OLED have more in common with 1960s Electroluminescent panels, which also suffered from lifetime issues.
They have an Anode & Cathode hence "Diode",
They emit Light
They are based on organic chemistry
Thus Organic Light Emitting Diodes OLED.
The Sony screen is only 11", a lot of its power consumption is likely the electronics. You need to compare 37" screens.
LCD only allow about 1/5th of the backlight. Unfortunately some OLED screens do not use Red, Green & Blue emitters but Blue/Violet/UV OLEDs and phosphor or even white via phoshors and then coloured stripes making them less efficient than LCDs.
OLEDs are not really at all the same animal as conventional LEDs, hence not the same efficency, colours or life. Really they are EL panels.
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Not LED as we know it
OLED have more in common with 1960s Electroluminescent panels, which also suffered from lifetime issues.
They have an Anode & Cathode hence "Diode",
They emit Light
They are based on organic chemistry
Thus Organic Light Emitting Diodes OLED.
The Sony screen is only 11", a lot of its power consumption is likely the electronics. You need to compare 37" screens.
LCD only allow about 1/5th of the backlight. Unfortunately some OLED screens do not use Red, Green & Blue emitters but Blue/Violet/UV OLEDs and phosphor or even white via phoshors and then coloured stripes making them less efficient than LCDs.
OLEDs are not really at all the same animal as conventional LEDs, hence not the same efficency, colours or life. Really they are EL panels.