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内部看美国Published at May 27, 2026 at 06:30 PM17:50
华为"韬定律"比1.4nm更重要 thumbnail

华为"韬定律"比1.4nm更重要

9 days agoActive window
4nm
Published time
May 27, 2026 at 06:30 PM
Duration
17:50
Video type
Science & Technology
Channel region
United States
Publish Timing Insight
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Monetization Insight
High RPM
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Views
64.9K
Likes
3.3K
Comments
780
Estimated Daily Revenue
-
Estimated Total Revenue
$62.27 - $363.25
RPM Range
$0.96 - $5.6
1D Views Gain
0
7D Views Gain
0
1D Likes Gain
0
7D Likes Gain
0
1D Comments Gain
0
7D Comments Gain
0
Velocity Score
0%
Topic Cluster
4nm
Video Description
5月25日,华为何庭波在IEEE ISCAS 2026发表主题演讲,同日在ChinaXiv发布署名论文《A Time Scaling Theory for Multi-Layer Electronic Systems》,正式提出"韬(τ)定律"——以"时间缩微"替代"几何缩微",作为后摩尔时代半导体演进的新指导原则。 这期视频用最简单的大白话,把论文的核心概念讲清楚:τ是什么、LogicFolding怎么验证的、Unified Bus/Hi-ONE/3D Folding三件事在AI数据中心怎么协同、论文自己列出的五个开放挑战是什么。然后说为什么这比一次芯片工艺突破更重要——这是一次全栈重构的尝试,是和动IPv4一样难的事。 论文中有一句话:"competitive performance no longer requires perpetual residence on the leading edge of lithography." 我们就以这句话为起点,聊聊韬定律对"被封锁"这件事意味着什么,以及为什么中国有可能因祸得福。 数据来源: 何庭波, "A Time Scaling Theory for Multi-Layer Electronic Systems", ChinaXiv, 2026-05-25 华为官方新闻稿, huawei.com, 2026-05-25 EE Times, 观察者网, 通信产业报等多家媒体交叉核实
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