Future Google phones will be powered by the aforementioned technology, formally called the Google Tensor G2. This follows Google’s initial foray into the semi-custom silicon business.
According to Google Tensor G2 rumors, the new processor would include a few features. Tensor G2 will be jointly developed with Samsung, just like its predecessor, and will undoubtedly be made with a more modern, more compact 4nm process.
Features of Google Tensor G2
It will most likely be the same 4nm LPE technology that Samsung employs for its Exynos 2200 and Qualcomm’s Snapdragon 8 Gen 1 silicon, while Samsung’s considerably more modern and effective 4nm LPP process could also be used. The CPU, GPU, and other components of the chip’s make-up are less precisely known and open to potential changes.
Users must choose between upgrading to more expensive, higher-performance CPU parts or sticking with outdated ones because Armv9 and Armv8 CPU cores cannot be combined. Switching to off-the-shelf Armv9 components is the logical next step since upgrading from the Cortex-X2, Cortex-A710, and A510 found in 2022’s flagship Android handsets would deliver a considerable performance boost. specifically because doing so would call for replacing the rather antiquated A76 middle core from 2018 with a more contemporary middle core.
The company’s machine learning capabilities will be strengthened by Google Tensor G2. This has AI processing capacity is integrated with multimedia pipelines, such as the current-generation Tensor Processing Unit’s audio and picture processing units (TPU).
Due to the parts’ tight integration, Google can apply its market-leading AI algorithms for natural language processing, image recognition, and photo processing inside the Pixel 6 series, enabling the phones to perform substantially better than their price tag.
