Richard Yu says Huawei intends to put its LogicFolding chips in more smartphones. The architecture debuted in the Mate XT 2, and the announcement suggests Huawei sees it as more than a one-device experiment. But Yu did not name the next phones to get the technology or say when they might arrive.
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What Huawei has confirmed — and what it hasn’t
Huawei has said LogicFolding will feature in more of its phones, but there is no confirmed list of upcoming models or launch schedule. Nor has the company said the technology will soon reach mid-range devices. “More phones” is a direction, not a commitment to a particular price segment.
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The technology has already appeared beyond the original foldable. The Kirin 9050 Pro, first used in the Mate XT 2, also powers the Mate 90 RS Ultimate Design and Mate 90 Pro Max Premium Edition. The standard Mate 90 Pro Max reportedly uses the slightly less powerful Kirin 9050, which also features LogicFolding. So far, its use is associated with selected premium models.
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Chip supply remains part of the picture
Huawei is seeking to strengthen its presence in overseas markets, while reports describe limits on China’s access to advanced semiconductor manufacturing capacity.
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That context does not amount to a confirmed plan to expand production capacity for domestic and international customers. The available reporting does not show Yu making such a commitment or explain how chips would be allocated across markets or phone models.
Which Kirin 9050 Pro components Huawei says it designed
Reports on Yu’s remarks attribute several key parts of the Kirin 9050 Pro to Huawei’s own design work: the Balong modem, image signal processor (ISP), mobile security processor (MSP), Lingxi CPU, Maleoon GPU and a neural processing unit (NPU) based on Huawei’s Da Vinci architecture.
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That is Huawei’s account as reported, rather than an independent inspection of every component. The distinction matters when assessing what was designed in-house and how that design translates into real-world performance.
How LogicFolding works
LogicFolding rearranges parts of a circuit into vertically stacked layers connected by dense interconnects. By placing functionally related components closer together, the design aims to shorten some signal paths and reduce delay, rather than relying only on shrinking transistors.
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Huawei presents the approach as part of its Tau (τ) Scaling Law. The layout explains the design goal; by itself, it does not establish a particular performance or power-efficiency gain in every use case.
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The 31% performance figure is Huawei’s claim
In material covering the Mate 90 series launch, Huawei says overall device performance is 31% higher than in the previous generation. The reports present this as the company’s claim; they do not include an independent benchmark or enough detail about the test method and comparison baseline to verify it.
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Likewise, claims about energy efficiency describe what the architecture is intended to achieve, not an independently confirmed result across all chip workloads. The information available does not show how much power use improves in everyday use.
What is known about the roadmap
Pandaily reports targets of a 5.0 GHz frequency and more than 400 million transistors per square millimetre by 2031. The available information is not enough to establish that these figures are a formal, binding Huawei forecast or part of what Yu said at the roundtable.
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The clearest takeaway is more modest: Huawei wants to use LogicFolding in more phones, but has not said how widely or how soon. The technical claims and long-term targets are worth watching, but more detail will be needed to assess them independently.