Google is set to make a major upgrade to its flagship lineup with the Pixel 10 Pro, which is expected to feature the next-generation Tensor G5 chip. Unlike previous Pixel generations that relied on Samsung Foundry, Google has reportedly shifted production to TSMC’s advanced 3 nm process, a move aimed at delivering better thermal management, improved efficiency, and enhanced AI performance.
The Tensor G5 is said to bring up to 34 % faster CPU performance compared to the previous Tensor G4, while its upgraded TPU significantly boosts on-device AI capabilities. This will enhance features like Pixel’s advanced camera processing, real-time AI effects, and support for Gemini Nano models, all while maintaining lower power consumption. Early benchmarks indicate that although the Tensor G5 may not fully match some Snapdragon competitors in raw performance, the improvements in sustained performance and thermal efficiency should make the Pixel 10 Pro noticeably smoother during extended tasks like gaming or video editing.
Leaked details suggest that the new chip will allow Google to address one of the longstanding criticisms of the Pixel line: heat management under load. Users can expect cooler operation and less throttling during heavy usage. The Tensor G5 is also expected to contribute to better battery efficiency, helping the Pixel 10 Pro balance performance with long-term endurance.
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