you are watching films where there is a lot of dialogue and interaction, it can lead to an unpleasant viewing experience.