The design of the foldable iPhone requires Apple to integrate a very thin battery. To avoid sacrificing battery life, the manufacturer is looking to optimize energy consumption here and there.
Beyond With the advent of foldable display and hinge technologies, designing a foldable iPhone poses a serious design challenge for Apple. The manufacturer must significantly reduce the thickness of the device so that it is not too thick when folded. To do this, the brand has no choice but to thin the battery that will power the phone, raising fears of reduced capacity.
The leaker yeux1122, who relies on sources from component suppliers, explains that Apple will necessarily have to make concessions on the size of the battery for integration into a foldable smartphone, but that the manufacturer plans to compensate with better efficiency Energy efficiency.
Between thin battery and battery life, a difficult balance to find for the foldable iPhone
Apple is reportedly aiming to improve the integrated display driver circuit, which serves as an interface between the microprocessor and the screen. This component controls the operation of the screen, and optimizing it could reduce energy consumption and heat output. This new technology could also be found in the iPhone 17 Air, whose design faces a similar challenge. This new smartphone model must be very thin and light, preventing the integration of a large battery. Apple will therefore have to find alternative solutions to offer decent battery life.
Usually, the American company relies on software optimizations to limit the energy needs of its iPhones. It can also rely on the fineness of chip engraving, but it is becoming increasingly difficult to achieve progress at this level. Apple is therefore looking for optimizations elsewhere.
In addition to the integrated display driver circuit, we can also imagine that the company will equip its foldable iPhone with a home-made 5G modem. The iPhone 16 is the first Apple mobile to include a 5G modem of its own design, the C1. This consumes much less energy than Qualcomm's modems, and this should help provide good battery life. The C2 modem, in development, could even be even more impressive in this area.
Source: eyes1122
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