Key Takeaways
1. The iPhone 16 Pro has an improved cooling system but experiences a 40% decrease in GPU performance during continuous use, affecting gaming.
2. The iPhone 17 Pro and Pro Max will feature a redesigned cooling system with a vapour chamber, a common component in high-end Android phones.
3. The vapour chamber includes a large copper base, allowing for efficient heat dissipation from the CPU, memory, and modem.
4. Vapour chambers transfer heat more effectively than standard copper heat sinks, benefiting demanding tasks like gaming and video rendering.
5. The vapour chamber may also help keep the camera module cooler during long recordings, reducing image noise and overheating issues.
The Apple iPhone 16 Pro features an improved cooling system compared to its predecessor, the iPhone 15 Pro. However, our tests revealed that its GPU performance can decrease by approximately 40% when under continuous use, which notably impacts gaming experiences. Recently, leaker Majin Bu Official shared new information regarding Apple’s strategy to tackle this problem.
New Cooling System for iPhone 17 Pro
The upcoming iPhone 17 Pro and iPhone 17 Pro Max are expected to introduce a completely redesigned cooling system that includes a vapour chamber. This component has been a typical feature in many high-end Android phones for several years. From the images provided, it seems that Apple is employing a sizable copper base, which could allow the vapour chamber to cover not just the CPU but also other elements like memory and the modem.
Enhanced Heat Dissipation
Vapour chambers use a fluid that evaporates when heated on one side and condenses on the other, which helps to transfer heat away much more effectively than standard copper heat sinks. This setup is particularly beneficial for demanding applications, including gaming, AI tasks, and video rendering. According to the leaker, this is an essential enhancement, especially since the Apple A19 Pro is believed to generate even more heat than the A18 Pro. Additionally, the vapour chamber is expected to extend to the camera module, likely helping to keep the sensors cooler during long video recordings, thus minimizing image noise and avoiding overheating issues.
Source:
Link
Leave a Reply