The tech community is buzzing with anticipation as new information surfaces on Google’s Pixel 9 lineup, encompassing three flagship models due for release later this year. Central to the interest in this new lineup is the Tensor G4 chip, promising a significant boost in performance over its predecessor, the Pixel 8.
The latest leaks suggest that Google plans to rename its Pixel 9 series while also introducing an additional model. The series is expected to include the standard Pixel 9, the Pixel 9 Pro, and the high-end Pixel 9 Pro XL. The latter is poised to compete with premium offerings from competitors such as the iPhone 16 Pro Max and the Galaxy S25 Ultra.
Benchmarking results point to a noticeable jump in performance for the premium Pixel 9 Pro XL model. According to leaks, the Pixel 8 scored 877,443 in the AnTuTu benchmark, while the Pixel 9 Pro XL scored 1,176,410—a 33 percent performance uptick. Notably, this lift is attributed to the updated CPU cluster housed within the new Tensor G4 chip.
What sets the Pixel 9 Pro XL apart could be its advanced cooling system. It’s crucial in enabling the chip to operate at peak efficiency, potentially contributing to its leading benchmark scores. The Tensor G4 is expected to benefit from Samsung’s Fan out Wafer Level Packaging technology, which is known for enhancing heat dissipation and maintaining multi-core performance by keeping temperatures in check for longer durations.
Though it’s still speculative, it’s possible that the Pixel 9 Pro XL will utilize the advanced packaging, with the other models in the lineup using more conventional packaging methods to cut costs. Such strategies have precedent in Google’s approach, illustrated by the slower Tensor G3 chip in the Pixel 8a compared to its mainstream counterparts.
The Tensor G4 itself is expected to include a cutting-edge ARM CPU configuration, with a single Cortex-X4 core clocked at 3.10GHz, paired with three Cortex-A720 performance cores at 2.60GHz and four Cortex-A520 efficiency cores at 1.95GHz. This setup indicates Google’s intentions to carve its own path instead of following in the footsteps of Samsung’s Exynos 2400.
While the Tensor G4 might not outperform the heavyweights like the Snapdragon 8 Gen 3 or Dimensity 9300, it signifies progression for Google if it exceeds the capabilities of the Tensor G3. Additionally, future-focused consumers might consider waiting for the Tensor G5, anticipated to be produced on the TSMC’s N3E process in the following year, promising even more advancements in performance.
With these developments, Google aims to reinforce its position in the marketplace, offering consumers increasingly powerful and efficient devices within its Pixel range. As more details emerge, tech enthusiasts and potential users alike eagerly await the official launch to experience firsthand the improvements brought by the Tensor G4-powered Pixel 9 lineup.
