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Are there any out there yet? Would it/they be good computer monitors?
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2015, maybe.
Affordable mainstream OLED monitors are becoming the Duke Nukem Forever of the monitor world; in 2009, several of the display companies made lots of happy noises about it happening in 1Q 2010.
BeHardware.. SED's at exposition (2005)
* Response time : inferior to 1 ms
* Contrast ratio : 100,000:1 (brightness is of 400 cd/m²)
* Viewing angles : complete, 180° in each directions.
"In fact, SED seems to be the natural son of TFT and CRT monitors. It combines the thinness of the first and the qualities of the second and improves them. Like cathode-ray tube TVs, SED technology is based on the collision of electrons and phosphoric monitor to emit light. Still, unlike cathode-ray tubes, there isnt a single gun for the monitor, but a mini electron gun behind each sub-pixel! 1920 x 1080 x 3 = 6.2 million of guns."
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SeekingAlpha - Canon and Toshiba to Delay SED
The EETimes page isn't loading so instead of linking it, I pased the cached by google verion:
EE Times: Semi News
Cost pressure delays SED introduction
Yoshiko Hara
EE Times
(03/08/2006 3:43 PM EST)
TOKYO Toshiba Corp. and Canon Inc. have delayed the introduction of surface-conduction, electron-emitter display (SED) TVs by about 18 months and are reviewing their volume production plans at Toshiba's Himeji plant. Production was to have begun there in January 2007.
Both companies attributed the delay to growing cost competitiveness. They therefore decided to recalibrate the timing of their SED introduction to coincide with 2008 Summer Olympics in Beijing.
SED technology has been gaining attention as a potential competitor to plasma displays and LCDs for large, flat TVs. Despite better picture quality, however, SED TVs must still compete with LCD and PDP TVs, which are dropping steadily in price
Canon has invested about $200 million in SED production at a plant in Hiratsuka, Kanagawa prefecture. It has been working to cut production costs at the R&D center there, but is still struggling with yields, according to an industry source.
With establishment of the R&D center last August, Toshiba and Canon had planned to introduce SED TVs by this spring. That introduction has been postponed to the fourth quarter of 2007. The R&D center will begin limited production of 55-inch panels in July 2007.
A volume production plan is under review. Toshiba will use its Himeji plant, where it has produced LCDs, for volume production of SED panels. It is being refurbished at a cost of ¥180 billion (about $1.7 billion). The plant was originally scheduled to begin operations in January 2007, with monthly production of 75,000 units. Toshiba is now reviewing its production schedule, a Toshiba spokesman said.
SED technology, originally developed by Canon, leverages the field emission phenomena. SED panels have the same structure and use the same phosphors as CRTs. They replace the CRT's electron gun with electron emissions at each pixel. Thus, SED panels provide higher brightness, color productivity and faster response times than CRTs.
Well at least as far as TVs, these are going to be like early PDPs for a while, I'd expect a lot of trade offs for good quality: poor life, burn-in issues, color shift, temperature/altitude sensitivity, etc.
2015 is probably optimistic. There are so many problems with these right now when manufactured for larger displays.
What do you consider large? I'd be happy with a 27" 2560 x 1440 (let's be honest, 16:10 is probably never going to see the light of day in mass-produced OLEDs) with low input lag.
SONY did make an OLED TV, the XEL-1, and it can be used as a computer monitor. However, I heard it has terrible color fidelity, has a native resolution of 960x540. It cost a whopping $2,500 during launch, although I saw some used ones on Ebay for $500-600. Seeing how OLED monitors will be digital and have a grid of pixels, I don't think they'll reach the clarity of CRTs until they can hit Retina Display pixel densities or higher. Right now, the only companies I see even making an active effort to push OLED into the mainstream are Samsung and LG Display. SONY quit (or is taking a break from) OLED development and is combating it with an experimental technology called Crystal LED.
CRT has worse "clarity" than fixed-pixel displays. They are good for media viewing due to good off-angle viewing characteristics, lack of motion blurring, and black levels. They are objectively sub-par compared to a similarly sized LCD due to how they render a screen compared to LCD for text viewing and when higher brightness levels are needed like when sunlight will hit the display. This is why most automative displays use transflective LCDs.
CRT projectors are often coveted because of this lack of clarity. The way a high end CRT projector resolves a high definition signal has a certain warmth to it because the individual pixels are not quite as "sharp" as with LCD projection.
I have owned an FW900, G500, etc. They are good displays for gaming, movies, but they are not perfect by any means for other uses. OLED displays will likely have much better "clarity" than a CRT of similar size and maximum resolution. The motion and color characteristics we'll have to wait and see.
They are never coming out with anything else. This IS IT lmao.
Look at the first couple of pages of the epic FW900 thread from 7 years ago:
http://hardforum.com/showthread.php?t=952788
SEVEN YEARS ago there are posts of dudes sayin "well I just picked the FW900 up so hopefully it tides me over a few years until OLED comes out!" WAAAAY back in 2005 people thought OLED was just around the corner...
LMAO its never gonna happen people so man up and eat the cat poop that display makers have been serving the last ten years
http://www.youtube.com/watch?v=6_G2Ji432cs
Or have a red pill and join us on the CRT side
http://www.youtube.com/watch?v=te6qG4yn-Ps
Are there any out there yet? Would it/they be good computer monitors?
Did everyone miss the link in the second post? You can get a 25 inch OLED monitor right now. Yeah, they're intended for video production professionals and are priced accordingly, but the fact remains that you can actually buy one today.
Video monitors and computer monitors are apples and oranges.
Video won't hold static patterns that burn in your screen
In what way are these Sony OLED monitors, specifically, so different to make them unsuitable for computer use?
In what way are these Sony OLED monitors, specifically, so different to make them unsuitable for computer use? They have standard HDMI inputs, so they should work fine, no?
Can you explain what you mean here? Do you mean that these OLED monitors suffer from burn-in? Do you have proof of that claim?
Are there any issues besides (possible) burn-in that makes them "apples and oranges" different and unsuitable for computer use?
So really the technology needs to be improved to reduce or eliminate burn-in before OLED displays are suitable for displaying static images for long periods of time (e.g., computer use).
Though I might add the only real cases of burn-in in AMOLED products are the SMD mobile phone panels which emit up to more than 350 cd/m2 luminance depending on the environment. As lifetime exponentially decreases with current and output, a panel operating between 220 and 360 cd/m2 does not provide I think an accurate demonstration of lifetime for a panel operating at a modest monitor luminance of between 80-100 cd/m2.
well, since we have 2 OLED tvs launching this year, and Sonys Crystal LED as well, it would seem that something is finally "around the corner"
I for one choose to forgo the Cancer Ray Tube.
Maybe it's just the particular implementation for the Vita, but if this is what OLED is going to be like, I'll have to pass...
I posted earlier about this, but I was really disappointed by the PS Vita display. Maybe all the massive hype about OLED was too much.
- There's color shifting (e.g. blues turn purple) if you're off-axis by only a little bit. My iPhone has way better viewing angles, and that just has a regular old IPS screen.
- You see mura (unevenness, looks like dirty splotches) when the screen is black. What's the point of better black levels then? It's not that noticeable when something's on the screen, but still for all the hype about increased black levels it's disappointing.
Maybe it's just the particular implementation for the Vita, but if this is what OLED is going to be like, I'll have to pass...
man, i thought my vita was the only one with unevenness/blotches when it displays a complete black image. and yes, the color shift is noticeable. however, the contrast is definitely better than most mobile displays, but not better than the high end samsung phones.
i think the OLED in the vita is a low end one. the samsung phones have not as bad color shift or blotches visible when displaying only black