A teardown has confirmed that Apple has used a brand new metallic battery casing within the iPhone 16 Professional, with the mannequin additionally benefiting from chassis adjustments that may assist thermally handle the gadget’s internals.
An inevitable a part of the iPhone launch is the teardown, and the iPhone 16 technology is not any completely different. Shortly after its launch, the iPhone 16 Professional has been taken aside and inspected internally, revealing adjustments to Apple’s design.
The teardown by Rewa Know-how posted to YouTube includes a reasonably customary disassembly of the iPhone 16 Professional. After heating the rear and separating the glass backing, the engineer had entry to the internals as regular.
The primary change noticed was the battery, which, simply as rumored, has a shiny metal casing which is affixed with adhesive pads. This differs from the earlier battery casings, which might assist improve warmth dissipation in comparison with earlier generations.
Curiously, the video claims the metallic battery enclosure is restricted solely to the iPhone 16 Professional mannequin.
The TrueDepth digital camera meeting is comparable in building to the iPhone 15 Professional’s model, besides it’s smaller as a result of in another way organized cables. The rear digital camera meeting is bigger, partially due to the larger parts for the telephoto digital camera.
The motherboard used contained in the iPhone 16 Professional can also be smaller than its predecessor, with a brand new and extra densely packed association. A safety cowl is bigger within the new mannequin, which can additionally assist with warmth dissipation.
The show is proven to be bodily bigger than the outdated mannequin, although additionally having thinner bezels and a smaller display screen body. The Digital camera Management button, new to the casing, is a non-removable aspect laser welded to the chassis.
With all elements eliminated, the brand new chassis format is revealed. There is a new graphite-clad aluminum substructure, which once more might help with thermals in addition to rigidity.