Android

The Tensor G2 will not jump much in terms of CPU

There are a few weeks left until the Google presentation on October 6, where, among other things, the Pixel 7s will be presented, including the new Tensor G2-with. Google’s second-generation SoC inside a Pixel 7 Pro has already faced a Geekbench performance test, and the results have revealed a few details about the system chip. The CPU architecture remains the same, still using two Cortex-X1 cores, two Cortex-A76 cores and four low-power Cortex-A55 cores for power saving, just like last year. At the same time, the X1 performance cores and the A76 cores can show a clock speed increase of 50-50 MHz (thus reaching a maximum performance of 2.85 GHz and 2.35 GHz) according to the synthetic test, the multi-threaded and a 10 percent improvement in performance can be achieved by switching to 4 nanometer production technology.

The result of the Google Pixel 7 Pro with 12 GB of RAM on Geekbench. (source: Twitter) [+]

It is also clear from the Geekbench results that the GPU was replaced by Google, the Tensor G2 uses the same Mali-G710 as the MediaTek Dimensity 9000 top chip. According to ARM’s official information, the performance and energy efficiency of the Mali-G710 improves by 20 percent compared to the Mali-G78 when examining the same tasks. But Google can achieve an even bigger leap in terms of graphics performance by switching nodes.

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Tensor G2 score and CPU build according to Geekbench.Tensor G2 score and CPU build according to Geekbench. Tensor G2 score and CPU build according to Geekbench. (source: Twitter) [+]

Regarding the Tensor G2, previous rumors also spoke about 4 nanometer manufacturing technology and four low-performance Cortex-A55 cores, and leaked information also mentioned the Exynos 5300 modem in the chip.

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