Huawei Unveils World's First 3D Data Center, with 100,000-Card Super Node Cluster as Base Configuration
nashnova research
Huawei launched the world's first 3D data center in Wuhu, Anhui, defining 100,000+ Ascend supernode clusters as baseline configuration and open-sourcing the design blueprints — a bid to turn its own architecture into the industry's construction standard.
What exactly is a 3D data center?
A 3D data center (a new architecture that stacks cooling, compute, and power vertically) replaces the traditional single-floor layout with four distinct layers.
Bottom to top: cooling → compute-chip IT equipment → power supply → rooftop batteries. Each layer is functionally independent and modularly assembled.
This means → scaling up no longer requires tearing down and rebuilding. You add modules vertically or laterally — elastic expansion is the core selling point.
Why does Huawei call 100,000 cards "baseline"?
Huawei's rotating chairman Wang Tao cited the context: ten-trillion-parameter models and surging token demand are pushing compute thresholds sharply higher.
In plain terms = training a top-tier large model now routinely requires 100,000+ AI chips running simultaneously. That is no longer a premium setup — it is the starting price.
This reflects Huawei's judgment that the AI compute race has entered a cluster-scale competition phase, where single-node or small-cluster approaches will be obsolete.
What does open-sourcing the blueprints mean?
Huawei simultaneously released its *3D Data Center Schematic Design Library*, including open facility models, standardized drawings, and construction plans.
This means → Huawei is not just selling its own equipment. It is publishing the entire "how to build" playbook, inviting the industry to build to its spec.
Put simply = think of Android opening the mobile OS. You can use Huawei's chips or not — but the data center should follow Huawei's standard.
Where is the real bet?
Wang Tao stated explicitly: this architecture can serve as the reference architecture for the entire industry's supernode cluster construction.
This means → Huawei is shifting from "selling compute hardware" to "defining compute infrastructure standards" — upgrading its role from vendor to rule-setter.
Whether the industry widely adopts it remains an open question — and that adoption will be the decisive test of Huawei's real influence in the AI compute ecosystem.
市场有风险，内容仅供研究参考，不构成投资建议。