Huawei Kirin 9020: A Deep Dive into the "Pride of China's Tech"

Huawei Kirin 9020: A Deep Dive into the "Pride of China's Tech"Huawei has achieved breakthroughs in key chip technologies. Future Kirin chips are projected to follow a K9020/9030/9040 iteration pattern, with the Kirin 9030 expected in next year's Huawei Mate80 series

Huawei Kirin 9020: A Deep Dive into the "Pride of China's Tech"

Mention Huawei phones, and the phrase "Pride of China's Tech" often comes to mind. Huawei's relentless pursuit of self-reliance has led to remarkable achievements in independently developing everything from operating systems to chips. These self-developed technologies not only boast superior performance but also serve as key selling points, driving significant growth in Huawei's market share. The release of the Huawei Mate70 series, featuring the Kirin 9020 processor, generated immense buzz, attracting the attention of industry experts eager to dissect its capabilities.

Recently, a blogger conducted a detailed teardown of the Kirin 9020, revealing a significantly increased chip thickness and numerous innovative technologies. Compared to the Kirin 9000S, the Kirin 9020's thickness has substantially increased, indicating a higher degree of integration. The specific dimensions are: Kirin 9020: 0.58mm thick, 14.3mm long, 16.3mm wide; Kirin 9000S: 0.42mm thick, 14.3mm long, 14.6mm wide. This clearly demonstrates the Kirin 9020's enhanced thickness, a direct result of its increased integration.

The Kirin 9020 not only supports 5G-A but also integrates a satellite communication module. These additions significantly enhance the performance of phones equipped with this processor. The teardown revealed that the Kirin 9020 integrates a CPU, NPU, GPU, storage, ISP, the world's first 5.5G baseband, a satellite communication module, and a Huawei self-developed power management unit, all utilizing 3D stacking technology. The achievement of such a high level of integration in a domestically produced chip is truly astounding a fitting moment to use the word "explosive."

Even more impressive, motherboard power-on tests showed the Kirin 9020's significantly shorter power-on time, even beating the Snapdragon 8 Gen 2 by one second. This indicates a major architectural change within the Kirin 9020, with a considerable degree of improvement. While specifics remain unclear, some leaked information has surfaced. Software detection reportedly shows a 12-thread CPU with clock speeds of 2 x 2.5GHz, 6 x 2.15GHz, and 4 x 1.6GHz; a Mali-G920 GPU clocked at 840MHz; and an industry-first 3GPP R18 5G-A SOC. Internal data also suggests a 50% average improvement in small-core energy efficiency, a 20% average improvement in medium-core energy efficiency, and a significant improvement in large-core high-frequency energy efficiency. Compared to the Kirin 9000S, the Kirin 9020 shows notable advancements in CPU performance and energy efficiency, heavy-load gaming performance, and NPU computing power and energy efficiency, all validating the performance gains attributed to its increased thickness.

Huawei has achieved breakthroughs in key chip technologies. Future Kirin chips are projected to follow a K9020/9030/9040 iteration pattern, with the Kirin 9030 expected in next year's Huawei Mate80 series. Currently, the Kirin 9020 demonstrates excellent performance and power consumption control. Furthermore, the HarmonyOS NEXT operating system will further enhance chip performance, providing users with a smoother experience. Future OS upgrades will unlock even more of the Kirin processor's potential, a definite boon for consumers.

Unfortunately, Huawei has yet to officially detail its Kirin chips, providing no detailed specifications for the Kirin 9000S, Kirin 9010, or Kirin 9020. This might be to protect component suppliers or avoid potential issues. However, this also creates information asymmetry for consumers, especially those considering a new phone, making informed purchase decisions difficult without detailed performance and power consumption data. We eagerly anticipate Huawei providing a comprehensive and proudly detailed presentation of its Kirin processors at future launch events.

The Kirin 9020 processor, integrating multiple innovative technologies, truly embodies the "Pride of China's Tech," and its exceptional performance is undeniable. What are your thoughts on the Kirin 9020? Share your opinions in the comments. We hope Huawei will continue to invest heavily in R&D, bringing consumers even better products. Huawei's achievements in self-developed chips have not only enhanced the competitiveness of domestic phones but also strengthened the overall strength of China's technology industry. We believe that in the near future, domestically produced chips will play a more significant role in the global market. This marks the rapid rise of China in integrated circuit design and manufacturing, injecting new vitality and reshaping the competitive landscape of the global technology industry. The success of the Kirin 9020 is a significant milestone in the development of domestically produced chips, symbolizing the continuous ascent of China's technological strength and charting the course for future development. We look forward to more excellent domestic chips like the Kirin 9020 emerging, contributing to the take-off of China's technology industry. This is not only Huawei's success but also the collective progress of China's technology industry. We also look forward to more innovations driving the continued advancement of China's technology industry. Huawei's efforts inspire more companies to engage in independent innovation, together building a stronger Chinese technology ecosystem. We have reason to believe that in future competition, Chinese technology companies will demonstrate greater strength and competitiveness, contributing more to global technological development. The success of the Kirin 9020 is merely a glimpse into the future of China's technological development; more groundbreaking advancements are eagerly anticipated.