How many nanometers is Kirin 9000s?

Kirin 9000S uses TSMC’s 5nm process and is Huawei’s flagship mobile chip. The advantages of this process include: smaller size, reducing device thickness and weight; lower power consumption, reducing chip power consumption; higher performance, enhancing the overall performance of the chip.

Kirin 9000S uses 5 nanometer process

Kirin 9000S is a flagship mobile chip developed by Huawei and uses TSMC Manufactured using the 5 nanometer (5nm) process. Compared with the previous generation Kirin 9000, the 5nm process has higher transistor density, lower power consumption and stronger performance.

Advantages of Kirin 9000S:

• ##Smaller size: 5 nanometer process reduces the chip area, thereby reducing the equipment cost Thickness and weight.
• Lower power consumption: 5 nanometer process reduces the leakage current of transistors, thereby reducing the power consumption of the chip.
• Higher Performance: 5 nanometer process increases the switching speed of transistors, thus enhancing the overall performance of the chip.

Kirin 9000S integrates 16 Cortex-A77 CPU cores, of which 1 is a high-performance core, 3 are medium-performance cores, and 4 are low-performance cores. In addition, it integrates a 24-core Mali-G78 GPU and supports LPDDR5 memory and UFS 3.1 flash memory.

Kirin 9000S is widely used in Huawei’s high-end smartphones, such as Huawei Mate 40 series and Huawei P50 series. Its excellent performance and low power consumption provide users with a smooth and powerful mobile phone experience.

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