Huawei Technologies is leaning harder on its homegrown chip architecture and operating system with the launch of its Mate 90 smartphone series, as the Chinese technology giant tries to sustain its premium handset comeback while U.S. restrictions continue to constrain access to advanced semiconductors.
The new Mate 90 series, unveiled Thursday, represents another test of Huawei’s ability to improve smartphone performance without unrestricted access to the world’s most advanced chipmaking equipment. The company is responding by redesigning the architecture of its processors, increasing reliance on domestic semiconductor capacity and expanding its Android-free HarmonyOS ecosystem.
Huawei consumer business chief Richard Yu said the company continues to face significant constraints in obtaining advanced chips, underscoring the extent to which semiconductor manufacturing capacity remains a bottleneck for China’s technology industry.
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“Advanced semiconductor capacity remains very limited in China, and Huawei’s Ascend AI chips also draw on that same capacity,” Yu said ahead of the launch.
“The capacity for smartphone chips remains tight, even though rising smartphone prices have curbed shipment volumes (for handsets).”
The Mate 90 succeeds the Mate 80, which Huawei launched in November 2025. The premium models, including the Mate 90 Pro Max, use Huawei’s Kirin 9050 Pro system-on-chip, built using a technique the company calls “LogicFolding.”
Rather than arranging chip wiring predominantly in a conventional two-dimensional layout, LogicFolding restructures parts of the design in three dimensions. Huawei says the approach allows greater density and faster processing, although it requires more wafers to manufacture each chip.
That trade-off shows the increasingly unconventional path Huawei is taking to improve computing performance under U.S. technology restrictions. When access to leading-edge manufacturing tools is constrained, performance gains can come not only from smaller process nodes but also from architecture, packaging and design techniques that extract more capability from available manufacturing capacity.
Huawei has not disclosed the manufacturer of the Kirin 9050 Pro. Semiconductor Manufacturing International Corp., China’s largest logic chip foundry, is widely believed to manufacture the Kirin processors used in Huawei’s Mate smartphones as well as its Ascend AI processors.
The constraint is not limited to consumer electronics. Huawei rotating chairman Eric Xu said last month that production of the company’s Ascend 950 artificial intelligence processors was unable to meet domestic demand because of limited manufacturing capacity.
Yu said Chinese chipmakers still rely on deep ultraviolet, or DUV, lithography for advanced semiconductor production. He described extreme ultraviolet, or EUV, lithography as valuable while acknowledging that Chinese manufacturers are still working toward the technology.
Huawei plans to use more chips based on its LogicFolding architecture in future smartphones, Yu said.
That suggests the technology could become more than a one-generation workaround. If Huawei can repeatedly improve processor performance through architectural changes while domestic foundries gradually expand their manufacturing capabilities, the company could reduce some of the performance gap created by restrictions on advanced semiconductor equipment.
But the approach also highlights the limits of China’s current semiconductor ecosystem. A design innovation cannot by itself remove wafer shortages or manufacturing constraints. More complex architectures can increase the number of wafers required, potentially making each incremental improvement more expensive to produce.
Huawei is also using software to reduce its dependence on foreign technology.
The Mate 90 runs HarmonyOS 7, the company’s homegrown operating system that does not rely on Android. Huawei says the platform now supports more than 450,000 apps and services, an important milestone as it attempts to build an ecosystem capable of supporting premium smartphones independently of Google’s software infrastructure.
For Huawei, the software strategy is becoming as important as the processor. A competitive operating system can give the company greater control over the user experience and application ecosystem, while reducing exposure to restrictions affecting U.S. technology.
The challenge is monetizing that technological independence in a smartphone market where consumers remain sensitive to price.
The Mate 90 Pro Max with 16GB of memory and 512GB of storage starts at 9,999 yuan ($1,491), 2,000 yuan above the equivalent Mate 80 model when it launched. The standard Mate 90 starts at 5,999 yuan, while the Pro model starts at 6,999 yuan.
Huawei says its most expensive Mate 90 models deliver a 31% improvement in overall performance compared with the previous flagship generation.
The higher prices come as Chinese smartphone manufacturers face a broader increase in memory and component costs. Yu said higher memory prices have added an average of $200 to the cost of each handset, putting pressure on Huawei’s margins.
“We have to increase prices as well, yet at a slower pace,” Yu said.
The pricing environment is changing the structure of China’s smartphone market. Domestic smartphone shipments declined 7% year on year between January and August, according to IDC, while Huawei shipments increased 13%. At the same time, the average selling price of smartphones in China rose 11.3% in the second quarter to $543. Huawei’s average price declined 14.7% to $628, according to IDC.
That combination gives Huawei room to argue that its premium strategy is supported by demand, but it also leaves the company exposed to rising component costs and a consumer market that is no longer expanding rapidly.
Apple’s entry into foldable smartphones adds another test.
Apple launched its first foldable phone, the iPhone Duo, last month, entering a category in which Huawei has established a substantial position alongside Samsung and other Chinese manufacturers.
Yu welcomed the competition.
“I am very pleased to see the launch of a similar product by our peers,” he said.
Huawei claims about 75% of China’s foldable smartphone market. Yu said sales of the company’s Pura X Max foldable increased 76% week on week between September 10 and 13, immediately after Apple’s launch. The handset, which is similar in size to Apple’s foldable, has shipped more than 1.2 million units in China since its April release.
Therefore, Apple’s entry is expected to create competition for Huawei, but it may also expand the overall market for foldable devices. Counterpoint Research expects Apple to ship about 6 million iPhone Duo units in 2026, with China accounting for almost a quarter of that volume.
The bigger issue for Huawei is whether its technological lead in China’s foldable market can survive Apple’s entry while the company simultaneously deals with semiconductor shortages and higher component costs.
The Mate 90 launch ultimately represents more than another flagship refresh. It is believed that Huawei is attempting to build a self-contained technology stack spanning chip design, semiconductor manufacturing, operating systems, and applications.
That strategy has helped the company remain competitive under restrictions that were intended to limit China’s access to advanced computing technology. But it also exposes the cost of technological self-reliance. Domestic capacity remains scarce, advanced lithography is still a work in progress, and architectural innovations can require more manufacturing resources.