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The iPhone 15 Pro’s overheating issue was resolved with an iOS update, but Apple has a better solution for the upcoming iPhone 16 Pro.
After the launch of the iPhone family, new users reported that their devices were heating up. iOS updates have alleviated this situation, but the basic equation still remains: increased demands on the processor and more heat that needs to be dissipated. The iPhone 15 family is more controlled than at launch, but still runs hotter than the average iPhone.
Every generation of smartphone requires better performance than the previous generation. The next generation of iPhones will be a bigger step forward than average. In addition to the usual enhancements, artificial intelligence will require more computing power. Apple will likely have to accommodate the demand for its chipset, named A18, as it is expected that as much personal information and data as possible will be processed locally by AI routines.
This means keeping everything cool becomes an important part of the design. Android-powered gaming phones have developed several ingenious solutions, including active cooling with fans and vents, oversized vapor chambers, and thermoelectric cooling using the Peltier effect.
There’s new controversy surrounding Apple’s use of graphene in its next iPhones to help draw heat away from chipsets. Research has revealed the benefits of using boron nitride crystal substrates to increase heat transfer capabilities. This results in a thinner solution than a network of heat pipes and vapor chambers. All of these add bulk to the handset…a route Apple’s designers have done their best to avoid.
Apple has already indicated that it’s willing to introduce new materials into iPhone packaging, with the titanium chassis appearance being a key selling point for the iPhone 15 Pro and 15 Pro Max.
Graphene could be “the other thing” that unlocks iPhone performance.
Read the latest iPhone, Mac, and iOS headlines with Forbes’ weekly Apple News Digest…
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