New technical details about the special processor Tensor G5, which is expected to be used in the Google Pixel 10 series, appeared. According to information shared by Android Authority, Google will design this chip completely and transfer the production process to TSMC instead of Samsung. This change is considered as an important step in terms of performance and efficiency. TENSOR G5 will be developed with the 3nm production process of TSMC and the internal components of the chip will be serious innovations.
One of the most remarkable changes in the TENSOR G5 will be on the Graphic Processing Unit (GPU) side. Google leaves the ARM Mali-G715 MP7 GPU, which is used in the previous model, TENSOR G4, and will switch to Imagination Technologies’s IMG Dxt GPU. This change can improve graphic performance and also improve energy efficiency. The choice of a stronger GPU, especially for mobile games and high -resolution visuals, can significantly improve the user experience.
However, image signal processor (ISPThere will be a big change on the side. In previous tensor processes, Google was adding Samsung’s OWN SOFTWARE OPTIONS USING ISP SOLUTIONS. However, with the TENSOR G5, Google aims to significantly increase camera performance by switching to a completely customized ISP design. This development can especially contribute to the capabilities of artificial intelligence -supported image processing of Pixel phones.
Google plans to make innovations at the Tensor G5 in memory management. The chip will include a specially designed memory controller, system -level cache management and advanced power modules. These changes are expected to improve device performance and contribute positively to battery life.
On the other hand, Google is going to a significant change in video coding solutions. Google’s own “Bigwave” AV1 video codec and Samsung’s Multi-Format Codec (MFC) technology will be abandoned. Instead, Chips & Media’s Wave677DV solution will be used. This new component will improve high -quality video playback and processing performance by supporting video coding and coding processes in AV1, VP9, HEVC and H.264 formats.
One of the remarkable innovations of the Tensor G5 is the changes in the connection interfaces. Google will prefer to use third -party solutions in the components of the chip such as USB, PCIE and I3C. In addition, DSI (Display Serial Interface) and DisplayPort support will be available for screen connections. These developments can ensure that Pixel devices are compatible with a wider hardware ecosystem.
Google Tensor G5 LPDDR5X will support memory
On the storage and memory management side, the TENSOR G5 will support LPDDR5X memory. This can make a significant contribution to the performance of Pixel phones, especially in terms of multi -task management and high data transfer rates.
The leaks of Google’s new TENSOR G5 chip show that the company is increasingly independent of developing special processor development. The transition from Samsung to TSMC, the choice of a more advanced process in production technology, and the use of completely customized designs in the chip components may strengthen Google’s claim on the processor side.
Thanks to the TSMC’s 3 nm production process, the TENSOR G5 is expected to show significant development in terms of both performance and energy efficiency compared to previous generations. Google is expected to introduce this chip in 2025 with the Pixel 10 series.