Where does the 5nm Kirin 9000s chip come from?
The 5nm Kirin 9000s chip is independently developed and designed by Huawei and commissioned to be manufactured by Taiwan Semiconductor Manufacturing Company (TSMC). Specific supply chain and manufacturing details may need to refer to relevant business reports or official announcements.
The 5nm Kirin 9000s chip is independently developed and designed by Huawei and entrusted to Taiwan Semiconductor Manufacturing Company (TSMC) for OEM production.
The Kirin 9000s chip is a high-performance processor chip launched by Huawei. It may be independently designed and produced by HiSilicon Semiconductor Company, a subsidiary of Huawei. Specific supply chain and manufacturing details may need to refer to relevant business reports or official announcements. It is recommended that you check reliable news sources or contact Huawei for more accurate information.
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The 5nm Kirin 9000s chip is independently developed and designed by Huawei and commissioned to be manufactured by Taiwan Semiconductor Manufacturing Company (TSMC). Specific supply chain and manufacturing details may need to refer to relevant business reports or official announcements.

According to news on March 4, according to various sources, Huawei is very likely to hold a press conference in March to launch the Huawei P70 series of flagship mobile phones. At present, the P70 mobile phone case has been exposed, which is consistent with the previously reported appearance renderings, and the back shape is basically confirmed. Its biggest highlight is the rear camera Deco layout, which adopts a unique triangular design and is the most recognizable in the industry. According to reports, the P70 main camera will use the domestic Haowei OV50H sensor, which is the same as the rear main camera of Xiaomi 14, iQOO 12 and Meizu 21 PRO. It has 50 million pixels, the sensor size is 1/1.3 inches, the single pixel size is 1.2μm, supports four-in-one pixel technology, can achieve 12.5 million pixel video and preview, and supports 4K120

9000s is a 7-nanometer process technology. 7-nanometer process technology is one of the most advanced process technologies on the market. It has higher integration and lower power consumption. By using 7-nanometer process technology, Huawei Kirin 9000 series chips can Providing higher performance and lower energy consumption, it should be noted that the naming of the process technology does not entirely represent the precise value of the transistor size, but refers to the minimum size of the transistor being around 7 nanometers.

According to news on January 25, Huawei’s flagship tablet MatePad Pro 13.2 released in September last year is equipped with the Kirin 9000S processor. It has recently begun to enter overseas markets. Unexpectedly, it has changed the core and it is the Kirin 9000W that has never been seen before. MatePad Pro 13.2 has successively entered markets such as Malaysia, Indonesia, and Saudi Arabia. The processors in the official specification sheet are marked as Kirin 9000W. Unfortunately, Huawei did not give any specific specifications, only saying that it has eight cores. Compared with the Kirin 9000S version, the 4G network function was lost after replacing it with the Kirin 9000W. It seems that the Kirin 9000W may have blocked the baseband due to the Kirin 9000S. Kirin 9000 currently has as many as six different versions

According to news from Digital Chat Station, Huawei is developing new HiSilicon Kirin chips, including 8xx series and 9xx series. The latter uses SMIC's more mature N+2 process. However, new mobile phones released this year may not be able to be applied to the above-mentioned new platforms. After the Huawei Mate60Pro series mobile phones are equipped with Kirin 9000S chips, they have attracted various parties to dismantle and test them. According to the laboratory analysis conclusion released by the authoritative third-party information platform TechInsights: Huawei's Kirin 9000S chip is manufactured using SMIC's 7nm-level N+2 process. According to the corresponding information on this site, the electron microscope scanning results show that the Kirin 9000S has approximately 98 particles per square millimeter. Thousands of transistors, the density is between TSMC N7P and N6. On September 5, CCTV’s “

Huawei's Kirin 9000s chip belongs to the mid-to-high-end level and is commonly used in high-end smartphones and tablets. Its performance and power consumption are excellent, equivalent to high-end mobile phone chips. Compared with other processors, Kirin 9000s may have performance advantages, energy-saving advantages, integration advantages, and customization advantages. Specific comparisons need to be judged based on product and technical specifications.

The performance comparison between Kirin 9000s and Snapdragon processors depends on specific specifications and test data and cannot be directly compared because they come from different manufacturers and have different architectures and designs. The Kirin 9000s developed by Huawei uses Huawei's own architecture, while the Snapdragon processor manufactured by Qualcomm uses Qualcomm's architecture.

5nm chip means a chip with a transistor width of 5nm. 5nm refers to the width of the transistor (also called line width). There are a lot of transistors in the chip, and the width of each transistor will be expressed in terms of 5nm or 7nm. The smaller the width, the more transistors the same area of the chip will carry, which means the more advanced the technology. .