What is the difference between 100hz and 200hz tv

The consequence creates sharper images that are smoother, with less distortion as well as smear when images move quickly. These blurs and distortions pictures have been readily noticed by purchasers who would like the best performance from their investment, moreover the manufacturers have responded. Until recently, it was only the most fussy videophiles that was worried at all vis-?

These small imperfections happen to be real and noteworthy to customers once displayed on a screen of that size. Thus, the producers have in fact reponded with hz and hz plasma and LCD TVs that should keep happy even the most demanding purchasers.

Filling the gap between frames with added intermittent images, the hz-televisions plasma and LCD television sets in fact perk up the primary source before you even see it. If you're a viewer of sports, in particular of baseball or foorball, you're almost certainly going to detect the effect, seeing that the ball can be not easy to keep an eye on whilst moving at a fast speed across the screen on cheaper 50hz models.

Although it's not only sports spectators that understand the benefit. Refresh rate is one of the more confusing aspects of TV technology and TV makers don't do much to explain it. In fact, they often obscure it. Refresh rate is a number that specifies how many times per second the image on your TV changes. With most TVs it's 60, though it's rare you'll ever see a TV with that number listed.

Instead, manufacturers use different technologies, such as the soap opera effect and black frame insertion , to claim a higher number. Sometimes those claims are justified, sometimes they aren't. Higher refresh rate claims with numbers like , and higher are common, but not always accurate. As we'll explain, though, a number higher than Hz doesn't necessarily mean the claim is false. Let me start with the terms you'll see on various TV makers' marketing materials and web sites. Each one calls the TVs motion handling capability something different, and many don't even mention the term "refresh rate" or use "Hz" at all.

LG: TruMotion. LG's web site lists the panel's native refresh rate up front. Samsung: Motion Rate. Samsung is better than it used to be about this, albeit not as transparent as LG. Sony: MotionFlow XR. Vizio: Refresh Rate. Vizio used to list an "Effective Refresh Rate" on its web site, which was just double the native refresh rate. For , however, none of its TVs use that term as far as we could find, and most don't list any refresh rate spec.

The bottom line? TCL's sets are all over the place. Some don't list any motion term -- those are 60Hz native. And some say Natural Motion , but they're 60Hz as well. For the most effective increase in motion resolution, and compatibility with next-gen gaming consoles' best video output modes, you need a native Hz refresh television.

That said, it is possible to have some improvement in motion resolution even with a 60Hz TV if it uses some other feature, like backlight scanning or black frame insertion, that improves motion resolution. Refresh rate is how often a TV changes the image also known as a "frame" onscreen.

With traditional televisions, this was 60 times each second, or "60Hz. Some modern TVs can refresh at double this rate, or Hz frames per second. That just depends on the electricity in your country. For the purposes of this article, 50 and 60 work the same, as do and This is basically what your TV is doing to produce motion on the screen.

It is refreshing i. Now the quicker you can flick through pages in your book — the faster and smoother the stick figures motion seems to be. Secondly, the more stages of movement you draw the stick figure in on each page — the more natural it will seem to move.

And by adding extra frames in between other frames — this causes the TV to produce a smoother transition from one frame to the other. The standard broadcast signal we receive in Australia is 50Hz.

That means that the image on your Digital TV is refreshed 50 times each second. So the way the TV fixes this issue is to create intermediate frames and then insert them between the original frames. This is referred to as interpolation, or Hz Technology. Today, larger and larger TVs have become very accessible in terms of price. Now because the picture is bigger, you will notice things like judder even more.

That means that there is a lot of information being displayed on the screen, and all of that information needs to be moved around very fast for it to look smooth. On a large Flat Screen TV running at P and 50Hz, fast panning shots can show a lot of judder, because there is just so much image information being shifted around the screen, our eyes will pick up a lot of motion artefacts. So essentially, by doubling the number of frames, Hz removes the majority of motion judder. So Hz was born….

The aim of Hz is to keep objects such as Soccer Balls, or any small objects moving very fast across the screen, from losing their shape, blurring or breaking up when being propelled across the screen. A processor inside the TV looks at two sequential frames and then actually creates three NEW additional frames in between them.