Google is gearing up to launch its Pixel 10 series, and a new report from Android Authority has revealed exciting details about the next-generation Tensor G5 processor. This chip marks a significant shift in Google's approach to chip development, with Google designing the chip and TSMC handling the manufacturing. This move away from Samsung's fabrication process promises substantial improvements in performance, efficiency, and camera capabilities.TSMC's 3nm Process for Enhanced PerformanceThe Tensor G5 will be built on TSMC’s advanced 3nm-class node. This upgrade is expected to improve efficiency, boost performance, and reduce power consumption. The chip will also utilize Arm Cortex CPU cores, ensuring fast and reliable processing. This transition to TSMC's advanced manufacturing process is a strategic move to leverage cutting-edge technology for superior performance.New Imagination Technologies GPUGoogle is replacing the Arm Mali-G715 MP7 GPU, previously used in the Tensor G4, with an Imagination Technologies IMG DXT GPU. This change could lead to better graphics performance, benefiting gaming, video rendering, and overall visual experiences. The new GPU also supports features like ray tracing and GPU virtualization, enhancing the graphical capabilities of the Pixel 10 series.Fully Custom Image Signal Processor (ISP)For the first time, Google is introducing a fully custom Image Signal Processor (ISP). Previous Tensor chips used modified Samsung ISPs with Google-designed elements. A custom ISP means improved image processing, better low-light photography, and enhanced AI-driven camera features. This significant change is poised to substantially improve the Pixel 10’s camera performance, allowing for more advanced and nuanced image processing.Custom Memory Controller and Video Codec ImprovementsGoogle is also developing a custom memory controller, system cache, and power management module. These enhancements should improve multitasking capabilities and energy efficiency, providing a smoother and more responsive user experience. The company is also switching video codecs. The Tensor G5 will no longer use Google’s custom “BigWave” AV1 codec or Samsung’s Multi-Format Codec (MFC). Instead, it will adopt the Chips&Media WAVE677DV codec, which supports AV1, VP9, HEVC, and H.264. This upgrade should lead to better video playback and streaming performance, ensuring compatibility with a wide range of video formats.Third-Party Interfaces for ConnectivityGoogle will rely on third-party components for USB, PCIe, and I3C connectivity. It will also use third-party interfaces for display (DSI and DisplayPort), flash storage, and LPDDR5x memory. These choices indicate Google is prioritizing performance and reliability by selecting carefully vetted components from specialized providers.The Tensor G5 represents a major step in Google’s chip development. By designing more of the chip in-house, Google can optimize performance, power efficiency, and camera quality. Users can expect better gaming experiences, improved photography capabilities, and smoother overall performance. With these upgrades, the Pixel 10 series is shaping up to be one of Google’s most exciting releases. More details will likely emerge as the launch approaches, but the Tensor G5 is already showing great promise.In summary, the Google Pixel 10 series, powered by the Tensor G5 chip, is poised to deliver significant enhancements in performance, efficiency, and camera technology. The shift to TSMC for manufacturing, coupled with custom-designed components, underscores Google's commitment to innovation and delivering a superior user experience.
