Huawei has announced a next-generation semiconductor process technology named "He's Law" to advance electronic device density [1].

This development signals China's intent to achieve technological self-reliance as U.S. export controls restrict its access to advanced chipmaking equipment. By introducing a new framework for semiconductor scaling, Huawei seeks to bypass the limitations imposed by international trade restrictions.

The announcement, reported from Beijing, positions "He's Law" as a successor or alternative to the industry-standard Moore's Law [1]. For decades, the semiconductor industry has operated under the principle that the number of transistors on a chip doubles approximately every two years [1].

Gordon Moore, the co-founder of Intel who formulated the original law, said that making components smaller improves speed, increases reliability, and lowers costs [1]. Huawei's new approach aims to maintain this trajectory of increasing transistor density despite the lack of access to the most advanced global fabrication tools.

The move is described as a strategic response to the paradox of semiconductor controls. While the U.S. intends to slow China's military and technological progress, these restrictions have accelerated the drive for domestic innovation within Chinese firms [1].

Huawei has not released the full technical specifications of the process, but the company said that this new law will allow it to continue scaling electronic components. The effort focuses on overcoming the physical and economic barriers that have recently begun to slow the pace of traditional semiconductor advancement [1].

"The number of elements in a semiconductor doubles every two years."

The introduction of 'He's Law' represents a symbolic and technical attempt by China to decouple its semiconductor roadmap from Western standards. If Huawei can successfully implement a new scaling law, it would reduce the effectiveness of U.S. export controls by proving that domestic alternatives can match or exceed the performance of restricted global technologies.