Pixel 11 will debut the 6nm Tensor G2 chip: this is how Google plans to outperform its rivals

Last update: 27/06/2025
Author Alberto navarro

  • Google will rely on TSMC and its 2nm process for the Tensor G6, which will debut with the Pixel 11 in 2026.
  • The jump to 2nm could put the Pixel 11 ahead of rivals like Samsung, Apple, and Qualcomm.
  • Significant improvements are expected: up to 15% more performance and 30% more energy efficiency compared to previous chips.
  • The Tensor G6 will feature a new CPU and GPU configuration geared toward AI, gaming, and health features.

Pixel 11 with Tensor G6 2nm

Google is about to make a major leap in chip manufacturing. for its future Pixel phones, aiming to catch up with (and even overtake) manufacturers like Samsung, Apple, and Qualcomm. According to the latest reports in the Taiwanese press and various leaks, The upcoming Pixel 11 will debut the Tensor G6 processor. manufactured with TSMC's advanced 2 nanometer (2nm) technology, something that would represent a change of pace in the US company's silicon strategy.

La transition to TSMC and the generational leap have generated many expectations after years in which the Pixels were a step behind in terms of the efficiency and power of their SoCs. In 2024 Google had already announced that it was abandoning Samsung Foundry to manufacture the Tensor G5 in 3nm with TSMC, although The real big leap would come in 2026 (supposedly) with the 6nm Tensor G2, moving ahead of its direct competition in the use of this process.

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What benefits does the 6nm Tensor G2 bring to the Pixel 11?

Tensor G6 2nm Pixel 11 chip

Reducing the size to 2nm allows TSMC to add even more transistors in the same space, thus An increase of up to 15% in CPU performance and 30% greater energy efficiency are expected. compared to the previous generation (5nm Tensor G3), and a far cry from the current 4nm Tensor G4 used in the Pixel 9 Pro. This translates into more powerful devices, capable of running AI tasks and advanced multimedia editing, while maintaining a lower consumption and greater autonomy.

The manufacturing push could also push Google ahead of Qualcomm and Samsung.. Rumors suggest that the Snapdragon 8 Elite 2 will continue to use the 3nm process in 2025, while Samsung is still reportedly fine-tuning its own 2nm manufacturing for future Exynos, which would leave Google as one of the first to market a 2nm processor in the high-end Android range.

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Refreshed architecture and new features for the Pixel 11

Features CPU GPU Tensor G6 Pixel 11

The Tensor G6 will feature a new architecture focused on both performance and AI.A CPU configuration is expected that combines an ARM Cortex-X930 main core, six high-performance Cortex-A730 cores and a low-power Cortex-A530 core. The graphics part will be provided by a Imagination CXTP 1,1GHz Triple-Core GPU, which together with support for LPDDR5X memory and UFS 4.0 storage, will take multitasking, gaming and smart applications to a new level.

The first information indicates that Google's jump to TSMC could extend into the next five years, allowing future generations of the Pixel (up to the Pixel 14 series) to enjoy the most advanced silicon designs worldwide. Additionally, the Tensor G6 could debut health and wellness-related features, including breathing monitoring, sleep analysis and gait analysis, as well as machine learning-based video editing tools.

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The debut of the Tensor G6 in the Pixel 11 could mark a turning point in Google's hardware strategy, consolidating the series not only in software and computational photography, but also in power and energy efficiency. With the arrival of the Pixel 11 in 2026, the jump to the 2nm process is expected to allow Google to compete head-to-head with—or even surpass—the most cutting-edge SoCs on the market.