Pixel 10 is following in the iPhone's footsteps
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24 Oct 2024 02:49:26 am.
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The Pixel 9 series is without a doubt a success from Google even without knowing sales numbers, mostly because they feel like complete packages with meaningful improvements over previous models that took care of several lingering issues on older Pixel phones. But that doesn’t mean we aren’t still looking to the future of Google’s Pixel line because rumors of massive improvements to Tensor chips could take Google into new smartphone territory. We’re talking about them entering a conversation with Apple on an end-to-end level.
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According to Android Authority, the Tensor G5’s CPU (TSMC’s N3E node) will reportedly continue to use the Arm Cortex-X4 that was introduced this year, with G4 having a 1+3+4 configuration.
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Fortunately, Google will soon rectify that mistake by dropping Samsung and designing its upcoming chips internally. Because of that, Google will also finally switch to TSMC, which we confirmed before. One thing that remained unclear about that, however, was which exact process would be used. Today, we can answer that question, not only for the Pixel 10’s Tensor G5 but also for the Tensor G6!
A new report is only adding to that idea by suggesting that the custom Tensor chips scheduled to power the Pixel 10 and Pixel 11 will meet the most recent chip inside Apple’s new iPhone 16 Pro.
Google Tensor G5 (codename “laguna”), likely to be the chip in next year’s Pixel 10 series, will be manufactured on TSMC’s 3 nm-class N3E — the same exact process node Apple uses for the iPhone 16 Pro’s A18 Pro and its M4 chips. This is great news because it’s probably the best process node currently available and will definitely be a massive upgrade over Samsung’s 4 nm-class 4LPE node used in the Tensor G4, both in efficiency and performance.
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