Seeing others say their OLED decks, more commonly the LE ones, have a dead pixel made me check my LE deck for one and sure enough I got a dead pixel. If I never checked I probably never would notice it in regular gameplay. Now all I do is fixate on that dead pixel now. I’m really contemplating whether this warrants setting up an RMA when everything else is fine with the deck.
They’re wrong, though. ISO doesn’t describe an allowable number of dead pixels. It describes bins for defects, and puts screens into classes based on the number of defects.
To be a class I ISO compliant screen, there need to be zero defects. Any defect will mean it’s faulty. A class II screen may contain some defects, though. It really depends on what the manufacturer considers acceptable, and that’s often class II, but that’s a manufacturing decision the customer doesn’t necessarily have to agree with.
Yeah but consumer products most of the time are not in the class I.
It’s like with CPU silicon lottery. Some could be Overclocked very high, but some can’t. If you want guaranteed bigger speed buy the higher grade product.
The difference is that a CPU will always perform as advertised. If something is broken, it’s sold as a lesser part without that something. You won’t get a 13600K with one defect core. The defect is hidden in the disabled cores.
With screens, a flaw is always visible, so that strategy doesn’t work. That’s why communicating the class of a screen may not be a bad idea. People know the worst case scenario ahead of time, or can pay more to get better, because a flawless screen does constitute a higher value and production cost in a tangible way.
Higher possible OCing is completely different from having a screen with 100% working pixels or not. Your CPU not reaching the advertised clock speeds would be a better analogy.
But having 100% of the pixels is not advertised either. I hate this approach, but this is the approach companies taking
Neither is “all buttons work” advertised but that’s expected.
They list a resolution, which contains a number of promised pixels.