Apple plans to launch a lineup IPhone 16 Next year, which will provide powerful performance, amazing features, and functions related to artificial intelligence, and this means a lot of heat in the new iPhone. For this reason, the company decided to use a new thermal system that will dissipate that heat. Let’s take a look at this system, and how it will get rid of... Excessive heat.

IPhone 16 series

From, the iPhone 16 is blue and has a broken screen.

Overheating can be a major problem for iPhones, leading to throttled performance, decreased battery life, and even damage to internal components. In the case of the iPhone 16, the device's new A18 chip can generate excess heat while performing heavy tasks such as providing new features, playing powerful games, or editing videos.

To treat excess heat in the iPhone 16, leaker Kosutami explained through his account on It has high thermal conductivity, which makes it better than the copper currently used in iPhone heatsinks, which makes it the most suitable choice for getting rid of any high heat in the device.

Graphene and iPhone cooling

From The Huawei p20 pro features a liquid cooling system, providing effective heat dissipation for optimal performance.

Some time ago, Apple registered a patent for its discovery of the material needed to get rid of heat in mobile devices, and this is what the company will do as it plans to integrate graphene with the iPhone’s thermal system. The graphene is placed close to the processor, and this leads to effective heat removal and preventing rising. temperature.

Finally, if implemented in this way, graphene cooling could have a significant impact on iPhone design, as graphene's exceptional thermal conductivity could allow the iPhone 16 to be thinner and lighter. Furthermore, Apple may consider exploiting graphene's flexibility to integrate it into various device components, enhancing cooling efficiency.

What do you think about graphene and will it actually help dissipate the iPhone's heat? Tell us in the comments



Related articles