Google is making an efficient change by using a custom-designed CPU in their Tensor chip, initially starting with the future Pixel 10 smartphones.
Google’s previous Tensor SoC relied on a CPU from Samsung’s in-house Exynos, but that is expected to change soon as it is already proving its capability of doing this. Finally, Google has its first CPU based on ARM architecture; however, that is not an SoC for the Pixel range yet since it’s for AI cloud applications.
Axion Marks the Company’s First Custom ARM CPU Design
The aim behind this major change with the Pixel 10 is to replace Samsung’s Exynos CPU, which was used previously. For this step, its past success is building confidence in this move. Also, with this chipset, Google is ensuring industry-leading performance and efficiency in data centers. It is expected that Google can also develop its CPUs, and Axion is probably already being used.
Google is powering the Pixel 9 with the Tensor G4, which is not yet significantly different from the G3 and its predecessors. It is reported to be based on the 4nm process of Samsung and could offer upgraded power efficiency as well as heat management.
It is expected to be released in the second half of the year. It could feature a 6.0-inch display along with a refresh rate of 120 Hz and a 1080 x 2400 pixel resolution. The camera setup could include a 50MP, an 8MP dual rear, and a 12MP selfie camera. The battery package may count 5100 mAh.
