Google Tensor G2 vs Samsung Exynos 1280

Introduced in late 2022, the Google Tensor G2 is primarily designed for Google's Pixel smartphones and strongly focuses on AI and machine learning for improved photography, speech processing, and security.

It targets users seeking an intelligent and powerful smartphone experience. Manufactured using ARM's 5 nm process, it utilizes a heterogeneous core architecture for high performance and efficiency. With 8 MB L2 and 4 MB L3 cache, it offers significantly higher CPU performance in single- and multi-core tasks compared to the Samsung Exynos 1280.

The ARM Mali-G710 MP7 graphics unit also delivers noticeably better gaming performance, supported by a maximum memory bandwidth of 53 GB/s. Despite higher peak performance, the 5 nm process ensures good energy efficiency, especially under AI loads, leading to a premium price-performance ratio in its devices.

The Samsung Exynos 1280, introduced in early 2022, is tailored for Samsung's mid-range smartphones and offers balanced performance and high efficiency for everyday tasks at a more affordable price. It targets users seeking a reliable and fluid smartphone experience. Also manufactured using Samsung's 5 nm process, its architecture is based on Cortex-A78 and Cortex-A55 cores, ensuring a good balance between computing power and energy efficiency.

Compared to the Google Tensor G2, it shows lower CPU performance in all core areas but still provides a solid foundation for most common applications. The integrated ARM Mali-G68 MP4 GPU is sufficient for basic gaming but does not reach the performance level of its competitor. Its high energy efficiency thanks to the 5 nm process significantly contributes to a longer battery life and offers a good price-performance ratio in the mid-range segment.