The Kirin 9000 processor chip 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%.
Huawei's mobile phone chip Kirin 9000 is developed by Huawei itself. As the chip of Huawei's flagship mobile phone series, the Kirin 9000 uses an advanced 7nm manufacturing process and integrates powerful CPU, GPU and processing power. It uses three major cluster architectures, including very large core, large core and small core, to achieve a balance of high performance and low power consumption. The Kirin 9000 also supports 5G networks, with excellent communication speed and stability. By independently developing chips, Huawei not only improves mobile phone performance and user experience, but also reduces its dependence on external supply chains and improves the competitiveness of its products.