4 ms·

That link of yours shows that the iPhone 4 had substantially less saturated reds and blues than sRGB. http://www.displaymate.com/iPhone_4_ShootOut_files/image00

That link of yours shows that the iPhone 4 had substantially less saturated reds and blues than sRGB. http://www.displaymate.com/iPhone_4_ShootOut_files/image009.jpg http://www.displaymate.com/iPhone_4_ShootOut_files/image009.... Earlier iPhones were an even smaller gamut. http://www.displaymate.com/iPhone_3GS_ShootOut_files/image007.jpg http://www.displaymate.com/iPhone_3GS_ShootOut_files/image00... More than just desaturating images that aren’t gamut mapped, however, these iPhones substantially distort color relationships. They were historically great displays for mobile devices, but they would have been a lot better with some color management involved.

deleted 9y ago
[deleted]
comex 9y ago
That said, even when iOS didn’t do active color management (for performance reasons), there were some attempts to simulate it: > Your content is matched to the sRGB color space on the authoring platform. This matching is not performed dynamically on the iOS device. Instead, it happens during authoring on your Mac OS X desktop. [..] > Targeted color management may also occur when you sync content to your mobile device. In fact, iTunes running on the desktop provides color management to the iOS targeted color space when you sync content from iPhoto to your iOS device. https://developer.apple.com/library/content/technotes/tn2313/_index.html#//apple_ref/doc/uid/DTS40014694-CH1-TARGETEDCOLORMGMT https://developer.apple.com/library/content/technotes/tn2313... (As you noted, there have also been more recent developments. Since last year there have been iOS devices which support the DCI-P3 gamut and use active color management; some of those devices also support “True Tone”, which adjusts the color mapping based on ambient light.)