Recent reports suggest that the forthcoming iPhone 16 Pro and iPhone 16 Pro Max could address overheating concerns that plagued their predecessors by incorporating a graphene sheet for enhanced heat dissipation. Apple’s potential successors to the iPhone 15 Pro models may adopt this innovative material to mitigate thermal issues commonly associated with smartphone processors.
According to insights from a PhoneArena report, Apple is exploring the integration of graphene instead of conventional graphite pads in the iPhone 16 Pro series to facilitate more efficient heat dissipation from the device’s processor. By utilizing graphene, the heat generated by the chip would be effectively dispersed, thereby reducing the overall temperature of the handset.
This speculation isn’t entirely new, as earlier reports from November hinted at Apple’s intention to implement a graphene thermal system in the successors to the iPhone 15 Pro and iPhone 15 Pro Max. Additionally, rumors suggest the use of a metal bracket to house the phones’ batteries, further indicating Apple’s proactive approach towards addressing thermal management concerns.
Preceding these rumors, Apple had rolled out the iOS 17.0.3 update, which aimed to rectify overheating issues observed in the iPhone 15 Pro models. The company acknowledged the impact of heating problems, attributing them to app optimization challenges and software glitches.
While the anticipated iPhone 16 Pro and iPhone 16 Pro Max are not slated for release until the third quarter of 2024, it’s essential to approach these rumors with cautious optimism. Apple may indeed adopt graphene technology or explore alternatives like vapour cooling chambers seen in premium Android smartphones. As the launch date approaches, further details regarding the iPhone 16 series are anticipated to emerge, providing a clearer understanding of Apple’s advancements in thermal management technology.
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