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1. #SHOULD I RECORD IN 1080P OR 720P HOW TO#
2. #SHOULD I RECORD IN 1080P OR 720P 720P#
3. #SHOULD I RECORD IN 1080P OR 720P 1080P#
4. #SHOULD I RECORD IN 1080P OR 720P UPGRADE#
5. #SHOULD I RECORD IN 1080P OR 720P FULL#

However, because it was interlaced, it also had some of the problems as well, like mis-matched video and jaggies where there should be smooth curves.įor a brief time, the industry considered 1080i to be better than 720p. And, it used the same amount of bandwidth as the lower resolution, progressive scanning video.

#SHOULD I RECORD IN 1080P OR 720P 720P#

The resolution was higher than the standard 720p resolution that was becoming popular. One of the early, competing television formats was 1080i, and it seemed to be the best of both worlds.

#SHOULD I RECORD IN 1080P OR 720P 1080P#

Putting aside the marketing labels, probably the best way to compare 720p and 1080p is looking at their pixel count. While technically true, TV manufacturers found a winner by calling them “4K TV’s”, so that’s how they’re marketed. One final note: based on the “official” definition of High-Definition, even 4K and 8K TV’s would classify as HDTV’s. However, 1080p, which was known as “Full HD” (FHD) at the time, quickly became the dominant HD television resolution. But when 1080p became more cost-effective, suddenly there were two competing HD formats.ġ080i (interlaced) was short lived, at least as far as consumer televisions went. Predictably, manufacturers had different ideas of what that really meant and three different HDTV resolutions emerged.ħ20p was the clear winner early on, so manufacturers called it High-Definition, or HDTV. So when HD came out, it was simply defined as ‘anything higher than Standard Definition.’

#SHOULD I RECORD IN 1080P OR 720P HOW TO#

Now that you understand how to read a resolution spec, let’s look at an easy question that has a rather complicated answer:īack in the old days, TV signals were either 480i in North America (NTSC) or 576i in Europe (PAL). This is what drove the adoption of better and better cables over the years. Progressive scanning takes up a log more bandwidth than interlaced images. That means motion is more fluid, and there’s no weird artifacts when the subject of the image is moving quickly. How Progressive Scan (p) Worksīy contrast, progressive scan will draw the entire image, line by line, on every frame. Still, interlaced video was a great way to increase resolution without increasing the bandwidth that the video used. So for fast moving images, like sports, you’d see strange artifacts where the images didn’t line up correctly. The problem was that the two frames weren’t the same image. But, if you play them quickly enough, it would trick our eyes into thinking there’s one complete image.įor the most part, this worked well. If you looked at each frame individually, it would only ever show half of the image. Then, on the next frame, it would draw the opposite lines. It worked by drawing every other line of an image on the screen in a single frame. Interlaced video was the first attempt at increasing the resolutions on your TV screen. In general, progressive scan (p) will give you a smoother picture than an interlaced picture at the same resolution. This refers to how the image is drawn on the screen. Tacked on the end of that resolution number is either a ‘p’ or ‘i’, which stands for either Progressive or Interlaced. Since it doesn’t really roll off the tongue to say we have a 921K TV, the TV company marketing departments decided to shorten that to the number of pixels on the vertical axis: 720. To get the total number of pixels on the screen, we multiply the two numbers together.

#SHOULD I RECORD IN 1080P OR 720P FULL#

The full resolution of a 720p TV is 1280 pixels wide by 720 pixels high on the screen. If the size of the screen remains constant, a higher resolution number means a sharper display.īut instead of talking about the total number of pixels, we shorten that to the number of pixels on one axis (either vertically or horizontally). A pixel is a fluid crystal illuminated by a device behind the TV screen to show different colors. That’s the number of pixels on the screen. When we talk about TV’s and computer monitor’s picture quality, we’re talking about their resolution. I’ve also done this same analysis for the difference between 1080p TV’s and 4K TV’s.

#SHOULD I RECORD IN 1080P OR 720P UPGRADE#

Then, you can decide if you need to upgrade now, or whether that old 720p TV of yours still has some life left in it. Then I’m going to explain why (and when) it makes a difference. So in this article, I’m going to explain the difference between 720p and 1080p (and 1080i). This got me wondering what the real difference is between 720p vs 1080p TV’s, and at what point can you really see the difference. But it’s 720p, and that automatically makes it obsolete, right? It’s a Samsung and still looks great, actually. And since the average lifespan of a TV is between 5-10 years, I’ll bet I’m not the only one.