iPhone 16 Pro Max, a revolution is awaited for the camera. Big changes ahead for the iPhone 16 Pro Max camera.
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The iPhone 16 Pro Max could be the first Apple device to feature a super-telephoto periscope camera for significantly greater optical zoom, according to a new report from Asia.
The information comes from the Weibo account “Digital Chat Station”, which has already provided accurate information about Apple’s plans in the past. The “super” or “ultra” telephoto label is usually given to cameras with a focal length longer than 300mm, which dramatically zoom in on distant subjects. The telephoto lens on the iPhone 13 Pro and iPhone 14 Pro models has a focal length equivalent to 77mm, so a focal length greater than 300mm on the iPhone 16 Pro Max would represent a very large increase.
Cameras with super telephoto lenses are often used for sports and wildlife photography, but the extremely soft backgrounds they create make them useful for portrait photography too, provided there is enough distance between the subject and the photographer.
Such an important change would be facilitated by the periscope telephoto system that Apple is expected to integrate starting with the iPhone 15 Pro Max by the end of the year. With next year’s iPhone 16 Pro models, Apple is reportedly planning to bring telephoto to both “Pro” models, likely increasing the size of the smaller model. Therefore, equipping the iPhone 16 Pro Max with a super telephoto periscope would allow Apple to maintain the differentiation between the two “Pro” devices next year.
The same source also reiterated his earlier claim that the iPhone 16 Pro Max will feature a 12% larger camera sensor with 1/1.14-inch dimensions. The iPhone 14 Pro and iPhone 14 Pro Max currently feature a 1/1.28-inch sensor, and no increase in sensor size is planned for the iPhone 15 Pro Max. A larger sensor may improve dynamic range and motion blur. iphone main camera wallpaper. It could also substantially improve low-light photography capabilities since a larger surface area can capture more light with the same shutter speed and aperture.