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The iPhone 13 Pro Max could be a master of low-light photography with an upgrade to its wide-angle lens.
According to analyst Ming-Chi Kuo (via AppleInsider), the wide-angle lens of the iPhone 13 Pro Max will have an aperture of f / 1.5, while current models of iPhone 12 Pro have an aperture of f. / 1.6. And although at first glance this is a small upgrade, every little bit helps to collect the light.
A wider aperture means more light will be able to pass through the iPhone 13 Pro Max’s camera lens. Not only will this perform better at night and in other low light conditions, it also means the possibility of increased bokeh in portrait mode – perfect for nicely blurred backgrounds.
The iPhone 12 Pro Max already delivers fantastic performance and tops our list of best camera phones. Even though the iPhone 13 Pro Max offers only a minor improvement over the previous model, we’re looking for a fantastic kit.
Unfortunately, the other models in the iPhone 13 lineup should not benefit from this upgrade; instead, they would have an f / 1.6 aperture wide-angle lens, similar to the one included in the iPhone 12 line.
Kuo revealed that all iPhone 13 models will also feature a stack of 7P lenses in the wide-angle camera, which can help optimize the phone’s light collection and reduce the amount of chromatic aberration. It’s another small upgrade, but it’s one that will continue to improve the performance of the iPhone’s camera – especially if the rumors that Apple will add 7P lenses to all of the rear camera lenses of the iPhone are true.
Other rumors suggest that the iPhone 13 could benefit from several other camera improvements when it arrives later this year. These include a new “Folded lens” camera which will improve the performance of the phone’s optical zoom by stacking the lenses with a vertical periscope-like design, instead of the current horizontal design.
We are also talking about a dedicated astrophotography mode, which a wider aperture might help facilitate, as well as reinforced ultra-wide lenses this characteristic optical image stabilization and autofocus. Kuo himself also predicted that ultra-wide lenses could achieve a wider aperture this year, with an upgrade from the current f / 2.4 aperture to f / 1.8.
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