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Alibaba launches data center with 10,000 of its own chips as China ramps up AI push
Alibaba and China Telecom are launching a data center in southern China powered by the e-commerce giant's own chips, as the country ramps up its focus on homegrown AI infrastructure. The facility, announced on Tuesday, will feature 10,000 of Alibaba's Zhenwu semiconductors which are designed for
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Alibaba Zhenwu AI chip cluster Guangdong China Telecom
Alibaba and China Telecom have launched a data center in Shaoguan, Guangdong province, built around 10,000 of Alibaba's Zhenwu AI chips -- the first deployment of that scale in the Greater Bay Area, Alibaba's cloud unit said Tuesday. Capable of handling models reaching into the hundreds of
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Alibaba, China Telecom launch AI data center powered by domestic chips By Investing.com
Investing.com -- Alibaba and China Telecom announced Tuesday the launch of a data center in southern China powered by Alibaba's self-developed Zhenwu AI semiconductors. The facility, located in Shaoguan in Guangdong province, will feature 10,000 of Alibaba's Zhenwu chips designed for AI training
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Alibaba and China Telecom unveiled a data center in southern China powered by 10,000 Zhenwu AI chips developed domestically. The facility in Guangdong province supports AI models with hundreds of billions of parameters and marks a shift toward large-scale industrial implementation of homegrown AI infrastructure as U.S. semiconductor restrictions push Chinese firms to develop domestic chip alternatives.
Alibaba and China Telecom announced Tuesday the launch of an AI data center in Shaoguan, Guangdong province, powered entirely by Alibaba's homegrown Zhenwu AI chips
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. The facility features 10,000 of these semiconductors designed for AI training and inferencing, marking the first deployment of this scale in the Greater Bay Area2
. The computing cluster can support AI models with hundreds of billions of parameters and is expected to expand to 100,000 chips, serving industries from healthcare to advanced materials2
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Source: Quartz
Alibaba Cloud characterized the cluster as "fully domestic" and declared that China's computing buildout has shifted from chasing benchmark milestones to achieving large-scale industrial implementation
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. Alibaba develops these AI chips through its T-head unit, and the company's cloud division—which has been among its fastest-growing businesses in recent quarters—now spans the full stack from chip design and data center construction to proprietary AI models offered as commercial services2
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. This deployment underscores how China's biggest tech players are advancing their own semiconductor technology as Beijing intensifies its push for self-reliance1
.The launch comes as U.S. export restrictions on advanced semiconductor technology, including Nvidia AI chips, have reshaped both sides of the market
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. Over the past few years, these restrictions have accelerated China's efforts to develop homegrown alternatives1
. China has directed its top technology firms, including Alibaba, to stop purchasing Nvidia chips, while Beijing issued guidance barring foreign-made AI chips from data center projects funded even partly by the state2
. The domestic alternative push reflected in the Shaoguan facility is a direct consequence of that pressure2
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Chinese technology companies are accelerating efforts to build homegrown AI infrastructure across the board. Last month, a computing cluster built with Huawei's Ascend 910C AI chips went online, demonstrating the breadth of domestic development
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. The Zhenwu processors are built to handle both training and inferencing workloads, with support for large AI models reaching into the hundreds of billions of parameters—among some of the largest models out there1
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. This capability signals that Chinese firms are not merely replicating existing technology but are developing competitive alternatives that can handle cutting-edge AI workloads. As China continues to prioritize technological independence, the expansion to 100,000 chips at this facility will serve as a test case for whether domestic semiconductor technology can match the performance and scale of Western alternatives in real-world applications.Summarized by
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