A new Google Pixel 11 Pro XL Geekbench listing has surfaced, revealing a Tensor G6 and offering a clearer look at the performance Google could deliver with its next flagship.
The listing identifies the device as the Google Pixel 11 Pro XL and shows a Geekbench 7.0 CPU score of 2,112 points in single-core and 5,196 points in multi-core. It also reports Android 17, 16GB of physical memory, and a seven-core Google Tensor G6 processor.
Pixel 11 Pro XL Geekbench scores reveal a seven-core Tensor G6
According to the leaked Geekbench result, the Pixel 11 Pro XL uses a processor identified as Google Tensor G6. The CPU is configured with seven cores:
- 2 cores at 2.65GHz
- 4 cores at 3.38GHz
- 1 core at 4.11GHz
- Base frequency of 2.65GHz
The motherboard is listed as “kodiak,” while the CPU identifier points to ARM’s newer architecture. Previous Tensor G6 leaks have also pointed to a 1+4+2 configuration using Arm C1-series cores, including a 4.11GHz C1-Ultra core.
The benchmark result reports 15.29GB of memory, which corresponds to a device with 16GB of RAM once the operating system’s reserved memory is accounted for.
The scores are the interesting part.
Tensor G6 is already approaching Tensor G5 territory
The Pixel 10 Pro XL currently has a broad range of Geekbench 6 results. Recent Geekbench Browser entries show Tensor G5 scores around 2,200–2,300 in single-core and roughly 5,900–6,100 in multi-core, although individual runs vary significantly.
Comparing those numbers directly with the Pixel 11 Pro XL leak would be misleading, since the new listing uses Geekbench 7.0, while the Pixel 10 Pro XL results use Geekbench 6.7.1.
Still, the new result is notable because an earlier Tensor G6 prototype reportedly produced just 845 single-core and 2,657 multi-core points. That device was also limited to around 2GHz during testing, well below the rumored 4.11GHz peak frequency. (Source)
The newer listing, therefore, looks much closer to what would be expected from properly clocked Tensor G6 silicon.
What the Tensor G6 results mean for real-world performance
The 4.11GHz peak frequency and new ARM CPU cores could give the Pixel 11 Pro XL a meaningful boost in CPU-heavy workloads. App launches, web browsing, photo processing, and other short-duration tasks are likely to benefit more from the single-core improvements than from the seven-core configuration itself.
Google’s Tensor chips have traditionally prioritized AI processing and Google’s software features over raw benchmark leadership. That strategy does not appear to be changing completely with Tensor G6, but the CPU architecture suggests Google is addressing one of Tensor’s weaker areas.
The Google Pixel 11 Pro XL is expected to launch with Android 17, and current leaks place it among Google’s highest-end 2026 phones. The next question is whether retail hardware can sustain these clocks without excessive heat or throttling.
If these Geekbench 7 results come from hardware close to the final Pixel 11 Pro XL, Google’s Tensor G6 may finally be narrowing the CPU gap with competing flagship silicon. The bigger test will be sustained performance, GPU results, and battery efficiency once independent retail units become available.
