Huawei Just Killed Moore’s Law – Silicon Valley’s Nightmare Begins

Añadido: 2026-05-30

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[00:00:07]Two days ago, the global semiconductor industry reached a significant turning point.

[00:00:14]At the international circuits and systems symposium in Shanghai, Huawei unexpectedly unveiled a brand new Moors law directly overturning decades old rules in the global chip industry and causing sleepless nights throughout Silicon Valley. Many finally understood that the six-year escalating US chip blockade had essentially become a dead letter, a global joke.

[00:00:43]Huawei didn't fight tooth and nail in the western defined arena. Instead, it adopted a completely new approach, personally ending the era of Moors laws dominance.

[00:00:56]Even Bernstein analyst Chinuan Lynn couldn't help but write, "This is another deepseek moment.

[00:01:04]For the past few decades, the logic of the global chip race has been particularly simple and intensely competitive.

[00:01:13]Whoever could make transistors smaller and use more advanced EUV lithography machines would control the chip market.

[00:01:22]From 3 nanome to 2 nanome, the manufacturing process became increasingly advanced, but the drawbacks also became increasingly apparent.

[00:01:33]Not only have R&D and manufacturing costs skyrocketed, but traditional planer miniaturization technology has also hit a physical ceiling, offering negligible performance improvements, and the industry has long been stuck in a growth stalemate.

[00:01:52]The US sanctions have precisely blocked this only track, attempting to completely lock down China's development space for high-end chips by monopolizing high-end lithography machines and design software.

[00:02:08]Everyone thought that without advanced processes, domestic chips would forever be relegated to a passive follower.

[00:02:16]But Huawei in six years has provided a completely different answer.

[00:02:23]The core logic of Huawei's strategy is very easy to understand.

[00:02:28]Abandon geometric miniaturaturization and focus on temporal miniaturaturization.

[00:02:35]Previously, the industry competed on how small the chip could be, drastically compressing transistor dimensions. Now, Huawei competes on how fast the signal can travel, breaking through performance limits, not through extreme processes, but through architecture and system optimization.

[00:02:55]To put it simply, traditional chips are like a straight flat road. To increase speed, the road surface must be made narrower and more refined, which is extremely difficult and costly.

[00:03:10]Huawei's DAO law is like building overpasses, tunnels, and optimizing traffic efficiency on the existing road surface.

[00:03:21]Through a three-dimensional layout, signals can be transmitted in a straight line without detours.

[00:03:29]The core of this logic is Huawei's logic folding black technology.

[00:03:34]It vertically stacks circuit units, significantly shortening the signal transmission path.

[00:03:42]Real world test data is impressive.

[00:03:45]Under the same process conditions, transistor density is increased by 53.5%, chip clock speed by 13% and energy efficiency by 41%.

[00:03:59]Simply put, with a mature 7 nanome process, it can achieve performance comparable to advanced 3 nanometers processes.

[00:04:10]Most impressively, this isn't just theory on paper, but a mature practical achievement.

[00:04:17]During the six years of the most severe sanctions, Huawei relied on the DAO law system to achieve mass production of 381 chips.

[00:04:29]The return of Karine chips and the continued shipment of Ascend AI chips are both strongly supported by this technology shift.

[00:04:39]More than just a breakthrough in the present, Huawei has already announced long-term plans.

[00:04:47]By 2031, relying on its continuously iterating DAO law system, mature process chips can achieve an equivalent ultra high density of 1.4 nanome.

[00:05:02]It's worth noting that TSMC's 1.4 nanometer process won't be in mass production until 2028 at the earliest.

[00:05:13]Huawei has directly compressed the time gap in process technology to the extreme.

[00:05:20]The true significance of this breakthrough goes far beyond chip performance itself.

[00:05:26]In the past, the global semiconductor industry was a capital game, a competition of who could spend the most money on the most expensive equipment and the most advanced processes.

[00:05:41]The West firmly controlled the industry rules through equipment monopolies.

[00:05:47]Huawei's DAO law, however, has directly changed the game, transforming chip competition from an equipment competition to an intellectual competition of architectural design and hardware software synergy, perfectly aligning with China's vast pool of engineers.

[00:06:08]More importantly, this technological system is completely open, which is why Huawei disdains playing the blockade and monopoly card.

[00:06:20]It welcomes global companies to cooperate and build upon it.

[00:06:26]Huawei's grand vision stems from its six years of mass production experience and massive patent barriers forming a deep technological moat that makes it difficult for overseas manufacturers to quickly catch up even if they want to imitate it.

[00:06:45]Looking back at this six-year technological game, the US's initial intention was to stifle the upgrading of China's semiconductor industry. But the result was the opposite.

[00:06:59]The extreme blockade did not defeat Huawei. Instead, it forced China to break free from the industry rules set by the west, giving rise to a new technological system capable of leading the posts law era. The taroist principle is derived from the concept of keeping a low profile. But today's Chinese semiconductor industry no longer needs to hide its strength.

[00:07:29]The era of being able to hold people back with a mere ban has completely ended.

[00:07:36]The old era of Moors law has come to a close and a new era of shrinking time has officially begun.

[00:07:45]The future global chip landscape will no longer be defined unilaterally by the West. China's new semiconductor script has only just begun.