After the release of the iPhone 15 series, the A17Pro processor equipped on the phone has become the focus. On September 27, Mobile China noticed that a digital blogger tested the heat dissipation performance of the A17Pro. He said that it is likely that the A17Pro is Apple's Snapdragon 888. The temperature rose from 33 degrees to 46 degrees in a minute or two. However, it was not the entire scene and was measured using ProRaw photography. The doctor also said that A17Pro is a real "dragon fruit".
access:
Apple Online Store (China)
However, Guo Mingqi once said that the heating problem of the iPhone 15 Pro series is not due to insufficient heat dissipation due to weight loss, but due to the use of a new 3-nanometer process. The blogger said that I don’t believe Guo Mingqi’s claim that the heat dissipation problem caused by weight loss caused serious heating of the iPhone 15 Pro series. It is true that the thermal conductivity of titanium is worse, but during the test, the frame temperature was 40+.
In addition, in the latest test of Geek Bay, while the CPU performance of A17Pro has been slightly improved, the peak power consumption has skyrocketed; the GPU is not even as good as the MediaTek Dimensity 9200+, not to mention the Snapdragon 8Gen2 released last year; the game performance is a mess, and the battery life has even regressed.
In terms of technology, A17Pro uses TSMC’s latest 3nm process. Compared with the previous generation A16, its number of transistors has increased by 20%, from 16 billion to 19 billion. For comparison, the flagship chips of the Android camp are still using TSMC’s 4nm process, and this is still the case for the upcoming Snapdragon 8Gen3. As for the CPU, A17Pro still has a 6-core design, with 2 large performance cores + 4 small performance cores.