Key Takeaways
1. The iPhone 16 Pro shows minor changes from the iPhone 15 Pro, with the iPhone 17 Pro expected to have similar minimal differences except for a larger camera module.
2. The iPhone 18 Pro is rumored to feature a smaller punch-hole design, hiding Face ID sensors beneath the AMOLED display.
3. A major redesign is planned for the iPhone 20th anniversary in 2027, as supported by reports from ET News and Bloomberg.
4. The anticipated iPhone 19 Pro may have a completely bezel-less screen with the selfie camera and Face ID components positioned invisibly beneath the display.
5. Advances in battery technology are expected, with the upcoming model potentially featuring a silicon battery that eliminates carbon, offering higher energy density for improved battery life and design.
The Apple iPhone 16 Pro shows only minor changes from its predecessor, the iPhone 15 Pro. It’s predicted that the iPhone 17 Pro will not vary much either, except for a bigger camera module. Looking ahead, the iPhone 18 Pro is rumored to feature a smaller punch-hole, as the Face ID sensors are said to be hidden beneath the AMOLED display. A report from the Korean publication ET News backs up previous claims from Bloomberg, indicating that Apple is gearing up for a major redesign to celebrate the 20th anniversary of the iPhone in 2027.
New Features on the Horizon
The anticipated iPhone 19 Pro is expected to sport a completely bezel-less screen. This innovation will be achieved by slightly rounding the AMOLED display and the glass cover at all four corners, resulting in an almost perfect screen-to-body ratio of nearly 100%. The selfie camera will also contribute to this design, as it’s planned to be positioned invisibly beneath the display for the first time on an iPhone. The rest of the Face ID components will also be placed underneath the screen next year if the speculations are accurate.
Battery Technology Advancements
In another exciting development, the upcoming model may feature a silicon battery that eliminates carbon entirely from its cathode. Achieving 100% silicon content would mark a major step forward, as today’s silicon-carbon batteries in smartphones typically contain less than 20% silicon. Such a battery could potentially offer higher energy density, allowing for either much longer battery life or a sleeker design without sacrificing battery capacity.
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