Huawei’s Travails may Bring 5G Windfall for MediaTek
- Global 5G smartphone shipments will reach 170 million to 200 million units in 2020 while China will reach 100 million to 120 million units. The total volume will be more than double in 2021.
- MTK believes its share in the 5G SoC market in volume terms will be above 40% in China and more than 20% globally by the end of 2020.
- Major Chinese smartphone brands are shipping 5G smartphones equipped with MediaTek. There are also other competitive MTK models preparing to launch in 2020.
- Demand for MTK's 5G chips is expected to increase by 218.6% compared to the period before the announcement of US BIS ban.
- Assuming a 90% yield rate (7nm) and a GDPW (gross die per wafer) average of 645, this will account for 12.6% of TSMC's Q3 7nm production capacity.
Exhibit: Share of 5G chipsets in China, 2020
- Huawei (HiSilicon) will slowly lose its strengths in chip design because now it cannot work with TSMC to develop new processes.
- Due to the use of third-party chips, the overall cost of Huawei's premium smartphones will increase, reducing their attractiveness.
- In the next few years, the securing of TSMC's cutting-edge capacity will remain most critical for smartphone SoC. However, in future, Huawei will not be able to secure capacity directly with TSMC and will have to do so indirectly through its SoC suppliers.
- Like Apple, Huawei has used its in-house chip design company in the past to get the most out of its smartphones. However, in future, Huawei will have to put more effort into differentiating itself (like HMS) to outperform other smartphone OEMs that use MTK SoCs as well.
- Reliance on a single supplier will make Huawei's smartphone plans (such as production and roadmaps) more accessible to competitors. Huawei should source its APs from multiple suppliers to reduce the reliance and increase pricing power.
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Author
Brady Wang
Hi, I’m Brady Wang, a seasoned professional with over 20 years of experience in the high-tech industry, spanning semiconductor manufacturing, market intelligence, and strategic advisory roles. Currently, I serve as an analyst at Counterpoint Research, where I specialize in semiconductors with a focus on advanced applications such as automotive, server platforms, and cutting-edge process nodes. My core research centers on AI servers and their key components, including GPUs, custom accelerators, high-bandwidth memory (HBM), CPUs, and advanced packaging technologies. I also track the evolution of AI server architectures, interconnect technologies, and data center deployment trends. By combining deep technical knowledge with market insight, I help clients navigate the fast-changing AI infrastructure landscape and make strategic, data-driven decisions.