Google Tensor G4 vs MediaTek Helio G25

The MediaTek Helio G25 is a processor developed for the entry-level and budget segment of smartphones.

It is manufactured using a 12 nm process and utilizes the Cortex-A53 architecture, typically with eight cores for basic tasks. Its single-core performance is designed for everyday functions such as communication and light applications. The integrated PowerVR GE8320 graphics unit is suitable for simple mobile games.

With a maximum memory throughput of 13 GB/s, it handles basic system requirements. In terms of power consumption, it is tuned for economical operation, offering good value for money for low-cost devices. The Google Tensor G4, on the other hand, is a state-of-the-art processor for the premium segment and Google's flagship smartphones.

It is manufactured using an advanced 4 nm process and is based on a custom G4 architecture. This results in significantly higher single-core and multi-core performance, surpassing that of the Helio G25 by well over 10 percent. The integrated ARM Immortalis-G715 MP10 graphics unit offers outstanding performance for demanding gaming and graphics-intensive applications.

With a maximum memory throughput of 51 GB/s, it ensures fast data access. Despite its high performance, it is very energy-efficient per unit of performance delivered, thanks to the 4 nm manufacturing process. Its price-performance ratio is tailored to deliver peak performance in high-end devices. For budget-conscious users who want to perform basic tasks, the MediaTek Helio G25 is the right choice.

However, those seeking uncompromising performance, excellent gaming, and advanced features in a premium smartphone should prefer the Google Tensor G4.