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All eyes will be on Apple’s iPhone 16 Pro lineup this September. Here are the top five most important new features and upgrades.
Rendering of the iPhone 16 Pro.
As always with Apple, there are constant rumors and speculations about Apple’s next iPhone.
With September just a few months away, here are the top five notable upgrades for Apple’s iPhone 16 Pro and iPhone 16 Pro Max.
iPhone 16 Pro upgrades: Camera
Changes to the camera system, one of the most important elements of the iPhone, are of particular interest to leakers and rumor mill folks.
The iPhone 15 Pro Max significantly improved its camera system, adding 5x optical zoom with a tetraprism lens, and the iPhone 16 is likely to get that on the Pro as well.
iPhone 15 Pro Max Camera Module
After adding one 48MP sensor on the back, and possibly a second, it will affect the ultra-wide camera, and in theory the telephoto camera will be the last to use a 12MP sensor.
A thinner lens could reduce the size and weight of the camera module, while a redesign could make it slimmer on non-Pro models.
iPhone 16 Pro upgrade: A18
At the heart of your iPhone is the chip, a crucial part of the entire device. Every year, chips get faster and more powerful, giving you more to do.
With Apple’s apparent focus on AI, the changes could be more noticeable: Rather than simply updating the CPU and GPU performance, Apple could make changes to the Neural Engine.
In fact, if we analyze the A-series as a whole, the A18 will likely have six GPU cores and six CPU cores, accompanied by two performance cores and four efficiency cores.
Compared to the A17 Pro used in the iPhone 15 Pro series, Geekbench scores could improve by around 10% in both single-core and multi-core tests.
Apple’s A18 chip will be properly labeled.
The Neural Engine has always been a 16-core component, except for the Ultra versions of Apple Silicon chips, and it’s always possible that the next iteration could use even more cores to handle AI tasks.
Apple has already improved the performance of the A17 Pro’s Neural Engine, which is capable of 38 trillion operations per second, more than double the A16’s 17 trillion.
The number of operations per second is expected to increase; how Apple will achieve this is anyone’s guess.
iPhone 16 Pro Upgrades: Display
The iPhone 16 Pro series could have larger screens than previous models, with rumors suggesting the iPhone 16 Pro could have a 6.3-inch screen instead of 6.1-inch.
The Pro Max does even better, increasing by 2 inches overall to 6.9 inches.
Rendering image that appears to be iPhone 16 Pro
To go along with the increased size, Apple may be looking to keep the iPhone’s overall mass down by using even thinner bezels than the iPhone 15 Pro Max.
With the use of technologies such as microlens arrays, displays could become even brighter.
Finally, the black gap at the top of the screen may finally be gone: Instead of a notch or dynamic island, Apple could do away with it entirely by implementing an under-display Face ID system.
iPhone 16 Pro Upgrades: Buttons
While not necessarily expected to be a hotbed of rumors, the side buttons have caught the attention of leakers.
The inclusion of an Action button on the iPhone 15 Pro may bring yet another feature, this time a Capture button that would provide physical photo-taking controls similar to a camera’s shutter button.
Various prop models and cases showing capture button placement
There are also claims that Apple may use capacitive buttons in the update.
Naturally, more buttons means case manufacturers have to rethink their plans.
iPhone 16 Pro upgrades: Battery
The rest of the iPhone’s upgrades are useless without power, and thankfully, that may be about to change in the future.
Firstly, we can expect an increase in capacity as the cells are able to hold more of a charge than the iPhone 15 Pro series, which alone will improve battery life, but it will be even better if Apple improves overall performance in other areas.
There are also reported design tweaks, such as the use of a “brushed metal shell.”
On an iPhone, the bigger the battery, the better.
A graphene heat sink improves heat transfer from the battery, helping to minimise wear caused by thermal loads, and a new high-performance cathode could reduce charging times and further increase capacity.
Batteries could also end up being much more environmentally friendly: Apple said in 2023 that its 2025 battery designs would use entirely recycled cobalt, though it’s always possible the company could make the change sooner than its self-imposed deadline.
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