3/13/2023 0 Comments Google tensor geekbenchThis appears to be a recent Geekbench listing for the Tensor SoC, so future Google Pixel 6 owners may have to put up with considerably weaker multi-core performance when compared to Snapdragon 888 and Exynos 2100 smartphones (-25% behind the Qualcomm chip). However, the single-core score was once again impressive, with 1,027 points being sufficient enough to head the Geekbench chart (although that is based on the averages of many tests) and would position the Tensor SoC strongly against the Snapdragon 888 and Exynos 2100 in our numerous tests (see table below based on median results). The multi-core score came out as 2,706 points, which would not put the Google Tensor chip at the head of either Geekbench’s chart or in our comparison with the Snapdragon 888 and Exynos 2100. The Pixel 6 in this particular listing had 8 GB RAM, features a Mali-G78 GPU, and it has a Tensor SoC with a 4+2+2 cluster arrangement consisting of 4x cores GHz, 2x cores GHz, and 2x cores GHz. The scores produced are actually very similar to those managed by a tested Google Pixel 6 Pro we reported about last month. The listing seems to have disappeared from the Geekbench database now, so have a pinch of salt to hand. Google Pixel ARM Charts Smartphone AndroidĪ Geekbench 5 record for the Google Pixel 6 with Tensor chip has been shared by MySmartPrice. Multi-core performance was distant from rivals but the Tensor’s single-core performance has it rubbing shoulders with smartphone chip luminaries such as the Snapdragon 888 and Exynos 2100. Google Tensor can hold up well against the Qualcomm Snapdragon 888 and Samsung Exynos 2100 in single-core performance.Īn apparent Geekbench 5 run for the Google Pixel 6 smartphone has been discovered, revealing the performance of the custom Tensor chip. which, simply put, doesn’t make any sense.Tensor SoC in Google Pixel 6 approaches Snapdragon 888 and Exynos 2100 performance level in Geekbench 5 run By including not one, but two Cortex-X1 performance cores, Tensor could theoretically allow it to outclass even the best chips from Qualcomm and Samsung, on paper, if not for the second half of the rumor, which is that Google is also using two older Cortex-A76 cores. Which makes for a very strange version of a triple cluster design. Tensor, on the other hand, is said to offer two Cortex-X1 cores, two Cortex-A76 cores, and the usual four Cortex-55 cores. So, the top smartphones of 2021 tend to offer a triple-cluster design: the Snapdragon 888 uses partially customized versions of a single Cortex-X1, three Cortex-A78, and four Cortex-A55 cores, while Samsung’s Exynos 2100 uses a similar configuration. But last year, Arm added a new, even more powerful performance option for chip makers to use: the Cortex-X1. Arm-based designs tend to mix those together in big.LITTLE configurations, to allow for devices that can ramp up performance by using the more powerful “big” cores for intensive things like gaming, while running less demanding tasks (like checking your email) on the “little” efficiency cores to prolong battery life.ĪRM’s Cortex-A78 CPU and Mali-G78 GPU will power 2021’s best Android phonesĪ typical Arm-based design might include four performance cores (like the Cortex-A78) and four efficiency cores (like the Cortex-A55). When we’re looking at most smartphone SoCs, there are generally two main parts: performance CPU cores and efficiency CPU cores. ![]() If you’ve been keeping up with major flagship smartphone chips, that’s a very weird list to see, one that mixes together powerful new cores with weaker old ones. The report claims that the CPU setup on the Tensor will consist of two Cortex-X1 performance cores clocked at 2.802GHz, two Cortex-A76 performance cores clocked at 2.253GHz, and four Cortex-A55 efficiency cores. An earlier XDA report notes that the Pixel 6 will likely use an off-the-shelf Arm Mali-A78 GPU design (which Samsung uses on its flagship Exynos 2100), while Reuters reports that Google will be sourcing its 5G modem from Samsung.īut the CPU still remained a mystery, until today, when XDA published a report based on both a Geekbench score and a source who claims to have an actual Pixel 6 Pro. Some aspects of the Tensor’s components have already come to light. ![]() Google’s Tensor chip is only the first step toward truly great Pixel phones This is the Pixel 6
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