The Mate 70 series and Mate X6 foldable phone are equipped with the new Kirin 9020 chipset. This latest 3nm SoC from Huawei is stirring excitement in the technology sector. Acting as the successor to the Kirin 9000 series, the Kirin 9020 is said to offer major enhancements in processing speed, energy efficiency, and artificial intelligence features. While there is a lack of official information, the tech community has gathered insights into this advanced chip through various teardowns, benchmarks, and leaks.
Kirin Chip Features
The Kirin 9020 features a 12-core CPU setup, which is different from the conventional 8-core model. It likely consists of:
- 2 high-performance cores running at 2.5 GHz, probably utilizing Huawei’s own Taishan architecture.
- 6 mid-performance cores clocked at 2.15 GHz, also possibly based on Taishan.
- 4 energy-saving cores operating at 1.6 GHz, likely ARM Cortex-A510s.
This distinctive design, along with hyperthreading capabilities, enables outstanding multitasking and performance.
Graphics and Performance
The Kirin 9020’s graphical strength comes from the Maleoon 920 GPU, which is an in-house production that operates at speeds of up to 840MHz. This marks a considerable upgrade from the Maleoon 910 found in the Kirin 9010. Although information regarding the architecture and core count is still unclear, initial reports suggest a noteworthy advancement in graphics performance.
Improved Efficiency and Performance
Although there are few solid benchmarks available, Huawei’s internal testing shows an impressive 40 percent increase in overall performance when compared to the Kirin 9010. This advancement can be linked to the upgraded CPU and GPU, in addition to improvements in power management. Interestingly, the Kirin 9020 is reportedly more power-efficient than its predecessor, the Kirin 9000s. Tests indicate a 20% decrease in power usage, which is achieved through better architectural designs and a more efficient manufacturing process.
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