How is the performance of Kirin 985?

The performance of Kirin 985 includes: CPU performance: eight-core architecture, strong single-core/multi-core performance; GPU performance: Mali-G77 MP9, outstanding graphics rendering capabilities; NPU performance: dual-core NPU, strong AI processing capabilities; Other performance: 5G connection, excellent images, and good power consumption control.

Kirin 985 performance

Kirin 985 is a mobile phone chip independently developed by Huawei and released in 2020. Its performance is mainly reflected in the following aspects:

CPU performance

Kirin 985 adopts an eight-core CPU architecture, including 1 Cortex-A76 large core and 3 Cortex- A76 mid-core and 4 Cortex-A55 small cores. The main frequency of the large core is up to 2.58GHz, the main frequency of the medium core is 2.4GHz, and the main frequency of the small core is 1.84GHz. Thanks to its powerful CPU architecture, Kirin 985 performs well in both single-core and multi-core performance, and can run heavy-duty games smoothly and handle complex tasks.

GPU performance

Kirin 985 is equipped with Mali-G77 MP9 graphics processor with 9 cores. This GPU excels in graphics rendering, supporting high-resolution and high-frame-rate gaming experiences. In the 3DMark Wild Life test, the Kirin 985 achieved good results, indicating that its graphics processing capabilities are no less than other chips of the same level.

NPU performance

NPU (Neural Network Processor) is the core of artificial intelligence (AI) processing. Kirin 985 integrates a dual-core NPU, which has advantages in AI performance. It supports a variety of AI algorithms and frameworks and can quickly handle complex tasks such as image recognition and natural language processing. This gives Kirin 985 powerful AI processing capabilities, bringing a richer AI application experience to smartphones.

Other performance

In addition to the above main performance, Kirin 985 also has other advantages, including:

• 5G Connection:Supports 5G NSA and SA dual-mode to meet the needs of high-speed network connection.
• Imaging capabilities:Supports rear cameras up to 40 million pixels to provide an excellent photo experience.
• Power consumption control:Using advanced 7nm process, excellent power consumption control ensures long battery life.

Overall, as a mid-to-high-end mobile phone chip, Kirin 985 has balanced and excellent performance in CPU, GPU, NPU and other aspects. It can meet the needs of various usage scenarios such as daily use, gaming and entertainment, and AI applications, bringing users a smooth and stable smartphone experience.

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