Why is Kirin 950 called a generation of gods?

Because Kirin 950 is an important milestone for Huawei’s mobile phone chips. Kirin 950 adopts the industry-leading 16nm FinFET plus process, the new 4*A72 4*A53 big.LITTLE architecture, the new MaliT880 graphics processor, and integrates GPU, ISP, Modem, DSP and other components; its Antutu score exceeded 8 10,000 points, compared to the current score of Samsung 7420 which is around 60,000 points.

#The operating environment of this tutorial: EMUI 8 system, HONOR V30 mobile phone.

On the morning of November 5, 2015, Huawei officially released the Kirin 950. This SOC integrates GPU, ISP, Modem, DSP and other components. It adopts TSMC 16nm process and A72 architecture, and is equipped with Mali-T880 MP4 GPU.

Why is Kirin 950 called a generation of gods?

Because Kirin 950 is another important milestone for Huawei’s mobile phone chips. Kirin family mobile phone SoC chip - Kirin 950. Kirin 950 adopts the industry-leading 16nm FinFET plus process, new 4*A72 4*A53 big.LITTLE architecture, and new MaliT880 graphics processor. The Kirin 950's AnTuTu score exceeded 80,000 points, compared to the Samsung 7420's current score of around 60,000 points.

1. The frequency of the Kirin 950 A72 core is 2.3GHz, which is 200MHz higher than the Exynos 7420 A57 core, about 10%.

2. The dual-threaded concurrent read and write bandwidth of Kirin 950 NEON instruction test reaches 38GB/s, the maximum bandwidth of Exynos 7420 is only 23GB/s, and the Snapdragon 810 is only 19GB/s.

3. When the Kirin 950 has four A72 cores, the power consumption is only 3.7W, which is much lower than the Exynos 7420 which is close to 5.5W. Compared with the 3.3W of the Kirin 925 A53 core, the improvement is limited.

4. Kirin 950 is excellent. The core energy consumption ratio of A72 and A53 is very high, especially the highest point is twice that of Exynos 7420. It not only shows the excellence of A72, but also proves the 16nm FinFET process. success.

5. Kirin 950 also has a built-in i5 co-processor module, using a MCU and DSP hybrid architecture to process long-running sensors, such as GPS, pedometer, etc. In addition, it also adds support for speech recognition, MP3 and other functions, so that these functions do not need to be called to the CPU, thereby saving energy consumption.

6. The Kirin 950 architecture is 4*A72 4*A53. Thanks to the 16nm finfet plus process, its operating frequency (A72) is as high as 2.3GHz, and the GPU is Mali T880mp4.

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