He, head of Huawei's secretive semiconductor business, reappeared after a 2019 hiatus. At a Shanghai symposium, she introduced the "Tau (τ) Scaling Law," which Huawei claims could reach 1.4nm transistor densities by 2031 without EUV lithography, challenging traditional scaling methods.
Huawei introduces Tau Scaling Law, prioritizing system speed over transistor size to circumvent US tech restrictions, potentially redefining China's tech advancement strategy.
Huawei presents Tau Scaling Law, a new framework for chip development, focusing on reducing delays across devices and systems as Moore's Law weakens and US sanctions restrict access to advanced chipmaking tools.
Huawei introduces Tau Scaling Law, aiming to achieve 1.4nm chip tech by 2031, potentially reducing US export control leverage as China gains self-sufficiency in semiconductors.
Huawei apresentou a "Lei de Escalonamento Tau", um novo princípio para aprimorar chips, visando o processo de 1,4 nm, que se aproxima da fronteira da fabricação avançada de chips até o fim da década.
Huawei has introduced a new Tau (τ) Scaling Law and LogicFolding architecture, aiming to achieve chip transistor density equivalent to 1.4nm processes by 2031. This move is a significant step towards China's self-reliant semiconductor ecosystem, with new Kirin chips set to adopt the technology later this year.
Huawei has been using a new scaling law, dubbed "Her's Law," to design and mass produce 381 chips over the past six years. The law replaces traditional geometric miniaturization with time scaling and enables the new LogicFolding architecture, boosting transistor density.
