How much better is Kirin 830 than Kirin 820?

The improvements of Kirin 830 over 820 include process technology, CPU performance, GPU performance, AI performance and other functions. Detailed introduction: Improved process technology, Kirin 830 uses more advanced process technology compared to Kirin 820. Kirin 830 uses a 7-nanometer process, while Kirin 820 uses a 10-nanometer process. More advanced process technology means the transistor density of Kirin 830 Higher and lower power consumption, thus providing better performance and power consumption efficiency; 2. Improved CPU performance, Kirin 830 in terms of CPU performance and so on.

Kirin 830 and Kirin 820 are two processor chips from Huawei. They have certain differences in performance and functions. The following will introduce in detail the improvements and improvements of Kirin 830 compared to Kirin 820.

1. Process technology improvement:

Kirin 830 uses more advanced process technology than Kirin 820. Kirin 830 uses a 7nm process, while Kirin 820 uses a 10nm process. More advanced process technology means the Kirin 830 has higher transistor density and lower power consumption, thus providing better performance and power efficiency.

2. CPU performance improvement:

Kirin 830 has improved CPU performance compared to Kirin 820. Kirin 830 adopts a higher-performance core architecture and higher clock speed. It may have more high-performance cores, providing better multi-threaded performance and single-threaded performance. This means that Kirin 830 will perform better when handling complex calculations, multitasking, and applications that require high performance.

3. GPU performance improvement:

Kirin 830 has also improved its GPU performance compared to Kirin 820. It may use a higher-performance graphics processing unit (GPU) to provide better graphics rendering and gaming performance. This will result in a better experience for users of graphics-intensive applications, HD gaming, virtual reality, etc.

4. AI performance improvement:

Kirin 830 has also improved its AI (artificial intelligence) performance compared to Kirin 820. It may use a more powerful AI processing unit (NPU) to provide higher AI computing capabilities. This will have better performance and effects for users who support AI-related applications, image recognition, speech recognition, and natural language processing.

5. Other functional improvements:

Kirin 830 may also have some improvements and improvements in other aspects compared to Kirin 820. For example, faster memory interfaces, higher camera processing capabilities, faster wireless network connection speeds, etc. These improvements provide a better user experience and higher overall performance.

It should be noted that the improvements and enhancements mentioned above are based on assumptions and guesses, because the specific specifications and performance of Kirin 830 have not yet been announced. Actual performance differences may vary depending on specific implementation and application scenarios. The most accurate comparison should be based on official specifications and performance data after the Kirin 830 is released.

In summary, Kirin 830 may have improvements in process technology, CPU performance, GPU performance, AI performance and other functions compared to Kirin 820. These improvements provide better performance, power efficiency and user experience. For users who pursue high performance and advanced technology, the Kirin 830 may be a better choice.

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