Comments on: Westinghouse introduces super-high-res LCD, 1080p models
We look at Westinghouse's LCD offerings at CES 2007.
We look at Westinghouse's LCD offerings at CES 2007.
The name says it all. Crave is our blog about gorgeous gadgets and other crushworthy stuff. If you would like to contact Crave with a tip or comment, please write to: crave@cnet.com
Add this feed to your online news reader
Web sites launch all the time, but they also shut their doors. We highlight 15 that bit the dust this year.
Let the debate begin: Was the iPhone more important than iTunes? Was anything bigger than Google finding a great business model? CNET offers its list of the 10 most important stories of the '00s.
You cannot get content in 1080p from Cable, Sattellite, etc, and Blu Ray and HD-DVD may be still born. HDMI is a paper standard and it is unclear if the human eye can even detect what is being promoted.
I am reminded of ultra Tide with Oxy power when I read this stuff.
I think it may be 6 years before we even see 1080p adopted by the content providers much less bank on anything above that.
I always thought that because the pixel size would become so small, anything above 1080p would have to be on a huge screen, like 100 inches+, in order for anyone to be able to tell the difference. Regardless, no authority is rushing to create a new format that's larger than 1080p for consumers (2k and 4k exist for movie theaters) and broadcast and cable TV have not even been able to go to 1080p, let alone something even larger. I honestly still doubt we will see consumer home video go beyond 1080p.
If there is some laboratory test data that demonstrates some improvement that I cannot possibly see because of the screen size and pixel density, it is a ho hum.
It will be interesting to see when the consumers get smart and thumb their nose at this stuff.
There will always be something better next year like 2000p 4000p etc. So I hope you get my point buy a 1080p monitor, watch and HD DVD and see the difference for yourself instead of theorizing that there isnt any.
Now you can finally stop theorizing if companies are gonna make anything better because its already here baby and it just might be cheap enough for you to finally afford so checkout the difference for yourself and you can stop saying theres no difference in resolution numbers to make yourself feel better! Believe that!
NOW CAN I HAVE AN OPINION WITHOUT BEING INSULTED?
There will always be something better next year like 2000p 4000p etc. So I hope you get my point buy a 1080p monitor, watch and HD DVD and see the difference for yourself instead of theorizing that there isnt any.
Now you can finally stop theorizing if companies are gonna make anything better because its already here baby and it just might be cheap enough for you to finally afford so checkout the difference for yourself and you can stop saying theres no difference in resolution numbers to make yourself feel better! Believe that!
Much like 720p vs 1080p on <40" TVs, you won't get the benefit of the new resolution with a proportionally larger TV screen. Additionally, wouldn't bandwidth be a problem? You'd have to find some way to send and receive the signal before these types of TVs can become even practical. Westinghouse might have gone the easy way and just made multiple HDMI connections, but seriously, HDTV penetration? Not much. SHDTV penetration? Not gonna be any better than HDTVs.
People who complain can stay with CRT or buy black and white TVs ? It appears that some people have got nothing better to do, but complain about improving standards ? moan, moan and moan.
Why don?t they do something constructive and moan about poor customer services or poor quality controls instead?
I would prefer to buy the best quality HD TV (even if it numerous TVs are going to be a ?Quad Full" or 3,840 x 2,160) at the lowest price.
Quad Full, doesn?t surprise me, which is why 1080p is necessary also.
The best HD TV being created by the Japanese organisation who it is claimed created HD TV are working on a resolution for public displays much better than quad full.
With a TV it is necessary to read things from the TV for example; TV guide, the weather, and Teletext etcetera. In the future the TV will probably replace the computer monitor (wireless, HDMI 1.3) for example to watch digital photographs:
www.hdmi.org <about><FAQ>
One reason why people cannot tell the difference between 1080i and 1080p, is because they have not been shown the best 1080p picture using the best HD products including the best HDMI 1.3 features etcetera!
I would take the attitude that consumers who could not tell the difference between 1920x1080i and 1920x1080p resolutions were probably con!
Suxxorz, can supply evidence that people who couldn?t tell the difference between 1080i and 1080p were not con and everything were done to the highest standards including HDMI 1.3:-
1) Used high definition (high definition) DVD films, which were created with 1080p native HD cameras
2) Used the best 1080p cables
3) Used the best 1080p TVs / projectors
4) Used the best; Blu-ray or HD DVD films and preferably these should be filmed in 1080p native cameras to best quality
5) Used proper Dolby DTS-HD HD sound etcetera
6) Were people shown extremely; slow and fast motion clips also, I don't think so?
If Suxxorz or anybody else can find ? (lets make it extremely easy, to prove me wrong) only one case and post the evidence on this forum with the names and model numbers of HD products used and the website?s URL of the survey
My logic is, that an excellent Blu-ray or HD DVD films should be noticeable better than an up converted DVD to 1920x1080i despite that I haven?t compared them ? should be commonsense!
- Do the math
- by Gsteele January 7, 2007 11:22 AM PST
- Nice idea for a TV. Of course, nothing is going to be broadcast, or fed from a DVD of any kind, at that native resolution, so what you will necessarily see is a mathematically upscaled image of 1080p at best. With smoothing, it will look better (i.e., less pixilated) if you look at it from a distance where you CAN see the pixels at 1080p. But you don't look at it from that distance.
- Like this Reply to this comment
-
(21 Comments)If we do the math, based on looking at a computer monitor, it helps to put this in perspective. For a range of sizes from 15" to 20" LCD monitors, at resolutions from 800x600 to 1600x1200, (i.e., 4:3 aspect ratio - not widescreen) we see that the vertical pixel resolution varies from 67 to 100 pixels per vertical inch. In widescreen TVs, for a range of sizes from 17" to 70", at resolutions from 1280x720 (720p), through 1920x1080 (1080p), to 3840x2160, the vertical pixel resolution varies from 31 to 92 pixels per vertical inch. The 92 is for a 17" widescreen monitor at 1440x768. For even the Westinghouse LCD, the resolution is 79 pixels/vertical inch.
But we watch computer LCDs at a distance of about 18 to 24 inches - and READ from them, as opposed to predominantly looking at large moving shapes. If you look at your computer screen from 3 and a half feet away (using the 2.5 times diagonal viewing distance rule of thumb for a 17" widescreen), you'd be hard pressed to see ANY pixelation. Try it. And the vertical resolution of that screen is only 17% higher than the Westinghouse screen. I have to get about 18" from my 19" LCD to see any vestige of a pixel, and then only if I stare at it with the intent of seeing it. At 4 feet, I can't even read anything on it except BIG letters.
If a 42" 720p plasma (not all plasmas are as sharp as 720p, of course) is sharp enough for your eyes, consider that the vertical resolution is only 35 pixels/inch. At the recommended 12 foot viewing distance of the Westinghouse screen, you'd be hard pressed to notice that you were looking at a better picture (79 pixels/inch) than a 61 inch 1080p (36 pixels/in) if a 42" plasma is already good enough that you can't see pixels at the standard viewing distance from it.
So, as nice as it might be to have a 56" screen with a resolution almost as good as your computer LCD, at the normal viewing distance for TV, you won't really be able to see the difference. You'd have to sit so close, you'd have eyestrain and motion sickness after about 20 minutes, so it's hardly worth the tradeoff.
Of course, as a huge display to game with, I suppose you could make the case, but can you imagine the graphics card and processing horsepower you'd need to have to feed this a native signal - if, in fact, it's possible to do so?