Huawei Unveils Ambitious Three-Year Strategy to Challenge Nvidia in AI Chip Market

2 min read     Updated on 23 Sept 2025, 12:03 PM
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Overview

Huawei Technologies Co. has announced a three-year strategy to compete with Nvidia in the AI chip market. The plan includes developing next-generation AI chips and 'SuperPod' designs capable of interconnecting up to 15,488 Ascend-branded AI chips. Huawei claims its technology offers 62 times faster data transmission speeds than Nvidia's upcoming NVLink144. The company aims to create clusters of up to a million chips and achieve 4 terabits per second interconnect speeds with its Ascend 970 chip by 2028. However, analysts remain skeptical, noting performance gaps and potential manufacturing constraints.

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*this image is generated using AI for illustrative purposes only.

Huawei Technologies Co. has boldly stepped into the arena of artificial intelligence (AI) chip competition, unveiling a three-year strategy aimed at challenging Nvidia's dominance in the market. The Chinese tech giant presented its plans during the annual Huawei Connect conference, signaling its intent to become a major player in the rapidly evolving AI chip landscape.

Huawei's Next-Generation AI Chips and 'SuperPod' Designs

Huawei's Rotating Chairman, Eric Xu, outlined the company's ambitious roadmap. The strategy revolves around the development of next-generation AI chips coupled with enhanced 'SuperPod' designs. These advanced systems are designed to interconnect up to 15,488 of Huawei's Ascend-branded AI chips using the company's proprietary UnifiedBus interconnect protocol.

Claiming Superior Data Transmission Speeds

Huawei asserts that its technology offers data transmission speeds 62 times faster than Nvidia's upcoming NVLink144 technology. This bold claim sets the stage for intense competition in the high-performance computing sector.

Scaling Up: From Chips to Clusters

Huawei's vision extends beyond individual chips to massive computing clusters. The company has announced plans to create clusters comprising up to a million chips, showcasing its commitment to scaling AI computing power to unprecedented levels.

The Ascend 970: Pushing the Boundaries of Interconnect Speeds

Looking ahead, Huawei has set an ambitious target for its Ascend 970 chip. The company aims to achieve interconnect speeds of 4 terabits per second by 2028, a significant leap from Nvidia's current capability of 1.8 terabits per second.

Challenges and Skepticism

Despite Huawei's confident announcements, industry analysts remain cautious about the company's ability to deliver on its promises:

  • Bernstein, a prominent research firm, reports that a single Ascend 950 chip currently offers only 6% of the performance of Nvidia's upcoming VR200 superchip, highlighting the significant gap Huawei needs to bridge.
  • Jefferies analysts have expressed uncertainty about Huawei's plans, pointing to potential manufacturing constraints. They noted that Huawei's previous attempt to roll out the 5nm Ascend 910D chip did not materialize as planned, reportedly due to poor yield issues.

The Road Ahead

As Huawei embarks on this ambitious journey to challenge Nvidia's stronghold in the AI chip market, the tech industry will be watching closely. The success of this strategy could potentially reshape the landscape of AI computing, but significant hurdles remain.

Huawei's bold move underscores the growing importance of AI chips in the global technology ecosystem. As the demand for more powerful and efficient AI computing solutions continues to rise, competition in this space is likely to intensify, potentially driving innovation and advancing the capabilities of AI technologies across various sectors.

While Huawei's announcements are certainly attention-grabbing, the true test will lie in the company's ability to deliver on its promises and overcome the technical and manufacturing challenges that lie ahead. The next three years will be crucial in determining whether Huawei can indeed establish itself as a formidable competitor to Nvidia in the AI chip market.

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