What HDTV Really Means These Days To Your Home
There’s an awful lot of talk about HDTV technology, more so now than ever. What makes it so much different now to make it so much more popular? Well it’s an answer based on several other technologies that are around now that never have been before, and the difference they all make. Some are listed as follows.
Firs off, what does HD even mean anyway? It means high-definition, but that doesn’t describe much either, because high-definition just means better quality, and that’s pretty vague. The first TV to be considered HD was back in 1934, and it was considered high-definition because it boasted a 30 pixel resolution. While that’s a joke now, it was a big deal back then. Nowadays, the common high-definition TV has a pixel resolution of 800,00 or more.
Blu-ray has opened up the use of HD like never before. In the past, HD affected what you watched by a marginal, albeit noticeable, amount. The images may have been a little clearer, but nothing compared to what Blu-ray has opened us up to. The catch, of course, is not only that you have to have a Blu-ray player, but that you have to have HDMi connections on your TV to use it.
That is both the reason behind the claim to fame for HD and the reason why it’s so seemingly exclusive. TVs can be HD without needing the port, but not having one is only a difference of a few thousand pixels of resolution, rather than hundreds of thousands. To get all the extra detail, you need a TV that can process it, which means having the HDMi port in order to communicate the complex language of the HD video being shown.
The problem with these new technologies is that having a high-definition TV is only half of it. You need to have an HDMi connection to even connect them to your TV. HDMi stands for high-definition multimedia interface, and is necessary for utilizing the HD function of many HD-ready things such as the Blu-ray players. Without it, you’re only adding a few extra uncompressed pixels.
This quality comes from the output video, but more importantly from the TV as well. This is because the modern TV is generally 1080i or 1080p. The 1080 part means how many pixels of resolution. An image broken up into these lines is much clearer when there’s more lines to hide the separation, which is why a bigger number is a good thing.
As for the “p” or “i”, they stand for how the image is scanned onto the TV. The image is either “interlaced” or “progressively” scanned. Interlaced scanning is the method that scans the odd and even lines of resolution alternatively. It reduces overall bandwidth use, but in return has a lower quality video shown in the “twittering” effect of the image. Progressive scanning is more detailed because it scans each line in sequence, melding the image together as a whole. It’s better quality, but uses up more bandwidth (a lot more).
There’s no question that an HDTV is a better quality machine, but it’s only better depending on how you use it. The technology of the TV is only as strong as it’s weakest link. Not having the TV, for instance, is the same as having the TV and not having the connection. Overall, though, it’s home theater brought to a new, and better, age.
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