Huawei hisilicon's Kirin 9000 processor is only equivalent to Apple's A14. This is only in terms of performance, Kirin 9000 and Apple A14 are TSMC generation processing chips, which belong to the 5nm process. Of course, what is said here is the Kirin 9000 5G SoC chip, which is more integrated, including 5G baseband, NPU, etc., so its number of transistors reached 15.3 billion transistors, while AppleFruit A14 is only 11.8 billion.
Huawei Kirin 9000 chip, using a 5nm process, the number of internal transistors reached 15.3 billion, with 8 core cpus. Apple's A14 bionic chip, which uses a 5nm process, has 11.8 billion transistors. Apple's A14 Bionic chip, with a frequency of 99GHz, uses a six-core design, two high-performance cores and four energy-efficient cores. Huawei Kirin 9000 chip, using 5nm process, the number of internal transistors reached 15.3 billion.
Well-known digital blogger mobile chip master shared in the morningThe latest Revelations revealed that a 5-nanometer process mobile phone chip that integrates the world's first 5G Modem, the Kirin 9000 series, will exceed the size of the Apple A14, and the size is even larger than the Apple A14 that does not integrate the modem chip. Huawei is expected to have at least eight million of these chips in stock by the end of the year.
The Kirin 9000 is equivalent to the Apple a14 processor. On the Huawei Mate40Pro phone equipped with the Linlin 9000 integrated ic, the Antutu running score is also more than 58 points, and the iPhone equipped with the iPhoneA14 integrated icThe 12Pro rabbit run score is also more than 55 points, and the rabbit run score between the two can be said to be particularly close.
The biggest improvement point of Kirin 9000 lies in the GPU part, which is fully upgraded to Mali-G78 GPU MP24, not only the architecture is upgraded, the number of cores is up to 24, and the performance is greatly improved. In addition, the NPU of Kirin 9000 has been upgraded to a combination of "two large and small", and the AI computing power continues to maintain an advantage compared to competitive products. Interestingly, the more low-end Kirin 9000E processor is better than its own brother in all aspects of performanceA good '> Qualcomm Snapdragon 888 and Kirin 9000 which good
Multi-core effect Kirin 9000 good, single-core Snapdragon 888 good. From the point of view of running points, Kirin 9000 single-core 1021 points, multi-core 3757 points, while Snapdragon 888 single-core 1135 points, multi-core 3681 points, it can be seen that the multi-core effect of Kirin 9000 is better, but single-core is not as good as Snapdragon 888. Kirin 9000 is better.
Conclusion: Both Kirin 9000 and Snapdragon 888 are top mobile processing platforms, each with its own technical highlights and application scenarios. If you're looking for extreme performanceAnd the full support of 5G technology, Snapdragon 888 May be better; If you value power control and Huawei's customized experience, the Kirin 9000 is the way to go. Both are the core driving force of current flagship phones, allowing users to make the best decisions based on their needs and brand preferences.
Snapdragon 888 is better. Snapdragon 888 is an echelon of Kirin 9000 and A13, and the gap between Kirin 985 and this echelon is also separated by a Kirin 990 and Snapdragon 865, which is obviously not a grade, and the running score of Kirin 985 is higher than that of Snapdragon 780G, 778G, and daysGuet 900, guet 820 is worse. However, Kirin 985 is more stable, stability is the common feature of Kirin chip, Snapdragon 888 is hot.
Different architecture: in terms of CPU architecture, the architecture of Snapdragon 888 is better, which is the strongest CPU architecture at present, but in terms of CPU frequency, it is better than Kirin 9000. In terms of GPU: Snapdragon 888 is equipped with Adreno 660 GPU, supporting 144fps games, and Kirin 9000 is a 24-core Mali G78 GPU, which improves the GPU to the maximum extent of architecture support.
Tianguet 9300 good. Core configuration and performance: The Guet 9300 is equipped with a new chip architecture, with a core configuration of eight cores, consisting of four Cortex-X4 cores with a maximum frequency of 25GHz and four Cortex-A720 cores with a maximum frequency of 0GHz. This full-core design enables the Tianguet 9300 to improve peak CPU performance by 40% compared to the previous generation, while saving power by 33%%.
Guet 9000 is better. The Teguet 9000 adopts TSMC's 4 nm process, Armv9 architecture, and "1 3 4 3 cluster flagship architecture, with a super-large core of 1×ArmCortex-X2 and a frequency of 05 GHZ to improve performance; The large core of the 3×ArmCortex-A710 has a frequency of 85 GHZ, which is efficient for heavy duty applications and multi-tasking. The energy efficiency core is 4×ArmCortex-A510 with a frequency of 8 GHZ, which can handle lightweight tasks with low power consumption.
The third: Tianji 9300 processor according toPreviously disclosed news, the Tianguet 9300 adopts Arm's latest flagship GPU Immortalis-G720, which has significantly improved in performance and energy efficiency compared to the Tianguet 9200. And in terms of CPU, Mediatek has confirmed that the 9300 adopts a large core design, and the eight cores are composed of four X4 super cores and four A720 large cores, which are the latest design of Arm.
Tianguet series as a Mediatek impact high-end chip, performance is still good, although the power consumption slightly pull the hip, but now there are power consumption of the Snapdragon 888 and Kirin 9000 in the front, and not bigQuestion. The Guet 900 is designed with an eight-core CPU architecture, including two Arm Cortex-A78 cores with a primary frequency of 4GHz and six Arm Cortex-A55 energy efficient cores with a primary frequency of 0GHz.