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Tensor shift signals a new era for Pixel 10 Pro Fold

Google shifts Tensor G5 production to TSMC on a 3nm process, aiming for tighter hardware software integration with the Pixel 10 Pro Fold

August 16, 2025 at 02:42 PM
blur Google's Tensor shift could signal a new era for the Pixel 10 Pro Fold

A neutral editorial look at Google's move to an in house Tensor G5 and what it could mean for the Pixel 10 Pro Fold.

Tensor shift signals a new era for Pixel 10 Pro Fold

Google is reportedly moving the Tensor G5 manufacturing from Samsung to TSMC, with rumors pointing to a 3nm process. The chip would be Google's first fully in house processor, designed to push performance beyond the earlier Tensor G4. Leaked benchmarks suggest the G5 could be more than 30 percent faster than its predecessor, a boost that could help the Pixel 10 Pro Fold handle demanding apps and on device AI. The shift is tied to a broader push to tightly couple hardware and software, with Google preparing the Pixel 10 Pro Fold to launch alongside new Gemini AI developments.

On the outside, leaks hint at a safe, restrained design for the Pixel 10 Pro Fold, with bright colors probably saved for non pro models. The big changes look to be under the hood, where Google aims to use a self made processor to deepen software integration. Rumors circulate about on device AI work and a potential nano banana model tied to Gemini, though several details remain unsettled. Even so, observers note that the Pixel line still faces a challenging test in gaming and emulation on the large foldable display.

Key Takeaways

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Tensor G5 moves production to TSMC on a 3nm process
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Pixel 10 Pro Fold aims for stronger hardware software integration
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Google doubles down on being in control of the silicon stack
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Linux terminal feature drop signals broader platform ambitions
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Rumors anchor Gemini AI evolution and on device models like nano banana
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Emulation on a large foldable screen remains a potential performance test
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Design is expected to stay safe while software ambitions drive interest

"In house silicon lets Google shape the software from the ground up"

Editorial assessment of the strategic shift toward integrated hardware and software

"A 3nm G5 could change power and speed"

Notes on expected hardware performance improvements

"Google now relies on the same foundry as Apple to produce its processors"

Industry comparison highlighting sourcing choices

"If the Pixel 10 Pro Fold handles emulation well, it could redefine mobile gaming on foldables"

Potential impact on gaming and emulation on foldable devices

A fully in house chip could let Google tailor power use and software features in ways rivals cannot. But moving production from Samsung to TSMC introduces new supply chain risks and a longer ramp to full scale manufacturing. If the G5 meets expectations, Google could deliver a more cohesive Pixel experience that blends hardware and software more tightly. If not, the gap between ambitious software dreams and real world performance could widen.

This transition signals Google’s ambition to own more of the stack, a move mirrored by Apple and Samsung in different forms. The real test will be whether the G5’s 3nm design translates into durable gains across Android updates and Gemini based features. If the hardware catches up to the software, Pixel fans may see a much more integrated future; if it does not, hype could outpace reality and spark frustration among enthusiasts.

Highlights

  • In house silicon lets Google shape the software from the ground up
  • A 3nm G5 could change power and speed
  • This is Google aligning hardware and software for real
  • Gaming on a big foldable will be the real test for the chip

The coming months will test how far Google can push the hardware software marriage.

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