A graphene thermal system is expected to be included in the iPhone 16 series to prevent overheating.


  • To prevent overheating problems with the iPhone 16 lineup, Apple is working on new design changes.
  • For the iPhone 16 series, the company is rumored to be developing a new graphene thermal system.
  • The battery of the iPhone 16 Pro and Pro Max may have a metal casing for improved heat conductivity.

Due to heating problems, the iPhone 15 Pro models had jerky starts, which upset users. Users have complained and reported abnormal heating on numerous occasions. Apple is rumored to be developing a graphene thermal system because it seems the company doesn’t want to repeat this.

Better thermals may be included with the iPhone 16 series.

  • To avoid overheating problems, Apple is reportedly working on new design changes for the iPhone 16 lineup, according to X user @KosutamiSan, who claims to have an iPhone 16 prototype.
  • A graphene thermal system may be used in the 2024 iPhone lineup to enhance thermal conductivity, as graphene is a more promising material than the current copper one.
  • Recall that the newly released A17 Pro chip was first thought to be the cause of the heating problem on the iPhone 15 Pro series.
  • Some speculated that the new titanium frame and the reduced heat dissipation area might be the true causes of the heating problems.
  • By releasing the iOS 17.0.3 update, Apple dispelled these rumors and demonstrated that the problem is primarily a software one rather than a hardware one.

This advice seems reasonable for the iPhone’s battery as well, as MacRumors pointed out that Apple had already switched from a black foil casing to a metal one with the Watch Series.

Key Specs

Apple iPhone 16

Apple A17 Pro | 6 GB: Processor
6.1 inches (15.49 cm): Display
48 MP + 12 MP: Rear camera
12 MP: Selfie camera
3449 mAh: Battery

Apple iPhone 16 Price, Launch Date

Expected Price:Rs. 79,990
Release Date:25-Apr-2024 (Expected)
Variant:6 GB RAM / 128 GB internal storage
Phone Status:Rumoured

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