The latest Google Pixel 6 leak lifts the curtain on the power of the Tensor chip



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Following recent information leaks about the Google Pixel 6, the latest leak doubles the claims about the configuration of the Google Tensor chip.

XDA-Developers claim from a source that the next Tensor chip will feature a 2x2x4 configuration. This will likely consist of two Cortex-X1 “main” cores, two A76 cores, and four high-performance A55 cores.

This differs from other chips from Samsung and Qualcomm, such as the Snapdragon 888, which features a 1x3x4 design consisting of a single X1 core, three A78 cores, and the same high efficiency cores.

The Cortex-X1 debuted in 2020, claiming a huge performance improvement over previous “big” cores. This would suggest that the Pixel 6 and 6 Pro could give the best Android phones a challenge and is at least a little more than we expected from Google’s first internal chip. However, as XDA notes, including the older A76 chips instead of the newer A78 chips is confusing.

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Since the new A78 cores offer improved performance and take up less space, it would make sense for Google to use the newer cores instead. However, given the state of the global chip shortage, it’s possible that Google thought it was better to play it safe using the older cores while compensating for lower efficiency through AI. That said, it’s unclear exactly how Google plans to make the most of these older cores.

Nonetheless, this is an interesting case for Google’s first SoC on its next flagship phone. XDA notes that they still don’t have a full picture of the new chip, so we may have to wait and see how the device should perform closer to or after its full launch this fall.

Additional specs for the Tensor chip include support for aptX, aptX HD, and LDAC codecs, hardware-accelerated AV1 decoding, and a Mali-G78 GPU, also found in the Galaxy S21. Unfortunately, XDA did not find any support for video output.



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