Outside of iPhones - How can we tell if a device (Monitor or TV) uses this kinda DISPLAY PANEL tech?
Rtings for example, check Image Flicker test:
Outside of iPhones - How can we tell if a device (Monitor or TV) uses this kinda DISPLAY PANEL tech?
I haven’t noticed any change in eye strain. I also suffer from migraine induced vertigo and notice I have a lot more episodes when using an oled screen up close for extended periods of time. With the se2, I really haven’t had any major vertigo spells.Anyone noticed eyestrain when using the iphone 8 after updating to ios 14.7 or 14.7.1? Yes i have it :-0 seems that Apple messed with the display drivers again. and the worse part is that i cannot downgrade to 14.6 anymore...
placeboAnyone noticed eyestrain when using the iphone 8 after updating to ios 14.7 or 14.7.1? Yes i have it :-0 seems that Apple messed with the display drivers again. and the worse part is that i cannot downgrade to 14.6 anymore...
Rtings for example, check Image Flicker test:
I haven’t seen anyone else mention this issue on 14.7, are you still having trouble with the update? I’m holding off for now.Hope it is ?? but feels like ****
Yes me neather, but yes i still have the issue of getting immediate headache when using my iphone 8. I do use another phone at this moment can't even believe it myselfI haven’t seen anyone else mention this issue on 14.7, are you still having trouble with the update? I’m holding off for now.
No. the problem stems from the backlight dimming technology, it has nothing to do with the colors displayed on the screen.Does switching your phone to grayscale stop the flickering?
Anyone noticed eyestrain when using the iphone 8 after updating to ios 14.7 or 14.7.1? Yes i have it :-0 seems that Apple messed with the display drivers again. and the worse part is that i cannot downgrade to 14.6 anymore...
The Mini led display on the ipad pro 12.9 2021 still bothered my eyes sadly. No headache but my eyes still felt bothered and fatigued. So I'm still relying on Apple implementing much higher PWM with their oled displays.that is not probable as oled = pwm at low freq... only chance for future right now seems to be miniled, ipad pro uses pwm but with much hugher freq, so hopefully it is almost impossible to harm anyone, but oled, right now, is unusable if you are a bit sensitive to pwm
Different technologies implemented in different ways.If you are bothered by ioad pro miniled, ni chance you will get oled iphone that wont bother you, i mean ioad pro uses pwm with freq aroung 17k, iohones are right now on 240? so please apple, give us non pwm ips iphine again
i do think it has something to do with the dithering and that it effects us more than we think or know. When they have a true 10bit display this might be solved.t is not probable as oled = pwm at low freq... only chance for future right now seems to be miniled, ipad pro uses pwm but with much hugher freq, so hopefully it is almost impossible to harm anyone, but oled, right now, is unusable if you are a b
Just looked at this phone, this is insane, the camera's and the screen. TUV eye safe certified Really want to try this phoneApple could do way more like Honor shows. The new Magic 3 Smartphones has a PWM Frequenzy of around 2000 with low light and should not make such a problem like the current oled smarphones from apple. I hope so much that things getting improved this year.
Great news ?IT seems other brands take pwm flickering serious and set the pwm rate over 1000 hz to avoid flickering and healt proplems.
Latest example Honor Magic 3 with 1920Hz high-frequency PWM.
Compared to 240 hz in the iPhone 12 series....?
Does it give apple some kind Power Savings? Would chip designers / hardware folks know if and how this plays out?IT seems other brands take pwm flickering serious and set the pwm rate over 1000 hz to avoid flickering and healt proplems.
Latest example Honor Magic 3 with 1920Hz high-frequency PWM.
Compared to 240 hz in the iPhone 12 series....?
Yep i guess its all about power saving and using cheap hardware to save cost, tweaked to look good with software adjustments like pwm or dithering to show more colors.Does it give apple some kind Power Savings? Would chip designers / hardware folks know if and how this plays out?
https://www.anandtech.com/show/13392/the-iphone-xs-xs-max-review-unveiling-the-silicon-secrets/8The iPhone’s display is still a scanning PWM powered panel, meaning the pixels are not actually continuously on, but pretty much work the same way a CRT beam would work – only instead of a single pixel, we have a partial vertical band across the display. The reason for this is just the sheer complexity of running the active-matrix: each subpixel needs to be controlled to 1024 voltage levels to represent the colours of the 10-bit panel. On top of that, the DACs need to have sufficient bit-depth to also provide a seamless range of brightness levels. Here saving on the DAC bit-depth by controlling brightness by PWM is a good workaround the issue.