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Huawei says its upcoming Kirin 2026 SoC, due in phones this autumn, will be the first practical implementation of “logic folding” — a multi-layer circuit layout approach the company positions as a successor to Moore’s Law. Executives claim the method lets designers build performance by folding circuits vertically rather than relying solely on transistor scaling, and expect progressive adoption across devices, chips and systems over the next decade. Technical details and measurable benchmarks remain undisclosed, but the move signals Huawei’s strategic pivot toward novel packaging and architecture techniques to sustain performance growth amid foundry limits.
Huawei's push into logic folding signals a shift from transistor scaling to vertical circuit layout, affecting chip architects, system designers and foundry strategies. Understanding this move helps tech professionals anticipate changes in packaging, thermal design and performance roadmaps.
Dossier last updated: 2026-05-25 03:58:47
【华为全新麒麟手机芯片 官宣今年秋季面世：首次采用逻辑折叠技术，性能大幅提升】
Nikkei Asia : At an IEEE conference, Huawei proposed a new chip scaling law and said it aims to design chips with transistor density equivalent to 1.4nm by 2031 — TAIPEI — Huawei Technologies on Monday said it has found a new way to design chips to bring its semiconductor capabilities close …
Huawei teased its upcoming Kirin 2026 smartphone chip at ISCAS 2026, revealing the new SoC will use LogicFolding technology to boost transistor density by 53.5% to 238 MTr/mm², improve P-core energy efficiency by 41%, and raise peak frequency by 12.7% to about 3.1 GHz. Huawei executive He Tingbo positioned the chip as arriving this autumn and following a roadmap (τ law) that targets further increases to 400+ MTr/mm² and a 5.0 GHz peak by 2031. The announcement signals significant architectural gains for Huawei’s HiSilicon unit as it pursues higher performance and efficiency amid efforts to reestablish its smartphone chip competitiveness.
〖 华为将在今年秋季发布全新麒麟手机芯片，完整采用逻辑折叠技术 〗
At ISCAS 2026 Huawei board member and semiconductor head He Tingbo said the upcoming Kirin 2026 smartphone SoC will be the first successful implementation of "logic folding" technology, promising large performance gains. Huawei frames this shift as moving beyond Moore’s Law—its new "Tao (τ) law" treats circuit layout like building upward (folding layers) rather than just shrinking transistors. He said Huawei will pursue broader and multi-layer folding across devices, circuits, chips and systems over the next decade. Huawei has not disclosed technical specifics or benchmarks; the Mate 90 series is expected to debut the chip this autumn.