Google Tensor G6 Could Beat Apple’s A20 Pro to TSMC’s 2nm Process

Google plans to launch the Pixel 11 series next month with its new Tensor G6 chip, which could become the first smartphone processor built using TSMC’s 2nm process. That timing would give Google nearly a one-month lead over Apple’s expected A20 Pro chip, although the early launch does not guarantee stronger overall performance.

The Tensor G6 will likely use TSMC’s standard N2 process instead of the improved N2P version, mainly because Google usually focuses more on efficiency, AI features, and everyday performance than benchmark leadership. The move to 2nm should still help the Pixel 11 deliver better power efficiency and improved thermal performance compared with the Tensor G5.

However, leaked benchmark details suggest Google is taking a more conservative approach with the Tensor G6 CPU. The chip reportedly uses a 1 + 4 + 2 core layout, which should reduce power use but may also limit multi-core performance against processors from Apple, Qualcomm, and MediaTek.

The reported GPU choice also raises concerns because Google may pair the chip with the older PowerVR CXT-48-1536 graphics unit. This GPU design dates back several years, which means the Pixel 11 may struggle to match rival phones in gaming and graphics-heavy tasks.

Google appears focused on improving AI tools, battery life, and the overall Pixel experience rather than competing for the fastest benchmark scores. The 2nm process gives the Tensor G6 an early technical advantage, but the final result will depend on how well Google balances performance, efficiency, pricing, and software optimisation across the Pixel 11 lineup.