Alibaba Sets 10-Trillion-Parameter Model Goal Alongside Its New AI Chip
The company is pairing its biggest model ambition yet with a new processor and a 20-gigawatt cloud target. Its CEO also acknowledges that supply shortages could slow the buildout needed to deliver it.
Alibaba’s AI roadmap now hinges on scaling infrastructure as much as model design. The company says its next Qwen model could reach 5 trillion to 10 trillion parameters, up from 2.4 trillion, while its new Zhenwu V900 chip is intended to power clusters of up to 500,000 cards. Alibaba Cloud plans to surpass 20 gigawatts of data-center capacity by 2032, but CEO Eddie Wu acknowledged supply shortages are slowing expansion. The near-term test is whether commercial supernodes begin deployment this quarter as promised.
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Alibaba says Qwen 3.8 Max has 2.4 trillion parameters; the planned model would be roughly two to four times larger.
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Alibaba claims the Zhenwu V900 delivers three times M890 performance; the figures lack independent benchmark verification.
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The company says M890 supernodes can run inference for models exceeding 2 trillion parameters.
Alibaba is tying a planned 5-trillion- to 10-trillion-parameter AI model to a new in-house chip, commercial supernodes and a major data-center expansion. The ambition is large; so is the bottleneck: CEO Eddie Wu said supply shortages are already limiting how quickly Alibaba Cloud can expand.
At its annual Apsara Conference in Hangzhou, Alibaba presented the model, chip and cloud plans as one strategy. The company plans to train a model with 5 trillion to 10 trillion parameters, the learned variables that are a rough measure of a model’s size. Its current flagship, Qwen 3.8 Max, has 2.4 trillion parameters, making the proposed system roughly two to four times larger.
A model target that depends on more than model research
Wu said the Qwen team is working on model architecture and data optimization for more complex, longer-horizon tasks, as part of Alibaba’s stated progress toward artificial superintelligence. But a larger model also raises the practical question of where it will be trained and run. Alibaba says its existing M890 supernode can handle inference, or the process of using a trained model to generate responses, for models above 2 trillion parameters.
The hardware claim reaches from chip to cluster
Alibaba also introduced the Zhenwu V900, a next-generation AI chip from its T-Head semiconductor unit. Alibaba says the V900 delivers three times the performance of its predecessor, the M890, and that a single V900 cluster can support as many as 500,000 cards for frontier-model training and inference. Those are company performance and scale claims, not independently reported benchmarks.
The infrastructure Alibaba says it is assembling
An M890 supernode that Alibaba says can run inference for models above 2 trillion parameters.
The Zhenwu V900, which Alibaba says is three times as powerful as the M890 chip it succeeds.
V900-based clusters that Alibaba says can scale to 500,000 cards for training and inference.
Capacity is the limiting variable
Alibaba Cloud aims to exceed 20 gigawatts of global data-center capacity by 2032 and says it will begin bringing AI supernodes online at commercial scale this quarter. Wu said customer demand for AI remains strong, but global shortages across the AI data-center supply chain are limiting the company’s expansion speed.
The industry’s mid-to-long-term demand far outpaces our supply capabilities.
Eddie Wu, Alibaba CEO
Alibaba expects significant growth in annual AI-chip shipments. It framed the hardware and cloud push within a wider effort by Chinese companies to develop domestic alternatives to Nvidia processors amid U.S. export restrictions. For Alibaba, the strategy’s near-term proof point is concrete: whether commercial supernode deployment begins on the timetable it gave, even as component constraints persist.
Businesses in Turkey, Finland and the Netherlands are in line for their first local Alibaba cloud regions. Alibaba Cloud executive Li Feifei said at the Apsara conference in Hangzhou that the company plans to open the regions within 12 months, giving it more places to offer cloud and AI services.
The three proposed regions would bring Alibaba into new country markets. The company also plans to extend its data-center footprint in Malaysia, Germany, the United Arab Emirates, France and Hong Kong. Li gave a 12-month timetable for the first regions in Turkey, Finland and the Netherlands; the other planned expansions have no stated opening schedule.
Alibaba expects the additional facilities to improve its ability to provide localized cloud and AI services. It is extending the places from which it can serve businesses, not simply naming more countries on a sales map. For prospective customers in the three new markets, the announced regions remain a plan rather than an option they can use today.
This push follows facility openings in Brazil and France in recent months. France’s appearance in both the recent openings and the expansion plan shows the two sides of Alibaba’s approach: adding sites where it already operates while preparing first cloud regions elsewhere.
The regional additions give a near-term geographic marker for a costly investment push. Alibaba outlined a $53 billion, three-year AI investment plan in 2025. Its existing cloud network spans Japan, Southeast Asia and the Middle East; the proposed sites would widen that reach as the company seeks business outside its established markets.
Citigroup estimates the wider data-center buildout could drive more than $160 billion in external cloud revenue. That forecast puts a commercial figure on Alibaba’s global ambition, though it is not a forecast of sales from the three proposed regions. Opening the sites would create capacity to offer local services; winning business there is the next test.
The wider footprint would also put Alibaba into more direct competition with Amazon and Alphabet beyond Asia. The opening dates will show whether it meets its first-region timetable. What Alibaba offers through those regions, and whether businesses choose those services, will determine what the new locations mean commercially.
Alibaba is making a vertically integrated case: bigger Qwen models will need its own chips, tightly connected supernodes and far more cloud capacity. The unresolved issue is execution, not ambition. Alibaba has set a long-term capacity target while saying supply-chain shortages already constrain the pace of expansion. The most immediate test is whether its AI supernodes begin operating at commercial scale this quarter. That milestone would not validate every performance or scale claim, but it would show whether the company can move from a conference roadmap to deployed infrastructure.
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