A15 Bionic GPU faces performance limitation in new benchmark leak, but easily outperforms Exynos 2200 and A14 Bionic

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A15 Bionic GPU faces performance limitation in new benchmark leak, but easily outperforms Exynos 2200 and A14 Bionic

The A14 Bionic GPU hits an impressive performance threshold, but Apple could look to surpass it significantly with the launch of the A15 Bionic, as the chipset is expected to debut alongside the launch of the iPhone 13. According to a new benchmark leak. , the next SoC beats all competition but encounters a bit of performance limitation along the way.

The A15 Bionic GPU also beats the Exynos 2200 AMD mRDNA GPU, which scores the same graphics score as the A14 Bionic.

The A15 Bionic GPU may be a 6-core setup like the A14 Bionic, but a Manhattan 3.1 benchmark run using GFXBench reveals that it outperforms the competition by achieving an average frame rate of 198FPS for the first round. Unfortunately, the GPU encounters some limitation as the chip’s performance drops during the second benchmark run, where the average frame rate achieved is 140-150FPS.

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These results are to be expected, as phone makers often prevent silicon parts from reaching their full potential to keep temperatures under control. From the results, it appears Apple is following the same approach. While it’s disappointing to see the A15 Bionic GPU take a performance hit, it’s worth noting that these results are way ahead of what the A14 Bionic GPU can achieve.

Running the same Manhattan 3.1 benchmark, the peak performance of the A14 Bionic and Exynos 2200 graphics processors allows both chipsets to achieve an average frame rate of 170.7 FPS. Compared to the A14 Bionic GPU, Apple’s next chipset is 13.7% faster in this particular test. Keep in mind that results vary from application to application, but even with the same number of GPU cores as the A14 Bionic, the A15 Bionic guarantees higher performance.

We still have to consider what this means for the power efficiency aspect of the A15 Bionic, but given that Apple is expected to use TSMC’s advanced N5P architecture, it should consume less battery than the standard 5 node. nm. Ahead of the official iPhone 13 unveiling, we may run into more benchmark leaks like this, so as always, stay tuned.

News source: Client



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