He Tingbo

He Tingbo, head of Huawei Technologies' semiconductor business, re-emerged after seven years in the public eye following U.S. restrictions on Huawei's access to advanced technology in 2019. Her return symbolizes Huawei's ongoing efforts to adapt to technological challenges.

Huawei Technologies claims to have developed a method to produce high-end semiconductors comparable to the best worldwide, bypassing US sanctions that restrict access to advanced chipmaking equipment. The company aims to achieve 1.4-nanometer chip production by 2031, as stated by He Tingbo, president of its semiconductor business, during a conference in Shanghai.

He Tingbo, Huawei's 'chip queen,' unveiled the Tau Scaling Law in Shanghai to advance chip development amid U.S. sanctions and industry challenges. The framework aims to help Huawei compete in semiconductors despite restricted access to advanced tools and shifting industry reliance on transistor miniaturization.

Huawei introduced the 'Tau Scaling Law' as a successor to Moore's Law at a 2026 IEEE conference, claiming it enables higher transistor density via signal propagation optimization and LogicFolding technology. However, industry analyst Manoj Sukumaran criticized the claims, arguing the advancements rely on packaging techniques rather than true transistor shrinking, unlike TSMC or Intel's 1.4nm processes.

Samsung memory workers averted a strike by agreeing to a profit-sharing plan offering potential six-figure bonuses. Huawei proposed a new semiconductor scaling law (τ Scaling Law) to replace Moore's Law, aiming for 1.4 nm-equivalent transistor density by 2031. Chinese telecoms China Telecom and Shanghai Telecom introduced mobile plans with AI token allowances.

Huawei has introduced a new scaling law and chip architecture, the Tau (τ) Scaling Law, aiming to achieve 1.4-nanometre process node performance without relying on advanced lithography tools. This development is part of Huawei's strategy to build a self-reliant semiconductor ecosystem.

Huawei has introduced a new scaling law and chip architecture, the Tau (τ) Scaling Law, designed to achieve 1.4-nanometre transistor performance without relying on advanced lithography tools. This development aims to bridge the gap with semiconductor leaders like TSMC and Samsung, advancing Huawei's self-reliant semiconductor ecosystem.