Google’s upcoming Tensor G5 processor, set to power the Pixel 10 series, has raised concerns about its performance potential. While initial reactions to the news of a completely redesigned chip were optimistic among Pixel enthusiasts, there are indications that the G5 may not deliver the advancements anticipated.
Historically, Google’s Tensor chips, fabricated by Samsung Foundry and based on the Exynos architecture, have lagged behind competitors like Apple’s A-series and Qualcomm’s Snapdragon 8 series. The Tensor G5 is produced by TSMC, utilizing a more advanced 3nm process, which had led many to expect notable improvements in performance and energy efficiency.
Google’s approach to the G5 is promising: shifting from Samsung to TSMC for manufacturing, adopting a state-of-the-art process node, and fully customizing the application processor. These changes suggested an exciting evolution for the Pixel lineup.
However, a recent tweet from a reputable leaker casts doubt on these expectations. It claims that the Tensor G5 will perform at a level similar to its predecessor, the G4, with the only significant difference being the change in manufacturing foundry.
This revelation suggests that despite the technological advancements in node production, the core performance may remain unchanged. Moreover, the Tensor G5 is set to support Universal Flash Storage (UFS) 3.1, while competitors are already transitioning to UFS 4.1, indicating a backward step in storage technology.
This choice, coupled with dismal benchmarking scores for the Pixel 10 models compared to the Pixel 9, might lead potential buyers to reconsider upgrades. With the new Pixel 10 series resembling the previous Pixel 9 design visually and potentially in performance, consumers may be inclined to wait for the Pixel 11 for a more substantial upgrade.