Jamis...fwiw; not to be a wet blanket or anything,
Post# of 22465
(Total Views: 242)
Posted On: 12/21/2017 1:22:37 PM
Jamis...fwiw; not to be a wet blanket or anything, but a few of us had some thoughts on this newsbyte when it 1st came out a few weeks ago:
Me:
LGs' new NanoDotTV's...
...according to the author of this article, LG is now in the QDotTV...aka; NanoDot business
https://www.techgoondu.com/2017/12/06/nano-ce...r-lcd-tvs/
*I don't know if this is a red herring...or a; 'if you can't beat-em, join-em' kind of thing on LGs' part, but it does seem very odd that this is all supposedly made possible by the use of a one size fits all "one nanometer" QDot array
Ted:
Well the description on the LG website isn't much better.
http://www.lg.com/au/SuperUHD/nano-cell-techn...chnology_1
Colour. It's at the heart of what makes a truly memorable viewing experience, colour that is true-to-life, accurate and captures the imagination. However, for many LCD TVs, the viewing angle (the angle from which you view the screen) can affect that colour accuracy. But with selected LG Super UHD TVs now incorporating Nano Cell Technology*, you can bring cinema home.
Nano Cell Technology uses nano particles that absorb unwanted light wavelengths and enhances the purity of the red and green colours displayed on the screen. The result is dramatic, enhanced picture quality to give you an incredible cinematic experience.
But there's another benefit – the use of Nano Cell Technology in the LG IPS panel enables this broad spectrum of colour to be seen at much wider viewing angles (even as far as 60-degress), so you don't have to battle it out for the best seat in the house. With LG Super UHD TVs featuring Nano Cell Technology, bring cinema home and give everyone a great seat.
* Available on SJ85 & UJ75
Me again:
The whole thing sounds kind of squirrely to me [maybe some kind of PR stunt?]. From what I've read, QDots don't come any smaller than 2nm & even those are hard to come by. And even if they did have some at 1nm, I think they'd likely be in the UV range & of questionable use for the purposes of broad-range displays in RGB, as far as I can conceive anyway...
...but then, I'm not a display engineer, so I certainly claim no expertise on this subject.
Me:
LGs' new NanoDotTV's...
...according to the author of this article, LG is now in the QDotTV...aka; NanoDot business
https://www.techgoondu.com/2017/12/06/nano-ce...r-lcd-tvs/
*I don't know if this is a red herring...or a; 'if you can't beat-em, join-em' kind of thing on LGs' part, but it does seem very odd that this is all supposedly made possible by the use of a one size fits all "one nanometer" QDot array
Ted:
Well the description on the LG website isn't much better.
http://www.lg.com/au/SuperUHD/nano-cell-techn...chnology_1
Colour. It's at the heart of what makes a truly memorable viewing experience, colour that is true-to-life, accurate and captures the imagination. However, for many LCD TVs, the viewing angle (the angle from which you view the screen) can affect that colour accuracy. But with selected LG Super UHD TVs now incorporating Nano Cell Technology*, you can bring cinema home.
Nano Cell Technology uses nano particles that absorb unwanted light wavelengths and enhances the purity of the red and green colours displayed on the screen. The result is dramatic, enhanced picture quality to give you an incredible cinematic experience.
But there's another benefit – the use of Nano Cell Technology in the LG IPS panel enables this broad spectrum of colour to be seen at much wider viewing angles (even as far as 60-degress), so you don't have to battle it out for the best seat in the house. With LG Super UHD TVs featuring Nano Cell Technology, bring cinema home and give everyone a great seat.
* Available on SJ85 & UJ75
Me again:
The whole thing sounds kind of squirrely to me [maybe some kind of PR stunt?]. From what I've read, QDots don't come any smaller than 2nm & even those are hard to come by. And even if they did have some at 1nm, I think they'd likely be in the UV range & of questionable use for the purposes of broad-range displays in RGB, as far as I can conceive anyway...
...but then, I'm not a display engineer, so I certainly claim no expertise on this subject.
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