The much-anticipated iPhone 15 Pro Max is still in the development stage, but fans are very excited about it.
One of the famous leakers, Ice Universe, has come up with the Apple iPhone 15 Pro Max. On its Twitter handle, Ice Universe shared the 3D model of Apple’s upcoming flagship device.
The 3D model shows no or little difference between the iPhone 15 and its predecessors. In particular, the ‘notch island’ is still there, along with the three cameras on the back. There are also some exciting new features that will help improve performance and efficiency.
The Apple iPhone 15 Pro Max will feature the A17 Bionic chipset…
Apple’s own Bionic chipset has always been a part of Apple’s flagship devices. This time, the iPhone 15 Pro will feature the A17 Bionic chipset. This chipset will only come with the Pro lineup, while the other Apple iPhone 15 series will feature the A16 Bionic chip.
It’s one of the shocking additions from the company, as it’s going back to iPhone 7 and 8 technologies in terms of home button replicas. Ice Universe describes that the Apple iPhone 15 Pro Max will have dimensions of 159.86 mm x 76.73 mm x 8.25 mm. This gives a total thickness of 11.84mm, including the camera.
Connectivity of the iPhone 15 2023
In terms of connectivity, the iPhone 15 Pro Max Z will feature USB-C, USB 3.2 and Thunderbolt ports. The transfer speed is good and similar to that of the iPhone 15 models with the 5G Qualcomm modem chip. In short, users will experience lightning fast upload and download speeds.
The iPhone 15 Pro Max release date will be somewhere in September 2023. We are unsure whether to call this iPhone an “Ultra” or a “Pro Max”. It might be wise to keep quiet until the company gives it a proper name.
Furthermore, Apple has yet to reveal anything about the iPhone 15 Pro Max colors. The design is similar to its predecessors. There is a lot hidden in these phones that we will be able to unravel when it is released. The most notable features are the A17 Bionic chip, increased RAM capacity, USB-C port and Sony’s ToF sensor.
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