Laser TV will kill OLED before it ever really takes off. Mitsubishi has a working experimental 65-inch model. At ten inches thick, it is a fatty compared to the ultra slim OLED monitors that are starting to hit the market, but it is 65-inches, which puts their puny size to shame. New technology in the pipeline, namely the "super wide angular optical engine" promises to get the thickness down to acceptable levels by the time the first commercial models roll out.
With twice the color spectrum, twice the contrast ratio and the capability of displaying three-dimensional images, Mitsubishi looks to have a real winner on its hands. It is possible that we will start seeing the first commercial models as early as this year. If that is the case, OLED might never make it out of smaller screens.
Monday, March 31, 2008
Monday, March 24, 2008
Laser TV "plasma killer" Delayed
THE launch of the device which was supposed to sweep the plasma television off the shelves this Christmas, the Laser TV, has been delayed.
Mitsubishi Digital Electronics, has told the television industry to expect a major laser TV announcement at a US trade show in January. However it will not say how long it will take before the technology goes on sale afterwards.
Either way the first laser TV was supposed to be in the shops in time for this Christmas.
Laser TVs can produce twice the range of colours of current flat panel models while being thinner, lighter and use less juice.
It was believed that the technology would take over from plasma at the 40 inch screen size and above leaving the smaller screens to LCDs.
The delay appears to be at the production side of the release rather than anything to do with the television technology.
Mitsubishi Digital Electronics, has told the television industry to expect a major laser TV announcement at a US trade show in January. However it will not say how long it will take before the technology goes on sale afterwards.
Either way the first laser TV was supposed to be in the shops in time for this Christmas.
Laser TVs can produce twice the range of colours of current flat panel models while being thinner, lighter and use less juice.
It was believed that the technology would take over from plasma at the 40 inch screen size and above leaving the smaller screens to LCDs.
The delay appears to be at the production side of the release rather than anything to do with the television technology.
Friday, March 21, 2008
Laser TV unveiled
Read this article from Adam Bennett
IT'S being hailed by its developers as the next revolution in visual technology - a laser television that will make plasma screens obsolete.
Soon-to-be-listed Australian company Arasor International and its US partner Novalux unveiled what they claimed to be the world's first laser television in Sydney today, with a pitch that it would be half the price, twice as good, and use a quarter of the electricity of conventional plasma and LCD TVs.
Manufacturing company Arasor produces the unique optoelectronic chip central to the laser projection device being developed by Silicon Valley-based Novalux, which is being used by a number of television manufacturers.
And displayed beside a conventional 50 inch plasma TV this afternoon, the Mitsubishi-built prototype does appear brighter and clearer than its “older” rival.
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 colour 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.”
Combine that with energy efficiency, price advantage and the fact that the laser TVs will be half the weight and depth of plasma TVS, and Mr Pelaprat says “plasma is now something of the past”.
Mr Pelaprat predicted LCD TVs would come to dominate the market below 40 inches, and laser television the market above that screen size, displacing plasma.
The optoelectronic chip-laser technology won't be confined to TVs.
The technology is also being trialled in mobile phones, where it will be used to project images onto any surface, and in home theatres and cinemas.
IT'S being hailed by its developers as the next revolution in visual technology - a laser television that will make plasma screens obsolete.
Soon-to-be-listed Australian company Arasor International and its US partner Novalux unveiled what they claimed to be the world's first laser television in Sydney today, with a pitch that it would be half the price, twice as good, and use a quarter of the electricity of conventional plasma and LCD TVs.
Manufacturing company Arasor produces the unique optoelectronic chip central to the laser projection device being developed by Silicon Valley-based Novalux, which is being used by a number of television manufacturers.
And displayed beside a conventional 50 inch plasma TV this afternoon, the Mitsubishi-built prototype does appear brighter and clearer than its “older” rival.
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 colour 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.”
Combine that with energy efficiency, price advantage and the fact that the laser TVs will be half the weight and depth of plasma TVS, and Mr Pelaprat says “plasma is now something of the past”.
Mr Pelaprat predicted LCD TVs would come to dominate the market below 40 inches, and laser television the market above that screen size, displacing plasma.
The optoelectronic chip-laser technology won't be confined to TVs.
The technology is also being trialled in mobile phones, where it will be used to project images onto any surface, and in home theatres and cinemas.
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