Google’s Tensor G4 is more about targeted excellence than topping benchmarks. The company has been clear about its focus on powerful AI capabilities rather than simply overshadowing its competitors in raw performance metrics. This intent becomes crucial in understanding how the new chip stacks up across various tasks that modern users demand, especially when it comes to gaming.
Early benchmarks reveal that the Tensor G4 cannot compete with the latest heavyweights like the Snapdragon 8 Gen 3 or the Dimensity 9300. Surprisingly, it even falls short compared to the Snapdragon 8 Gen 1, a flagship chip from 2021. This revelation comes from Golden Reviewer, who provides a comprehensive comparison of the Tensor G4 against other flagship processors using the 3DMark Wild Life Extreme benchmark.
According to the data, the Tensor G4 manages to outperform its predecessor by a slight margin. Specifically, the Tensor G3 scores 2,445 points compared to the 2,618 points of the Tensor G4. This represents only a modest improvement of just over 7%. However, the Pixel 9 SoC does show gains in efficiency, which could translate to better real-world performance in areas beyond raw processing power.
The Snapdragon 8 Gen 1, despite being two generations old, edges out the Tensor G4 with a score of 2,670 points—about 2% higher. This comparison doesn’t favor the Tensor G4, as it underscores the challenges Google faces in meeting or exceeding the performance benchmarks set by older chips.
When we look at the current-generation Snapdragon 8 Gen 3, the disparity becomes even starker. The latest Qualcomm marvel boasts a whopping 5,453 points, which is more than double the score of the Tensor G4. While Google has admitted that benchmark scores aren’t the end-all for their newest chip, the stark differences still stand out, especially for those who rely heavily on their devices for intensive tasks like gaming.
While it’s clear that the Tensor G4 was designed with a different focus, its modest performance upgrade over the Tensor G3 might be a letdown for some. However, there’s a silver lining: the 2025 Tensor successor is anticipated to utilize a second-generation 3nm TSMC process, hinting at potential improvements and innovations.
Abid’s fascination with technology began the day he pieced together his first computer. This avid curiosity has only deepened, driving him to explore every facet of the ever-changing tech world. As a dedicated tech reporter, Abid remains committed to delivering transparent, accurate, and unbiased insights into the latest technological advancements.
