Google Tensor vs Google Tensor G4

The Google Tensor, internally known as G1, was introduced as Google's first specially developed mobile processor, primarily for Google's smartphone product line for deep software integration, especially in AI and machine learning.

It is manufactured using the 5 nm process and utilizes an ARM architecture with 8 MB L2 cache. Its internal graphics unit is the ARM Mali-G78 MP20. In Geekbench 6, it achieves solid single-core and multi-core performance. The maximum memory bandwidth is 53 GB/s. The Google Tensor G4, internally known as G4, is a newer generation of Google's mobile system-on-chips, developed for Google's latest smartphones, with a focus on improved AI processing and efficiency.

Manufactured using the more advanced 4 nm process, it is based on an ARM architecture. Its graphics unit is the more powerful ARM Immortalis-G715 MP10. The Google Tensor G4 surpasses the Google Tensor in Geekbench 6 in single-core and multi-core performance, with differences exceeding 10 percent in each case.

This indicates a noticeable increase in single-core and multi-core tasks. The maximum memory bandwidth is 51 GB/s. In gaming scenarios, the Google Tensor G4 offers significantly better performance than the Google Tensor due to its newer and more powerful GPU, enabling smoother frame rates and better graphics settings.

The more efficient 4 nm process of the Google Tensor G4 also leads to better energy efficiency and potentially lower heat generation compared to the 5 nm of the Google Tensor. Both processors are an integral part of Google's smartphones. The Google Tensor is found in older, more affordable models, while the Google Tensor G4 is used in the latest, high-end devices.

For users seeking maximum performance and efficiency, the Google Tensor G4 is the superior choice. The Google Tensor remains a solid and more cost-effective option for everyday applications.