Pixel 11 Pro Tensor G6 Benchmark Leak Suggests Disappointing Gaming Performance, But There’s a Catch
A newly surfaced benchmark result has raised questions about the graphics performance of Google’s upcoming Pixel 11 Pro and its Tensor G6 chipset. According to a 3DMark Wild Life Extreme test shared on the r/GooglePixel subreddit, the Pixel 11 Pro reportedly scored 2,653 points, with an average frame rate of 15.89 fps.
At first glance, that score looks underwhelming. If accurate, it would place the Tensor G6 behind Google’s current Tensor G5 in this particular graphics benchmark. The Tensor G5 has been reported to score around 3,214 points in the same test, meaning the newer chip would be roughly 21% slower based on this leaked run.
The gap becomes even more noticeable when compared with Qualcomm’s latest flagship mobile chip. The Snapdragon 8 Elite Gen 5 has reportedly achieved a median score of around 7,173 points in the same benchmark, making it approximately 2.7 times faster than the leaked Tensor G6 result.
However, this benchmark should not be treated as final evidence of Pixel 11 Pro performance.
The test was reportedly performed on a demo unit at a retail store, not on a fully reviewed retail device under controlled conditions. That matters because display models often run in less-than-ideal environments. They may be warm from constant use, limited by demo software, running early firmware, or affected by store lighting and ambient temperature. Any of these factors can reduce benchmark performance, especially in demanding GPU tests like 3DMark Wild Life Extreme.
There is also some confusion because an earlier compute-focused leak painted a more positive picture for the Tensor G6 GPU. That leak suggested the PowerVR CXTP-48-1536 GPU inside the Tensor G6 delivered much stronger OpenGL performance than the Tensor G5’s DXT-48-1536 GPU, reportedly showing a sizable improvement in that specific workload.
The difference comes down to the type of test being used. Geekbench Compute and 3DMark Wild Life Extreme do not measure the same thing. One focuses more on compute performance, while the other is designed to stress graphics rendering and gaming-style workloads. Because of that, results can vary significantly depending on optimization, thermal limits, drivers, and the benchmark itself.
Still, even with those caveats, the leaked 3DMark score suggests that Google’s Tensor G6 may continue the company’s familiar strategy: prioritizing AI features, camera processing, and real-world Pixel software experiences over raw gaming performance.
That approach would not be surprising. Google’s Tensor chips have generally not tried to beat Qualcomm’s most powerful Snapdragon processors in pure GPU benchmarks. Instead, Google has focused on machine learning, image processing, speech recognition, and exclusive Pixel features. For many Pixel users, those areas may matter more than maximum frame rates in demanding games.
Even so, mobile gamers and performance-focused buyers will likely want to wait for proper Pixel 11 Pro reviews before making any conclusions. A single leaked benchmark from a retail display device is not enough to define the final performance of the Tensor G6.
For now, the safest takeaway is this: the Tensor G6 may still lag behind top Snapdragon chips in graphics-heavy workloads, but this particular Pixel 11 Pro benchmark result should be viewed with caution until retail units are tested under controlled conditions.
