Google's Pixel 11 series smartphones feature the Tensor G6 chip, which was rumored to be a 2nm process but is actually based on 3nm technology from TSMC. This clarification comes from Google's VP of Hardware, Peng Yu-Chun, who confirmed the 3nm process. The Tensor G6 improves on last year's Tensor G5, offering 50% more TPU compute and 30% better CPU power efficiency. While a 2nm process would have been cutting-edge, Samsung's Exynos 2600 already holds that title. The performance gains of the 3nm Tensor G6 remain to be tested in real-world use. The Pixel 11 series includes four models: Pixel 11, Pixel 11 Pro, Pixel 11 Pro XL, and Pixel 11 Pro Fold.

The confusion around the 2nm claim highlights how rumors can precede official specs. Google's focus on efficiency and compute power suggests the 3nm chip is optimized for its capabilities. Despite the process node not being as advanced as rumored, the Tensor G6 still delivers significant upgrades over its predecessor.

The pricing for the Pixel 11 series varies by model and storage. The Pixel 11 starts at €999 for 256GB with 12GB RAM, while higher-tier models like the Pixel 11 Pro Fold reach €1,999. These devices emphasize Google's continued investment in on-device AI and computational photography, leveraging the Tensor chip's capabilities.