TECH

Huawei's new ahip Architecture threatens Nvidia's empire

Huawei has just revealed its new trump cards for chip development in the coming years, and the news is not encouraging for Nvidia. The Chinese tech giant is investing heavily to dominate the artificial intelligence market in China, a crucial territory for hardware sales.

Since US sanctions cut off the company's access to cutting-edge technologies, many doubted its ability to recover. However, the manufacturer seems to have found an alternative path that promises to shake the foundations of the global semiconductor market.

By promising to abandon traditional industry rules, Huawei is preparing to close the technological gap that separates it from its main global rivals. If analysts' predictions are confirmed, US dominance in technology exports may be about to suffer a severe blow.

To circumvent restrictions and continue innovating, Huawei has announced that it will stop following the historic Moore's Law. Instead, the manufacturer will adopt the so-called Tau scaling law (τ), a completely different approach to the development of its semiconductors. It's a bold move, but one that demonstrates the company's determination not to stand still.

The star of this new strategy is the LogicFolding architecture. According to the data revealed, this innovative technology will allow the company to achieve a transistor density equivalent to the advanced 1.4 nanometer process. It's a brutal technological leap that puts the brand's processors side-by-side with the most coveted solutions on the Western market.

The impact of innovations until 2031...The company's plans are long-term, and the goals set for the beginning of the next decade are quite ambitious. He Tingbo, president of the brand's semiconductor division, has already confirmed that they don't necessarily need the expensive and restrictive state-of-the-art EUV lithography machines to manufacture these new chips.

Here are the key points underpinning the Asian manufacturer's new strategy:

-Adoption of Tau's scaling law (τ) to replace Moore's law.

-Introduction of LogicFolding architecture with a density equivalent to 1.4 nanometers.

-Achievement of historical milestones in the mobile processor and artificial intelligence industry by 2031.

-Drastic reduction in dependence on Western technological equipment.

This level of self-sufficiency is impressive, proving that the sanctions ended up having the opposite effect to what was desired. Instead of hindering Chinese development, the blockades forced the creation of a highly capable, independent, and long-term results-focused internal ecosystem.

Nvidia is undoubtedly the main victim in this story. The American giant has already lost about half of its market share in China, and the situation is set to worsen. Analysts are beginning to call this turnaround another “DeepSeek” moment, referring to the disruptive innovation that threatens the established status quo in the world of artificial intelligence.

Current reality shows us that the performance of Huawei's domestic AI chips is already closing the gap with titans like Nvidia's H200. With China becoming increasingly self-sufficient, the United States is rapidly losing its main lever of technological control. It remains to be seen how the American giants will respond to this blow, but one thing is certain: you'll want to closely follow the next developments in this true semiconductor war.

An Alternative to Moore's Law...According to Reuters, the next Kirin chips for smartphones, expected to debut later this year, will be the first to adopt an architecture based on this principle. Called LogicFolding, the technology promises to shorten the internal wiring of the chips and considerably improve performance.

The goal is that by 2031, even without access to advanced lithography machines — restricted by US embargoes — the company will achieve a transistor density equivalent to the 1.4 nanometer process.

Huawei's search for engineering alternatives began after 2019, when it received sanctions that limited access to international software and suppliers. Fans of the brand immediately notice the impact due to the absence of US software on devices, such as Google services on Android.

For hardware, however, the company also does not have access to the photolithography systems of ASML, which supplies its products to giants like Intel and TSMC. The Taiwanese company already plans to mass-produce 1.4 nm chips by 2028, while China has production capacity in processes up to 7 nm.

The new architecture relies on a principle parallel to Moore's Law, called the Tau Expansion Law. According to the TechSpot portal, the approach involves stacking multiple layers of circuits on a single chip, shortening internal connections to gain performance.

The goal is the same as the miniaturization process popularized by Intel, which reduces the energy circulation time through smaller transistors at higher density.

However, according to Reuters, the president of the company's semiconductor division, He Tingbo, acknowledged that there are still challenges related to overheating and the need for new tools for the Tau standard.

Even so, Tingbo defended the company's progress and stated that "very good solutions" have been found, without going into details. "I can confidently say that in the next 10 years our solutions for mobile computing and AI computing will be competitive," he assured. Speaking of AI, the company plans to extend the architecture to the Ascend line—aimed at AI and used, among other things, in the DeepSeek V4 model, launched last month—and to data center servers by 2030.

Huawei's commercial advancement has also been acknowledged by Nvidia itself. In recent statements, CEO Jensen Huang stated that the company had "largely ceded" the Chinese AI chip market to Huawei because of restrictions imposed by Washington.

mundophone