The newly minted owners of the new Pixel 6 and Pixel 6 Pro have begun to share the first details about the capabilities of the Tensor processor installed in them. During the presentation, Google itself compared it with the far from the most powerful Snapdragon 765G, which is why many did not have the best opinion about this chip. Apparently, this chipset will still be able to compete on equal terms with other flagships.
One of the users of the Reddit portal published the results of testing his Pixel 6 in the 3DMark benchmark, which determines the capabilities of the graphics subsystem. In the Wild Life test, the smartphone scored 6666 points with an average frame rate of 39.9 fps, and in Wild Life Extreme, it scored 2028 points with an average frame rate of 12.8 fps.
As shown below, the Snapdragon 888-powered Samsung Galaxy S21 Ultra scores 1,494 points at 8.9 fps in Wild Life Extreme, while the Exynos 2100 scores 1,793 points at 10.7 fps. HUAWEI Mate 40 Pro based on Kirin 9000 achieves 2004 points at 12 fps. Thus, the Pixel 6 outperformed all direct competitors in this test.
Google Tensor
In the 20-minute Wild Life Extreme Stress Test, the Pixel 6 scored 2129 and the worst 1193. The stability was only 56%. Thus, in almost 10 minutes, the maximum performance of the video accelerator as a result of throttling has almost halved.
According to available information, Google Tensor includes two high-performance Cortex-X1 cores, two powerful Cortex-A76 and four energy-efficient Cortex-55 cores. A 20-core video accelerator is responsible for the graphics in it. It is important to note that benchmark results do not always represent real-world performance in everyday tasks.
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