Kirin 9000E or Kirin 990 5G close, but the performance is more than the latter, that is, Kirin 9000E equivalent to the existence of Snapdragon 865plus processor, another Kirin 9000 is a real full blood version, performance and NPU performance are more than Kirin 9000E.
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2. Kirin 9000e several nm process
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It was learned from Huawei's press conference that the two processors are based on the advanced 5nm process. In addition, in terms of CPU, Kirin 9000E and Kirin 9000 are the same, both of which are eight-core designed cpus, including 1 3.13GHz A77, 3 2.54GHz A77, and 4 2.04GHz A55. Therefore, the comprehensive power consumption performance of the two processors has been greatly improved compared with the previous generation.
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In terms of GPU, the Kirin 9000E and Kirin 9000 have a relatively big difference. The Kirin 9000 GPU uses the 24-core design Mali-G78, while the Kirin 9000E uses the 22-core design Mali-G78, with two GPU cores cut off. In addition, there are also differences in NPU, among which Kirin 9000 is a 3-core design, including two large cores and one small core; The Kirin 9000E is a dual-core design, consisting of one core and one core. In contrast, the NPU of the Kirin 9000E has a large core cut off.
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Other aspects, such as Balong 5000 5G baseband, ISP 6.0, LPDDR5\/4X memory, etc., are the same. Therefore, from the point of view of paper parameters, compared with Kirin 9000, Kirin 9000E only cut off two GPU cores, cut off a large NPU core (expected to control power consumption), and there is no change in other aspects.
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3. Kirin 9000e run score
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According to the netizen @Li Ang Ang Ah's disclosure on Weibo, the Kirin 9000E's Antutu run score is 630,000, while the Kirin 9000's Antutu run score can reach 680,000, and the above results are based on the test results of 8GBl LPDDR5 memory and 128GB UFS3.0 flash memory. In addition, according to the netizen, the higher specification Kirin 9000 score will be higher in the future, and the final mass production version may increase by about 20,000 points.
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In contrast, the current Snapdragon 865 processor Antutu run score of about 620,000, which means that the performance of the Kirin 9000E has been comparable to the Snapdragon 865, and if the final version of the Kirin 9000 is confirmed to increase by 20,000 points, then up to 880,000 Antutu run score will let the Snapdragon 865 lag behind. It is worth noting that the Snapdragon 875, which is also a 5nm process, came out that the engineering machine an rabbit run score did not exceed the current strongest Snapdragon 865, only 16.9% more than the Snapdragon 865 engineering machine run score, it seems that Kirin 9000 even has the level of competition with the Snapdragon 875.
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Of course, the Snapdragon 875 processor is currently only the performance of the engineering machine, and the Kirin 9000 series of this exposure has yet to be confirmed in terms of authenticity. Before that, some netizens have exposed the running score of Geekbench 4 version of the Kirin 9000 processor, single-core and multi-core respectively reached about 4900 and 16500 points, and the Snapdragon 865 processor was also left behind, and even the multi-core performance exceeded the Apple A13 chip. So, if the current Revelations turn out to be true, then even compared to the Snapdragon 875 processor with the Cortex X1's oversized core, it may have arm-wrestling capabilities in some areas.
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As for the main specifications of the Kirin 9000 series, the current news is that the Kirin 9000E and Kirin 9000 are similar to the Snapdragon 865's 1, 3, 4 three-cluster architecture design, and the super-large core is Cortex A77. As the difference between the two chips, the Kirin 9000E is rumored to use a 7nm process, and the GPU part may be 14 or 16 cores of the Mali G77. While the Kirin 9000 is built with a 5nm process, the GPU part will be upgraded to the Mali G78, and if it is really crazy to pile material to the MP24, it may indeed have extraordinary performance.
Namely 1 cortex-a77 Super core 3 cortex-a77 core 4cortex-a55 Energy efficient core. The main frequencies were 3.13ghz, 2.54ghz and 2.05ghz respectively. The GPU uses the 22-core mali-g78.
The NPU uses a dual-core design, that is, one large core and one small core.