iPhone 11 Professional Modded To Embody 12,000 mAh Silicon-Carbon Battery

A latest {hardware} experiment by the channel The Repair has challenged conventional smartphone engineering norms by efficiently equipping an iPhone 11 Professional with a 12,000 mAh battery. By changing the authentic 3,046 mAh unit with a high-density cell, the challenge demonstrates that inside house constraints (typically cited as the first barrier to battery life) could be overcome via superior chemical compositions.

The alternative battery maintains the precise bodily dimensions of the 2019 authentic. This implies the usage of silicon-carbon (Si-C) cells, a expertise already being built-in by Chinese language rivals within the premium phase. This chemistry permits for a 330% enhance in nominal capability with out requiring structural adjustments to the system chassis.

Regardless of the {hardware}’s bodily capability, the iPhone’s software program acknowledged the unit as 10,000 mAh. This discrepancy highlights the position of proprietary cost controllers and software program locks Apple makes use of to handle battery well being. Earlier than the modification, the system’s authentic well being stood at 67%, illustrating the stark distinction in longevity.

Whereas this improve proves technical feasibility, Apple continues to favor a conservative strategy. For example, the present iPhone 17 Professional Max makes use of a 5,088 mAh battery. This technique prioritizes provide chain stability and thermal security over uncooked capability to keep away from the danger of large-scale remembers in mass-produced items.

The experiment shifts the dialog from “lack of house” to “vitality density.” It means that present smartphone battery limits usually are not a results of bodily quantity, however a deliberate engineering selection balancing thermal security in opposition to manufacturing prices. As silicon-carbon expertise matures, a 10,000 mAh normal for flagship units could quickly change into the business benchmark.

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Would you want me to create a comparability desk between normal lithium-ion and silicon-carbon battery specs?