Google’s new generation chip Tensor G3 was recently exposed on the Geekbench benchmark website. The test was completed on the Google Pixel 8a mobile phone
According to the test data, This chip is a product developed by Google based on Samsung's latest 4-nanometer process. It is equipped with a 2.91GHz ultra-large core Cortex X3, as well as 4 2.37GHz Cortex A715 large cores and 4 1.7GHz Cortex A510 small cores. It is also equipped with Mali G715 GPU. In terms of running performance, Tensor G3 achieved a score of 1218 in the single-core test and 3175 in the multi-core test. This performance surpasses the previous generation of Qualcomm Snapdragon 870 processor
According to the editor’s understanding, it is comparable to mobile phones equipped with Qualcomm Snapdragon 7 Gen2 Compared with Google's Tensor G3, the single-core performance of the down-clocked version is close to the former, but it is slightly inferior in multi-core performance. The score of Snapdragon 7 Gen2 in the multi-core test exceeded 3800, which is much higher than Tensor G3. It is worth noting that Google also plans to launch a full-blooded version of Tensor G3, whose CPU frequency will reach 3GHz. This chip will be installed on Google Pixel 8 and Pixel 8 Pro mobile phones for the first time, and is expected to be officially unveiled in October
The exposure of Google’s new generation chip Tensor G3 has caused the industry to question its performance hot discussion. As a company famous for its software, Google has also shown increasing strength in the hardware field in recent years. I believe that with the release of Tensor G3, Google will show a more eye-catching performance in the mobile device market. However, the specific performance and actual usage experience still need to be evaluated and verified after the official release
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