With the Pixel 11, Google introduces the Tensor G6, a new generation of its chipset designed around several core functions unique to its smartphones. Local artificial intelligence, computational photography, and hardware security take center stage, going far beyond merely general performance improvements.
AI Processing Enhancements
The Tensor G6 first enhances processing capabilities related to artificial intelligence. Google announced 50% additional computing power for the TPU. Paired with the latest version of Gemini Nano, the chip can process certain AI tasks directly on the device up to 3.5 times faster while consuming up to 3.5 times less energy. This capability allows Google to run more Gemini functions directly on the smartphone without systematically depending on cloud processing.
Security and Imaging Improvements
Security also advances with the arrival of Titan M3. This new coprocessor works with Tensor G6 to strengthen the hardware security chain of the Pixel 11. Notably, Google incorporates post-quantum cryptography into the device's secure boot process, preparing this protective layer for future quantum computing threats.
In photography, the Tensor G6 features a new Image Signal Processor dedicated to photographic processing. It contributes to Pro Zoom functions that can reach 120x on the Pixel 11 Pro. Combined with new sensors and software enhancements, it also allows Night Sight to capture images up to 4.5 times faster than the previous generation.
General Performance and Manufacturing
General performance has improved as well. According to Google, the new CPU enables web browsing up to 25% faster and application launches up to 15% faster.
Technically, the Tensor G6 is manufactured by TSMC using a 3nm lithography process. This information, confirmed by Google following the presentation of the Pixel 11, concludes previous reports that suggested the chip would use the foundry’s new 2nm process.
Rather than focusing solely on CPU and GPU performance for this generation, Google continues to tailor its processor to unique Pixel functions—specifically local Gemini execution, computational photography, and hardware security.
With the Tensor G6, Google advances its strategy of creating chipsets closely integrated with its smartphones' functions, paying particular attention this year to locally executed AI and the security of the Pixel 11.
