Apple’s 2021 iPhone 13 lineup continues to be months away from launch however leaks have began to trickle by. Fresh info from famous analyst Ming-Chi Kuo gives somewhat perception into the cameras on the next-gen iPhone fashions. His newest investor observe appears to recommend that the iPhone 13 vary could characteristic the identical wide-angle lens as the present iPhone 12 fashions. This implies that the iPhone 13 lineup could not see any large enhancements within the wide-angle sensor division of the digicam module. Apple hasn’t made any official announcement relating to the upcoming sequence but, so this info must be thought-about with a pinch of salt.
Kuo’s newest investor observe, first reported by MacRumors, means that iPhone 13, iPhone 13 Pro, and iPhone 13 mini could characteristic the identical 7P wide-angle lens with f/1.6 aperture as seen of their predecessors — iPhone 12, iPhone 12 Pro, and iPhone 12 mini. iPhone 13 Pro Max is predicted to characteristic f/1.5 aperture wide-angle lens as a substitute of the f/1.6 aperture wide-angle lens built-in into iPhone 12 Pro Max.
The investor observe reportedly means that the wide-angle lens order for the iPhone 13 lineup can be fulfilled by Sunny Optical. The firm is predicted to ship the lenses of iPhone 13 to digital part producer LG Innotek as quickly as May. Kuo additionally claims that the demand for optical lenses for Apple units will solely considerably enhance within the subsequent few years, due to AR and Apple Car.
Last month, the analyst predicted that the iPhone 13 lineup could have smaller-notch screens and have bigger batteries. iPhone 13 Pro and iPhone 13 Pro Max are additionally tipped to characteristic ProMovement 120Hz shows. Previous reports additionally recommend that some fashions within the iPhone 13 vary could have Always-On show help and have improved Face ID as properly. Another report additionally hinted at doable Wi-Fi 6E help for the iPhone 13 vary. Wi-Fi 6E gives all of the options of Wi-Fi 6, together with an additional 6GHz band. This will add to the two.4GHz and 5GHz bands, leading to much less interference and an improved bandwidth.