Ken...It would appear as though you're right (agai
Post# of 22465
Posted On: 02/21/2016 4:39:25 PM
Ken...It would appear as though you're right (again) about that , based on this 3rd-party tech-analysts' explanation regarding LGs' prior (G4)smartphone specs , using (what appears to be) the same display tech.
"How is Quantum Display different from Quantum Dot?
Quantum Dot technology, found in some TVs, requires a film or tube layer which would mean a big bezel in phones. As such Quantum Dot screens have not been used on smartphones since it would not only mean a larger bezel but also a thicker panel.
Quantum Dot uses blue LEDs while the Quantum Display uses both blue and white LEDs. Quantum Display uses potassium and nitrogen based compounds in combination with the blue LED to achieve red and green colours where Quantum Dot uses that tube or film layer.
Both display types are based on the transition of energy levels found in quantum physics' Band Gap Theory. That is why they each use the Quantum name."
http://www.pocket-lint.com/news/133728-lg-g4-...normal-lcd
"How is Quantum Display different from Quantum Dot?
Quantum Dot technology, found in some TVs, requires a film or tube layer which would mean a big bezel in phones. As such Quantum Dot screens have not been used on smartphones since it would not only mean a larger bezel but also a thicker panel.
Quantum Dot uses blue LEDs while the Quantum Display uses both blue and white LEDs. Quantum Display uses potassium and nitrogen based compounds in combination with the blue LED to achieve red and green colours where Quantum Dot uses that tube or film layer.
Both display types are based on the transition of energy levels found in quantum physics' Band Gap Theory. That is why they each use the Quantum name."
http://www.pocket-lint.com/news/133728-lg-g4-...normal-lcd
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