First place: Kirin 9905G
Kirin 990 5G SoC integration, 865 is 5G plug-in. The 7nm EUV of Kirin 990.5g is ahead of that of 865. Moreover, the performance of the A76 magic change of Kirin 990 5G has been improved in an all-round way, and it is a well-deserved performance monster. Although the performance of A77 is 20% higher than that of A76, the corresponding power consumption has also increased. Just look at the measured data when the mobile phone comes out. The performance of Kirin 990 5G is equivalent to that of 865, but it has an energy efficiency ratio that the other party can't match.
Second place: Kirin 990
In the test of AnandTech, AnandTech people think that the power consumption of Kirin 990 processor is very good, which is the lowest on the market at present. The performance of Kirin 990 processor is slightly better than that of Snapdragon 855 processor released by Qualcomm last year. In addition, AnandTech also pointed out that the energy consumption performance of Kirin 990 processor is better than that of Samsung S 10+.
Third place: Kirin 980
This time Kirin 980 adopts 7nm manufacturing technology, which not only improves the performance obviously, but also provides much more space for the design of future mobile phones.
Fourth place: Kirin 820
Kirin 820 5G is manufactured based on TSMC's first generation 7nm process (N7), which is consistent with Kirin 8 10. Its CPU consists of 1 A76 core (2.36Ghz)+3 A76 cores (2.22Ghz)+4 A55 cores (1.84Ghz). The performance of official publicity is 27% higher than that of Kirin 8 10.
Fifth place: Kirin 8 10
Kirin 8 10 chip, 7nm process technology, CPU uses two A76 cores (2.27GHz)+ six A55 cores (1.88 GHz); GPU is equipped with ARM Mali-G52 graphics processor. Kirin 8 10 adopts the Da Vinci architecture NPU developed by Huawei, and its AI performance is unparalleled. According to the official AI running score data, AI performance not only exceeds Snapdragon 855, but also exceeds Kirin 980.
Sixth place: Kirin 970
Huawei Kirin 970 integrated NPU adopts HiAI mobile computing architecture for the first time, and AI performance density is far superior to CPU and GPU. Compared with the four Cortex-A73 cores, Kirin 970' s new heterogeneous computing architecture has about 50 times energy efficiency and 25 times performance advantage when dealing with the same AI application tasks. This means that Kirin 970 chip can complete AI computing tasks with higher energy efficiency ratio.
Seventh place: Kirin 960
Kirin 960 supports 2 * 32-bit LPDDR4( 1866MHz) memory, ufs 2. 1 flash memory specification, and supports network transmission of cat 12.
Eighth place: Kirin 7 10
Kirin 7 10 adopts an 8-core design, including four A73 cores and four A53 cores. Little hybrid architecture, the highest frequency is 2.2GHz, which is about 70% higher than that of Kirin 659. At the same time, Kirin 7 10 is equipped with a quad-core Mali-G5 1 graphics processor. Officials claim that the performance has also been greatly improved, saving more electricity.
Ninth place: Kirin 955
In Kirin 955, big. Small eight nuclear asynchronous architecture is adopted, including four A72 high-performance large cores with a main frequency of 2.5GHz, which can be overclocked to 2.8GHz, and Kirin 955 plus four A53 low-power coprocessors with a main frequency of1.8 GHz; In addition, a low power consumption i5 chip is provided.
Tenth place: Kirin 950
The core frequency of Kirin 950 A72 is 2.3GHz, which is 200MHz higher than that of Exynos 7420 A57, about 10%. Kirin 950 NEON instruction tests that the bandwidth of dual-thread concurrent reading and writing reaches 38GB/s, the highest bandwidth of Exynos 7420 is only 23GB/s, and that of Snapdragon 8 10 is only19 GB/s.