The Kirin 9000 processor chip of Huawei mobile phone is a chip independently developed by China's Huawei.
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The Kirin 9000 processor uses TSMC's 5nm process and integrates more than 15.3 billion transistors. The CPU uses a 3.13ghz a77 core, three 2.54ghz a77 midcore, and four 2.04ghz A55 small core, which exceeds the 3.1ghz CPU of the snapdragon 865 plus processor. The GPU uses the 24-core mali-g78 GPU, which has more than half the number of cores of the Kirin 990 processor mali-g76, with a 60% performance increase and a 25% performance increase compared to the mali-g77. If the same process is used, it can also improve energy efficiency by 15%, 10% and machine learning performance by 15%.
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Kirin 9000 processor runs
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In the geekbench platform test, the Kirin 9000 processor will be powered by the Huawei mate 40 pro. In the multicore CPU test, the performance mode score was 3704. If performance mode is not enabled, the score is 3275. The iPhone 11 Pro Max with an A13 processor scored 3,053, while the zenfon 7 Pro with a snapdragon 865 plus processor scored 3,302.
Of China. Kirin 9000 chip is a chip owned by Huawei, which is developed by Huawei Hisilicon and manufactured by TSMC. It is a domestic mobile terminal processor chip in the true sense. The Kirin 9000 chip is a mobile phone Soc based on the 5nm process released by Huawei. It is built based on the 5nm process and integrates up to 15.3 billion transistors, including a 3.13GHz A77 large core, three 2.54GHz A77 medium cores, and four 2.04GHz A55 small cores.
The CPU core is British ARM, the GPU is also, the baseband is Huawei, and the final system integration is Huawei, which should be China.