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Posted

I've only heard it after you mentioned it. Apparently it doesn't save too much on LCD monitors. It's so minimal that it's within the marin of error, allowing us to more or less dismiss the claimed benefits.

At least it seems less glaring ;)

Posted
LCDs use a steady back light to illuminate the screen, and the LCD pixels are stimulated to block the right amount of light and display the correct color. To produce white, the crystals don't do anything, they let the light pass. To product black, they need energy to block the light.

I see no benefit here seeing as most people have LCD monitors.

  • 2 weeks later...
Posted

Heck, doesn't that mean it takes more energy to see black on LCD as energy is needed to block the light?

No.. as stated, if no electricity is pushed to the pixel, the pixel remains black. So then there is no energy needed for the black pixels...

So Redle, greenle and bluele will also need less power then google, because only 1 part of the pixel is powered, instead of all three to get white.

but all this makes a v

Posted

"To product black, they need energy to block the light."

I guess that means black can be produced by dimming the whole pixel, or by blocking the light, the latter expending energy?

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