Huawei says it wants its manufacturing process to reach the equivalent of TSMC’s upcoming 1.4nm node by 2031, a bold claim from a company still cut off from the most advanced lithography tools by U.S. sanctions. At the IEEE ISCAS 2026 conference in Shanghai, the company also unveiled ”LogicFolding Design,” a new architecture it says will raise transistor density and energy efficiency, with future Kirin mobile processors set to be the first commercial chips to use it.
The Huawei chipmaking target is clear: if the company cannot buy its way into the cutting edge, it will try to engineer around it. That is easier said than done in semiconductors, where the gap between ambition and production-ready silicon is usually filled with broken prototypes, burnt cash, and a lot of quiet optimism.
LogicFolding Design will debut in Kirin chips
Huawei did not publish a full technical roadmap for LogicFolding, but the company says the design is meant to pack more transistors into the same space while improving power efficiency. If that sounds familiar, it is because every chipmaker on the planet is chasing the same two goals; the difference is that Huawei has to do more of it under sanctions and with fewer outside options.
The company’s next-generation Kirin processors will be the first commercial products to ship with the new architecture. That gives Huawei an obvious showcase, but also a test case: consumer chips are where grand manufacturing claims eventually meet battery life, heat, and real users who do not care about conference slides.
Huawei’s EUV options are narrowing
With ASML effectively off limits under U.S. restrictions, Huawei may lean on EUV equipment being developed in China by SiCarrier, a company trying to become a domestic alternative to the Dutch giant. Reports have also pointed to SiCarrier seeking $2.8 billion in funding in the first half of 2025, though Huawei’s role in that round has not been confirmed.
- Target: lithography equivalent to TSMC’s 1.4nm process
- Target year: 2031
- New architecture: LogicFolding Design
- First products: next-generation Kirin mobile processors
Huawei is not the only company trying to squeeze more performance out of less advanced tooling, but it is one of the few attempting to do so at this scale while locked out of the usual supply chain. The more interesting question now is whether the company can turn a headline target into repeatable manufacturing, or whether 2031 becomes one more date semiconductor engineers politely ignore until the yield numbers show up.