Huawei has outlined a new approach to chip design that could help it maintain competitiveness in mobile processors despite ongoing US technology restrictions. The company’s semiconductor division president He Tingbo presented the strategy at a major industry conference, positioning it as a way to achieve breakthrough performance without relying on traditional manufacturing methods.
The announcement comes as Huawei faces continued limitations on accessing advanced chipmaking equipment, forcing the company to develop alternative approaches to stay competitive in the smartphone market. This new methodology represents a significant shift in how the company thinks about semiconductor development and could influence the broader industry’s approach to chip design.
Speaking at the 2026 IEEE International Symposium on Circuits and Systems in China, He Tingbo detailed the company’s new Tau Scaling law. This approach replaces traditional geometric scaling with time scaling as the guiding principle for semiconductor evolution. The methodology aims to improve transistor density and system performance through what Huawei calls its LogicFolding chip design architecture.
The upcoming generation of Kirin chips will be the first to implement this new approach. He explained that the design “is built on a brand-new free logic design concept, expanding from a single-layer to a double-layer architecture.” This architecture promises improved transistor density and power efficiency compared to previous generations.
Huawei’s roadmap extends well into the next decade. The company plans to evolve from local critical-path folding to full-scale and multi-layer folding between now and 2035. He stated that during this period, “the transistor density will rise, operating frequency will surge and we keep delivering mobile chips to the market.”
The executive emphasized that Huawei’s “solution is feasible and affordable,” claiming the performance of chips using this methodology can “fully compete” with those developed through conventional approaches. This assertion is particularly significant given the company’s current limitations in accessing state-of-the-art manufacturing equipment.
US restrictions have prevented Huawei from sourcing various pieces of advanced chipmaking equipment, forcing the company to develop workarounds and focus heavily on internal research and development. These limitations have pushed Huawei to think creatively about chip design, potentially leading to innovations that could benefit the broader semiconductor industry.
The LogicFolding architecture represents more than just a technical solution to manufacturing constraints. It signals Huawei’s commitment to remaining competitive in the high-end smartphone market, where processor performance directly impacts user experience and market positioning.
This development also highlights the ongoing technological competition between China and the West. As restrictions continue to limit Chinese companies’ access to cutting-edge Western technology, firms like Huawei are investing heavily in alternative approaches that could eventually challenge established industry practices.
The success of Huawei’s new chip design philosophy will likely be measured not just by technical specifications, but by how well the resulting processors perform in real-world applications. The company’s ability to deliver on its performance promises while working within current restrictions could reshape industry perceptions about alternative approaches to semiconductor development.