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will oleds be better than all the others lcds panels types?
I reckon we will start seeing them in laptops or PC monitors soon, 1 year max and they will be around the high-end LCD prices of today, they are already appearing on some new digital cameras, mp3 players, phones... its the large TV panels that will take a while to come out with a further time frame for price drop.
The samsung "LED TV" is an lcd display that uses LED backlighting as opposed to the usual CCFL backlight. The LCD matrix itself is just some variant of VA.
how is it better, can someone explain? what is better in it?In terms of image quality OLED is way better than any current LED (CCFL or LED).
Better colors, contrast, brightness, viewing angles, clarity, and response time.how is it better, can someone explain? what is better in it?
will oleds be better than all the others lcds panels types?
http://en.wikipedia.org/wiki/OLED#DisadvantagesThe biggest technical problem for OLEDs is the limited lifetime of the organic materials.[41] In particular, blue OLEDs historically have had a lifetime of around 14,000 hours (five years at 8 hours a day) when used for flat-panel displays, which is lower than the typical lifetime of LCD, LED or PDP technology—each currently rated for about 60,000 hours, depending on manufacturer and model. Toshiba and Panasonic have come up with a way to solve this problem with a new technology that can double the lifespan of OLED displays, pushing their expected life past that of LCD displays.[42] A metal membrane helps deliver light from polymers in the substrate throughout the glass surface more efficiently than current OLEDs. The result is the same picture quality with half the brightness and a doubling of the screen's expected life.[43]
Also, nowhere can I find anything about burn-in with OLEDs from a reliable source. Is this just some kind of myth, or if it's true, how in the world is it supposed to work on a molecular level?
CAUTION
Bright. stationary images. such as TV
station logos or photos, displayed on your
TV can become permanently imprinted
onto the screen. This type of imprint is
known as "Image Retention."
This TV was designed primarily for
viewing TV broadcasts in wide screen
mode (16:9 aspect ratio). Therefore, when
viewing conventional (4:3) TV programs,
select Wide Zoom or Full in the Wide
Mode.
IMAGE RETENTION IS NOT COVERED
BY YOUR WARRANTY. Un-repairable
damage can occur and is not covered under
warranty.
Image Retention — Due to the characteristics of the material used in an OLED screen for its high-precision image, permanent image retention may occur if still images are displayed in the same position on the screen continuously, or repeatedly over extended periods.
Images that may cause image retention: Wide screen sources with black bars at top and bottom (Letterboxed Image), 4:3 screen sources with black bars at the left and right, non-moving images such as photo, game sources, on-screen tickers such as those used for news and headlines, on-screen menus, program guides, channel numbers, etc. of connected equipment such as a set-top box, video recorder, disc player, etc.
You clearly don't understand the mechanism behind burn in. Anything with separate emitters that wear more when the more they are used WILL produce burn in, that is practically common sense. OLED being the MOST wear prone fragile technology of any emitter we have seen will burn in more readily than anything we have seen before, more than CRT and even more than Plasma in the early days.
Why is the Sony OLED manual not a reliable source. In short anything but pure full screen video is a burn in threat for OLED:
http://www.abt.com/images/products/PDF_Files/xel1_manual.pdf
Page 4 Huge caution box:
Page 30:
Again, the manual says image-retention, you say burn-in. Both are very different things as the former is reversible, the latter isn't. Is anyone going to find me a source which explains how OLED can have burn-in? I sure as hell can't find one.
DisplaySearch tested the TV set on a 1,000 hour run and discovered that the color blue degraded by 12 percent, red by 7 percent, and green by 8 percent.
Again, the manual says image-retention, you say burn-in. Both are very different things as the former is reversible, the latter isn't. Is anyone going to find me a source which explains how OLED can have burn-in? I sure as hell can't find one.
Sales of OLED TVs will skyrocket between now and 2016.
They aren't different things, burn-in is a misnomer for image retention. And burn-in is reversable... or rather compensable. It always has been, even for CRTs. LCDs just have the benefit of not actually being an emitter unlike phosphors or organic elements and can completely reverse image retention
We're discussing this in two threads now, so I'll try to differentiate things a bit here.
Burn-in isn't reversible: http://en.wikipedia.org/wiki/Phosphor_burn-in , perhaps compensatable is the better word here
LCDs also suffer from (permanent) burn-in (just stress the crystal enough so that it can't return to its old shape), but just like with modern CRTs, you have to really try to make it happen.
For OLEDs there doesn't appear to be any hard data (yet) on how long burn-in and image-retention would take. Would it take hours, weeks, months? No one seems to know yet.
Take note that I did say "or rather compensable". And in most cases, to stress an LCD to the point where it can't be reversed takes actual effort (e.g.. overvolting, physical damage, or extreme heat).
Oh, and BTW... I must admit to never having seen burn-in on a CRT screen, not on my own, not on those of friends, family or customers at the computer shop where I used to work. Only cases I have seen pictures of where from CRTs used at an airport, which had most areas covered in the same colours for 24/7 during many, many years.
You should see my 21" trinitron, I can clearly see the start bar and the title bar at the top from windows. It is VERY visible, trust me.