Google Tensor G2 vs Qualcomm Snapdragon 685 4G

The Google Tensor G2 is a processor for high-end devices based on the G2 architecture. It is manufactured in a 5-nanometer process by the manufacturer ARM, which enables efficient operation.

The architecture integrates eight cores designed for demanding applications. In benchmarks, the Google Tensor G2 shows significantly higher single-core performance and multi-core performance than the comparison model. This high computing power is supported by a level 2 cache of 8 MB and a level 3 cache of 4 MB, as well as a memory bandwidth of 53 GB/s.

In games, the ARM Mali-G710 MP7 graphics unit ensures smooth rendering and high detail levels. The thermal design is optimized for constant load, while the energy consumption corresponds to the high performance. It is recommended for users who need maximum computing power for complex tasks. The Qualcomm Snapdragon 685 4G is a processor for the mid-price segment and uses the Kryo 265 architecture.

Manufacturing is carried out in a 6-nanometer process by Qualcomm, which offers good energy efficiency for daily use. In synthetic comparisons, the Qualcomm Snapdragon 685 4G lags significantly behind the Google Tensor G2 in single-core performance and multi-core performance.

With a memory bandwidth of 17 GB/s and the Qualcomm Adreno 610 graphics unit, the hardware is designed for less demanding applications. In games, this processor reaches its limits with complex titles but offers stable performance for casual users. The energy consumption is kept low, minimizing the thermal load.

The price-performance ratio is designed for affordability and basic functions for the mass market.