Google has officially tapped TSMC’s 3nm process for the upcoming Tensor G6 chip inside the Pixel 11. This confirmation shuts down months of speculation that Google would debut a next-generation 2nm processor.
Opting for mature 3nm yields likely keeps production costs manageable for Google while avoiding the supply chain bottlenecks associated with brand-new silicon nodes.
Confirmed Tensor G6 Upgrades
Sticking with 3nm doesn't mean the new silicon lacks firepower. Google is leaning heavily into everyday responsiveness and machine learning capabilities to justify the generational leap.
The hardware division promises several concrete upgrades over last year's silicon:
- An upgraded CPU delivering 25% faster web browsing and 15% quicker app launches.
- A massive 50% increase in TPU compute power.
- Native support for a new Gemini Nano on-device AI model.
- An enhanced Image Signal Processor (ISP) enabling faster Night Sight processing and extended digital zoom.
- The integration of an upgraded Titan M3 security chip.
The Impact on Efficiency and Graphics
A jump to 2nm would have delivered a massive leap in battery efficiency—a known priority for Google's latest generation of chips. By staying on 3nm, Google is prioritizing stability, though leaks confirm they are pairing modern ARM CPU cores with a relatively conservative GPU setup.
For end consumers and mobile gamers, this lesser GPU means the Pixel 11 may struggle to push maximum framerates in demanding 3D titles compared to current Snapdragon or Apple silicon rivals. It's a clear signal that Google views AI execution as a higher priority than raw graphical horsepower.
Beyond the silicon, Google is rolling out practical physical changes across the Pixel 11 lineup. Expect a relocated top NFC antenna for much easier tap-to-pay interactions, alongside a notably thinner chassis for the Pixel 11 Pro Fold.