Like many camera-loving iPhone owners, I’m keeping a close eye on the latest iPhone 15 rumors to see if it’ll soon be time to upgrade – but despite the obvious temptation, the latest iPhone 16 speculation has convinced me that it’s probably a good year to skip.
Why? There are two main reasons. Firstly, new rumors from seasoned Apple industry analyst Ming-Chi Kuo suggest that the iPhone 16 Pro and 16 Pro Max are going to come with a new stacked Sony sensor (potentially based on a design leap that was announced in 2021), which could offer a significant boost to low-light performance and dynamic range.
Perhaps even more importantly, it looks increasingly likely that Apple‘s new periscope zoom cameras – which could be exclusive to the iPhone 15 Pro Max this year – will truly only truly flourish in the iPhone 16 series.
Of course, no-one should make buying decisions based solely on rumors – and if I’d waited for the ‘perfect’ iPhone camera, I’d still be using an iPhone 3GS. But as TechRadar’s former cameras editor, my phone’s photographic powers are the most important reason to upgrade.
There’s also a chance that the iPhone 15 rumors will be wrong, or that Apple will surprise us on September 12 or 13 with a new must-have camera feature that we didn’t know we wanted. I certainly didn’t see Apple ProRaw, Cinematic mode, or Action mode coming before they were announced in the past few years.
But as things stand, if you’re a photographer or videographer and gravitate towards Apple’s ‘Pro’ series iPhones, the iPhone 16 sounds like it’ll be the technological ‘leap’ year that comes around every so often. Because while computational photography (processors and algorithms) is still the big driving force behind smartphone cameras, old-school camera hardware (sensors and lenses) still matters. And that’s why the iPhone 16 series sounds worth waiting for.
Those new rumors from Ming-Chi Kuo suggest that the iPhone 16 “will adopt [a] more stacked design CIS”, or image sensor. Stacked sensors are nothing new and current iPhones already have them, but the suggestion here concerns a next-gen stacked design – and the most likely one is a leap that Sony announced back in 2021 (above), which most recently appeared in the Sony Xperia 1 V as the Exmor T.
This stacked CMOS sensor is the first to have ‘two-layer transistor pixels’. This means that, unlike most of today’s stacked sensors, Sony’s sensor separates the pixel transistors and photodiodes onto two levels, increasing the size of the latter. In theory, that means much-improved low-light performance, less noise, and improved dynamic range.