The upcoming Apple iPhone 16 Pro models are rumored to feature an enhanced 48-megapixel Ultra Wide lens, promising improved image quality in low-light conditions. Similar to the 48-megapixel wide camera’s pixel binning technique, the ultra-wide lens is expected to merge data from four pixels into a single “superpixel” for superior image capture.
The Rumors about iPhone 16 Pro Series and 17 Pro Series
In the iPhone 16 Pro Max, the 48-megapixel wide-angle camera is reported to boast an eight-part hybrid lens with two glass elements and six plastic elements. Noteworthy enhancements are anticipated for the telephoto and ultra-wide camera lenses as well.
An intriguing development suggests that both the iPhone 16 Pro and iPhone 16 Pro Max may adopt 5x Telephoto lenses in 2024, extending this technology beyond the larger Pro Max variant.
Concerning the camera layout, the standard iPhone 16 models are predicted to return to a vertical camera arrangement reminiscent of the iPhone 12, deviating from the diagonal layout used in the iPhone 13 and iPhone 14.
Speculation has also surfaced regarding a potential “super periscope” camera for the iPhone 16 Pro Max, offering a substantial increase in optical zoom capabilities. While this information originates from a reliable Weibo source, it has yet to be corroborated by a secondary credible source.
Looking ahead to the iPhone 17 Pro Max, set for a fall 2025 release, analyst Jeff Pu suggests the inclusion of a 48 MP telephoto camera optimised for use with the Vision Pro headset. Details about this optimisation are not disclosed. The iPhone 15 Pro models, released only recently, already support spatial video recording with 3D depth for playback on the Vision Pro starting from iOS 17.2.
Pu further suggests that the iPhone 17 Pro/Max could mark a historic milestone for Apple, featuring triple 48 MP rear cameras. As with any early rumors, caution is advised, given the substantial timeframe until the expected launch. Plans may evolve, and unforeseen factors may influence the final specifications of the devices.
