Who seen this in the news today? I missed it and stumbled upon it online.
"As reported in major news outlets yesterday in Australia (The Age, the Herald Sun), a new television technology has been developed which is touted (by the developers) as far and away superior to both plasma and LCD. From The Age: 'With a worldwide launch date scheduled for Christmas 2007, under recognisable brands like Mitsubishi and Samsung, Novalux chief executive Jean-Michel Pelaprat is so bold as to predict the death of plasma. "If you look at any screen today, the color content is roughly about 30-35 per cent of what the eye can see," he said. "But for the very first time with a laser TV we'll be able to see 90 per cent of what the eye can see. All of a sudden what you see is a lifelike image on display."' The developing company, Arasor International, is said to be listing on the Australian stock exchange shortly."
Stolen from here
More here
Go buy stocks!
I wonder if Laser HD-TV will look better than SED HD-TV
Edit = After reviewing info, I think SED still is the best HD-TV. Most current HD-TVs are 8 and 10 bit color. HD-DVD and Blu-Ray support up to 32bit color. Moving away from CRT to digital displays color depth was lost. SED displays will regain this ability to display finer color.
Wiki colour depth
Old SED news links
SED stuff
More SED stuff (production info+)
SED info movie
I am so excited, I have been waiting for a good thin wall mount HD-TV since I first watched the movie 'Total Recall'. I have never been tempted to buy Plasma or LCD because I have always noticed something visually missing in comparison to CRT's.
Game will look even better on this: Laser HD-TV
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Woah... HDTVs are not 8 and 10-bit in colour. And SED would likely be 24bit not 32bit, but hey.Edit = After reviewing info, I think SED still is the best HD-TV. Most current HD-TVs are 8 and 10 bit color. HD-DVD and Blu-Ray support up to 32bit color. Moving away from CRT to digital displays color depth was lost. SED displays will regain this ability to display finer color.
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when they refer to 8-10bit, they usually mean per colour channel. So effectively it's 24-30bit rgb colour. A lot of 10bit displays aren't 10bit native in colour reproduction, they're usually 8bit 256grey scale true native colour, the extra colour information is half toned, dithered. I think newer tech lcds now can use a combination of back light intensity changes/LEDs and the lcds normal 256 grayscale to create more colour depth without dithering.
SED since it's using crt based phosphor stimulus, potentially could have native 10bit/1024 grey scale support or even more like 12bit deep colour, i guess the only limit is based on the controller and the how effective the carbon nanotubes are at producing different electron intensity levels.
These laser based tv's are rear projection based from what i hear, which imo has a whole bunch of other picture quality issues to deal with. The colours could be awesome, but rear projection tv's have sharpness, geometry/viewing angle issues which harm the quality of the picture imo.
SED since it's using crt based phosphor stimulus, potentially could have native 10bit/1024 grey scale support or even more like 12bit deep colour, i guess the only limit is based on the controller and the how effective the carbon nanotubes are at producing different electron intensity levels.
These laser based tv's are rear projection based from what i hear, which imo has a whole bunch of other picture quality issues to deal with. The colours could be awesome, but rear projection tv's have sharpness, geometry/viewing angle issues which harm the quality of the picture imo.
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I'd say he means per pixel element - 8 bits per Red, Green and Blue dot equals 24bit colour. He's probably getting mixed up with the HD-DVD/Blu-Ray supporting "32bit" colour (just like everything else does these days, mind)...
Vista allegedly supports colour depth of 10 (30) to 16 (48) bits, providing the hardware does too..
Vista allegedly supports colour depth of 10 (30) to 16 (48) bits, providing the hardware does too..