Following Google's August 12 announcement of the Pixel 11 Pro, a result claiming to be from a 3DMark run on a store display unit has surfaced. The screen showed a score of 2,653 points with an average of 15.89fps on the GPU benchmark "Wild Life Extreme." While Google touted numerical figures for Tensor G6's web browsing, app launch, and TPU compute performance, it has not disclosed the rate of GPU performance improvement or the name of the GPU core. That's precisely why this single image has drawn attention. However, it's a user-generated result from a single measurement on a display unit that was shown charging, and it cannot be treated as a number representative of the retail unit's GPU performance.
In Japan, pre-orders opened on August 12, with the 256GB/12GB model of the Pixel 11 Pro priced at ¥174,800. The release is scheduled for August 20. For buyers whose primary use case is gaming, how far this number diverges from actual previous-generation measurements becomes a key decision point. At the same time, this figure should not be extended to judgments about everyday operational smoothness or camera quality. The same applies to on-device AI and battery life, since Wild Life Extreme only measures GPU performance under a short-duration Vulkan load.
2,653 Points Is Lower Than Actual Previous-Generation Measurements
The published result screen displays: Pixel 11 Pro, August 15, 2026, 15:06, Overall score 2,653, Average frame rate 15.89 FPS. The Reddit poster explained that they installed 3DMark on a display unit at their local electronics store and measured it, adding that the device felt hot but not uncomfortably so. From the photo alone, it's impossible to independently verify the device's authenticity, build number, or the version of the app and test. Even so, the displayed value itself serves as a starting point for comparison.
Android Central measured the Pixel 10 Pro/XL using the same Wild Life Extreme test and got 3,254 points at 19.49fps. Calculating from this, today's 2,653 points is 601 points, or 18.5%, lower, with fps also falling short by roughly 18.5%. Compared to the same outlet's measurement of the Pixel 9 Pro XL at 2,483 points and 14.86fps, today's score is 170 points, or 6.8%, higher, with fps also 6.9% higher. Since the timing of measurement and the units themselves differ across generations, this is not a direct head-to-head comparison under identical conditions. Nor does it definitively establish that the Pixel 11 Pro is slower than the Pixel 10 Pro/XL.
| Wild Life Extreme | Score | Avg fps | Difference from today's 2,653 points |
|---|---|---|---|
| Pixel 11 Pro display unit | 2,653 | 15.89 | Baseline |
| Pixel 10 Pro/XL (Android Central measurement) | 3,254 | 19.49 | 601 points, 18.5% higher |
| Pixel 9 Pro XL (Android Central measurement) | 2,483 | 14.86 | 170 points, 6.8% lower |
| Galaxy S24 (Exynos 2400, UL median from user submissions) | 3,564 | 21 | 911 points, 25.6% higher |
UL Solutions' page for the Galaxy S24 (Exynos 2400) lists a median of 3,564 points and 21fps from user submissions. The 2,653-point result is 911 points, or 25.6%, lower than this. The result screen also indicates the score exceeds 4% of Galaxy S24 user submissions, but that figure is a median aggregated from numerous user submissions. Since it differs statistically in nature from a single display-unit result, it should be treated only as a rough gauge of market positioning.
Wild Life Extreme Measures Short-Duration GPU Performance
Wild Life Extreme is a GPU benchmark that uses Vulkan 1.1 on Android and renders at 4K UHD. The standard short-duration test leans toward capturing performance at moments of peak load. Because it uses Vulkan directly, the ANGLE translation layer that causes issues in other OpenGL-based benchmarks is not a factor explaining today's score.
Within the same 3DMark suite, the Stress Test runs 20 loops to measure how well performance holds up during sustained load and how thermal management responds. What was published today is a screen from the standard test, not the frame-rate retention rate after 20 loops. Understanding the gaming experience once a device heats up requires sustained-performance measurement, not just a single standard-test score.
What can be directly stated from this result is only that, under the displayed conditions, the GPU's Vulkan rendering achieved 15.89fps and 2,653 points. It says nothing about CPU, TPU, or modem performance. Camera image quality and video encoding are also outside its scope, as are battery life and on-device AI. Nor can it be compared on the same scale as Google's published use-case-specific figures, such as "web browsing 25% faster than the Tensor G5 generation," "app launch 15% faster," and "TPU compute up 50%."
A Single Display Unit Shown Charging Cannot Yield a Conclusion
For performance comparisons, UL Solutions recommends measuring in the same location and room temperature, keeping the device away from heat sources, applying updates, and closing other programs. Its more rigorous procedure calls for waiting two minutes after rebooting, terminating background programs, waiting 15 minutes, and then repeating the test three or more times. It states that under managed conditions with a stable system, typical accuracy is better than 3%.
The gap between the 2,653-point result and the Pixel 10 Pro/XL's 3,254 points is 18.5%—far larger than the roughly 3% variance expected under managed conditions. If this gap were to reproduce across multiple measurements under the same conditions on retail units, it would give reason to consider whether Tensor G6's GPU has regressed from the G5 generation or whether optimization is insufficient. However, today's measurement does not satisfy that premise.
The status bar in the result screen shows the device charging, but it's unclear whether it remained connected throughout the entire benchmark run. The display unit's software, room temperature, starting temperature at the time of measurement, background processes, and how much it had been used before the test are all unknown. Store display units are handled continuously by visitors. Given the poster's own account of the device feeling hot, it cannot be said that conditions were in place to draw out the device's full performance.
What Pixel 11 Pro Buyers Should Weigh Separately
For readers considering the 256GB/12GB Pixel 11 Pro model for gaming purposes, this result is hard to overlook. Since Google has not published an official GPU figure, the direct information available before launch remains limited. If a number 18.5% lower than the Pixel 10 Pro/XL's actual measurement persists in retail units, expectations that this generational update would boost headroom for 3D gaming would need to be reconsidered.
However, users who don't game have no reason to reject the purchase based solely on the 2,653-point figure. The use-case-specific improvements Google presented for Tensor G6 concern web browsing, app launch, and on-device AI combining TPU with Gemini Nano. A low GPU score cannot be used to conclude that photo processing is slow, AI is inferior, or the UI feels heavy. Each of these involves dedicated circuits and separate software pathways.
When making comparisons, the performance requirements for gaming should also be considered separately. Wild Life Extreme reflects short-duration, peak-leaning GPU performance. For non-ray-tracing loads using newer gaming technology, Steel Nomad Light is more relevant, and for actual playability, per-title fps and frame time data are needed. Separating benchmark rankings from the actual gaming experience is essential before committing ¥174,800 to the 256GB/12GB model.
After August 20, Reproducibility Should Come First
The Pixel 11 Pro is scheduled for release in Japan on August 20. Once retail units are available, the same device should first be rebooted, with wait times and room temperature standardized and unnecessary programs closed, then Wild Life Extreme should be run three or more times. Only by calculating an average or mode can one judge whether the 2,653-point figure is an outlier or representative of a genuine trend for the device.
Following that, sustained performance after heating should be measured with the 20-loop Stress Test, and fps and frame time from Steel Nomad Light and actual games should be compared side by side. With no official GPU figure from Google, it is more reliable to wait for multiple results reproduced under identical conditions than to place undue weight on a single short-duration score. Whether that gap persists after August 20 will be the first benchmark for judging the Pixel 11 Pro's gaming performance.