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Apple iPhone 14 Pro series A16 bionic chip running score re-exposed: multi-core performance, as high as 5455 points

2025-02-14 Update From: SLTechnology News&Howtos shulou NAV: SLTechnology News&Howtos > IT Information >

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Thanks to CTOnews.com netizen RTCs for the clue delivery! CTOnews.com September 9 news, yesterday Apple iPhone 14 Pro and Pro Max carrying the latest A16 bionic chip Geekbench score exposure, although the single core results are still invincible, but multi-core results are not satisfactory, compared with A15 did not improve, but this result does not seem to be its normal level.

Previous running points

Today, the Geekbench score of the A16 bionic chip is released. This time, the multi-core score has been greatly improved, reaching 5455 points, while the single-core score has not changed much, to 1887 points.

The latest running points

A15 running points

As a comparison, the running scores of Snapdragon 8 + and Tianji 9000 + are as follows, which shows that the A16 bionic chip is significantly ahead of its Android competitors in both single-core and multi-core scores.

CTOnews.com learned that, according to Apple's official introduction, the A16 bionic chip, a 6-core CPU consisting of two high-performance cores and four energy-efficient cores, can increase the speed to up to 40%. With an accelerated 5-core image processor, the memory bandwidth is increased by as much as 50%, which is ideal for running graphics-intensive games and App, while the new 16-core neural network engine has a processing capacity of up to 17 trillion operations per second. The chip provides higher performance with extremely low power consumption, resulting in round-the-clock battery life.

However, the GPU and nerve engine core of the A16 Bionic are exactly the same as last year's A15 Bionic, thanks to the improvement of TSMC's N4 (third-generation 5nm, about 6% density increase) process, resulting in the realization of "nearly 16 billion transistors" in CPU, slightly higher than the A15 in 15 billion, and there should be an increase in power consumption.

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