There are four 5nm mobile phone chips on the market: A14, Kirin 9000 (including Kirin 9000E), Snapdragon 888, Exynos1080, who is strong and weak in the performance of these chips, let's see.
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1. Apple A14
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The A13 chip used in the iPhone11 series is already powerful enough. So although the performance of the A14 chip is only a squeeze, it is enough to once again lead the various 5G chips equipped with Android phones.
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On GeekBench, the A14 has a single-core score of around 1583 and a multi-core score of 4198. The Antutu score of the iPhone12 series is still not high, and the highest iPhone12 Pro Max is only 630,000, which is about 100,000 points higher than the iPhone11. Because IOS and Android are not the same platform, the running score calculation method is completely different, so the running score of Apple A series chip is not much reference value.
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From the GeekBench performance test, A14 can still come out on top, and continue to maintain No.1 in the performance ranking of 5G chips, even if it is Snapdragon 888, it can not shake the status of A14.
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Models: iPhone12mini, iPhone12, iPhone12 Pro, iPhone12 Pro Max
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2. Qualcomm Snapdragon 888
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The Snapdragon 888 is based on TSMC's 5nm process technology, with a 1 34 4 CPU architecture, a 2.84GHz Cortex-X1 super core, 3 2.4GHz A78 medium core and 4 1.8GHz A55 small core, and an Adreno 660 GPU. Compared with the previous generation of Snapdragon 865, the Snapdragon 888's overall CPU performance has been improved by 25%, and the GPU performance has been improved by 35%.
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According to Qualcomm's official Snapdragon 888 score, Geekbench single-core score of 1135 points, multi-core score of 3794 points. With this result, it can be ranked second after the A14, which is also in line with the consistent ranking of Apple and Qualcomm's latest flagship chips.
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Models: Mi 11, Mi 11 Pro (released on December 28)
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3. Huawei hisilicon Kirin 9000
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The Kirin 9000 is based on TSMC's 5nm process and integrates 15.3 billion transistors, which is 30% more than Apple's A14. The CPU architecture is 13 4, one A77 large core (3.13GHz), three A77 medium core (2.54GHz), four A55 small core (2.04GHz), and the GPU is a 24-core Mali-G78.
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The Kirin 9000's Geekbench runs score 1003 points for single-core and 3640 points for multi-core. Although it still lags behind the Snapdragon 888's 1135 points and 3794 points, the gap has been gradually narrowing.
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Kirin 9000's Antutu run is divided into 690,000, the previous generation of Kirin 990 5G is up to 490,000, up to 200,000 differences, it is not too much to say that the explosion level is improved. Unfortunately, affected by the United States sanctions, Kirin 9000 chip has become the \"swan song\
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Kirin 9000 has another version Kirin 9000E, CPU and Kirin 9000 the same, in the GPU and NPU slightly shrunk, the overall performance and Kirin 9000 difference is not big, not to be discussed here.
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Models: Mate40, Mate40 Pro, Mate40 Pro, Mate40 RS Porsche Design
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4. Samsung Exynos1080
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The Exynos 1080 chip, jointly developed by Samsung and vivo, is based on Samsung's 5nm process, which reduces power consumption by 30% and improves performance by 14% compared to Samsung's previous generation 8nm process.
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Samsung Exynos 1080 is the first chip in the industry to adopt Cortex-A78 CPU architecture, 1, 3, 4 core CPU architecture, GPU Mali-G78, the overall performance compared to the previous generation of products increased by more than 25%.
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The Exynos 1080's Geekbench single-core and multicore scores of 888 and 3,244, respectively, surpass the Snapdragon 865. This is obviously the bottom of the heap.
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Models: vivo X60, vivo X60 Pro (December 29