Google's Tensor G6, featured in the Pixel 11, uses TSMC's 3nm process, contrary to earlier reports claiming it would debut as the first smartphone chip on TSMC's 2nm technology.

Rumors seemed almost certain that the Tensor G6 would be a 2nm chip, but a new interview claims Google went with 3nm again.

The Made by Google event was held earlier this week, where the Pixel 11 series was unveiled, alongside other ecosystem products. Google’s latest generation flagship smartphones are powered by the proprietary Tensor G6 chipset,

Google officially launched the Pixel 11 series, confirming that its new Tensor G6 chip is manufactured on TSMC’s enhanced 3nm process rather than a 2nm node as early rumors suggested. Google Hardware VP Peng Yu-chun highlighted CPU and AI speed boosts ...

The phone sticks to the same basic formula with a 6.3" screen, the same chip as the Pro models and a triple camera that includes a telephoto lens.

Google's Titan M3 adopts NIST's post-quantum standards, making the Pixel 11 the first Google phone built for a threat that does not exist yet.

I have never thought of the Tensor chipset as Google’s answer to Qualcomm in a spec-sheet battle. The Pixel 10 Pro Fold, for example — a phone I used for a solid couple of months — could feel wonderfully quick in normal use while still falling behind a Snapdragon-powered Galaxy Z Fold 8 in sustained gaming.

Google unveiled the Pixel 11 series smartphones a couple of days ago, with the Tensor G6 inside. While Google didn't explicitly mention it anywhere, the Tensor G6 was widely believed to be a 2nm chip. Turns out that's not the case. Even if the Tensor G6 ...

It was rumored that Google’s new Tensor G6, debuting in the Pixel 11, would be the first smartphone chip using TSMC’s 2nm process, but it turns out that won’t be the case.

Google confirms Pixel 11 pricing at $899, with 256GB base storage, Tensor G6, upgraded cameras, and an Aug. 20 release.