Google’s Tensor G5 debuts with the Pixel 10 series, built on 3nm TSMC process. Faster CPU, stronger TPU, improved ISP and advanced AI features redefine performance.
Google has unveiled its new Tensor G5 processor alongside the Pixel 10 lineup, calling it the biggest performance leap in the history of its in-house chips. For the first time, the Tensor series is being manufactured by TSMC using a 3-nanometer process — a milestone that marks a significant shift for Google’s hardware ecosystem.
One of the headline improvements is the upgraded TPU (Tensor Processing Unit), now delivering 60% more power than its predecessor. The CPU has also seen an average boost of 34%, while the refreshed ISP (Image Signal Processor) promises a noticeable jump in photo and video quality. This is particularly important for the Pixel 10 family, where the camera hardware itself has remained largely unchanged.
Artificial intelligence stands at the core of the G5. According to Google, the chip enables more than 20 on-device generative AI features. The updated Gemini Nano model now runs 2.6 times faster and twice as efficiently compared to its performance on the Tensor G4. Security also received attention: the processor integrates the Titan M2 co-processor, positioning it among the most secure mobile chips available.
When it comes to raw benchmark numbers, the Tensor G5 doesn’t outpace rivals like the Snapdragon 8 Elite or Dimensity 9400. Yet Google continues to emphasize that its chips are less about chasing peak scores and more about seamless optimization, deep AI integration, and a tight connection with the company’s own services.