Apple A17 Pro vs Google Tensor G4

The Apple A17 Pro is a leading mobile processor from Apple, developed for use in high-end smartphones to provide maximum performance for demanding applications and gaming.

The Google Tensor G4 is Google's specific mobile processor, designed for its flagship smartphones, with a focus on advanced AI features and machine learning.

Detailed Comparison The Apple A17 Pro is manufactured using Apple's advanced 3 nm process. Its custom core architecture is equipped with 20 MB Level 2 and 24 MB Level 3 cache. This enables significantly higher single-core and multi-core performance, as well as very good gaming performance thanks to the integrated Apple A17 Pro (6 GPU Cores) graphics unit.

The finer manufacturing process also promises better energy efficiency under load. The Google Tensor G4 is manufactured using the 4 nm process, with ARM stated as the manufacturer and based on an ARM core architecture. Level 2 and Level 3 cache information is 0 MB. In performance tests, the Google Tensor G4 lags behind the Apple A17 Pro.

Its ARM Immortalis-G715 MP10 GPU is powerful but does not match the gaming performance of its competitor. Energy efficiency tends to be lower due to the larger manufacturing process. Both processors use a maximum memory bandwidth of 51 GB/s and are permanently installed in smartphones, making a separate price evaluation irrelevant.

Summary and Recommendation The Apple A17 Pro offers very high computing and graphics performance, ideal for power users, gamers, and demanding mobile productivity. Its advanced architecture and energy efficiency form the basis for maximum performance demands. The Google Tensor G4 is the better choice for users who value deep integration of AI features and intelligent software.

It offers solid everyday performance and Google's specific applications.