Google Pixel 11 may be Google’s biggest leap in smartphone performance to date. A new report suggests that the Tensor G6 chip that will be installed in the Pixel 11 series in 2026 may be built using TSMC’s cutting-edge 2nm process technology.
As of June 2025, Google has not released any official information about the Pixel 11 series smartphones, and the model is not expected to debut until the fall of 2026 at the earliest (according to Google’s pace of updating the Pixel series in October every year). However, we can make reasonable speculations about the battery technology of Pixel 11 based on industry trends and the upgrade rules of the Pixel series:Google Pixel 11 mobile phone batteryPossible upgrade direction (forecast)
Capacity improvement Standard version: about 5000mAh (Pixel 10 is expected to be 4500-5000mAh, and the next generation may be slightly improved). Pro version: 5200mAh+, to cope with higher power consumption screens (such as 2K+ 120Hz LTPO) and AI computing power requirements.
Google may abandon its conservative strategy and upgrade to 50W+ wired fast charging (the current Pixel 8 series is only 27W). Wireless charging may support 30W Qi2 (compatible with MagSafe ecosystem). Possibility: If the EU forces a unified fast charging standard, Google may be forced to follow suit.
Google Pixel 11 mobile phone battery life optimization technology
Tensor G5/G6 chip: adopt more advanced processes (such as TSMC 3nm/2nm) to improve energy efficiency. AI-driven battery management: adjust application background activities in real time to extend battery life (similar to Pixel 8’s Adaptive Battery but smarter).
If the news is true, it will mark a major shift in Google’s chip strategy and may enable it to surpass competitors such as Apple and Qualcomm in performance. Google is expected to abandon Samsung foundry and switch to TSMC for the upcoming Tensor G5. The chip will reportedly use TSMC’s 3nm process in the Pixel 10 series later this year. The Tensor G6, codenamed “Malibu,” is rumored to use TSMC’s next-generation 2nm node (N2) instead of the previously rumored 3nm N3P node. If accurate, this shift will bring significant efficiency and performance improvements. Compared with the Tensor G5, the G6 has a performance improvement of up to 15% and energy efficiency improvement of up to 30%. This will be a bigger leap compared to the 4nm Tensor G4 chip currently equipped with the Pixel 9 Pro.
Low-power satellite communication (low possibility): If Apple/Samsung popularizes, Google may follow, but the battery burden needs to be optimized.
Environmentally friendly designGoogle Pixel 11 mobile phone battery
Extended life: support capacity ≥ 80% after 1,000 cycles (current Pixel 8 is 80% after 500 cycles).
It is rumored that the Tensor G6 will use a new generation of CPU architecture: an ARM Cortex-X930 main core, six Cortex-A730 performance cores and a Cortex-A530 energy efficiency core. In addition, it is expected to be equipped with a three-core Imagination CXTP GPU with a main frequency of 1.1GHz. With LPDDR5X RAM and UFS 4.0 storage, the chip is expected to bring significant improvements in AI and gaming performance.
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