
| Item | Supercomputing Liquid Cooling B16CDU |
| Application | Supercomputing Servers |
| Core Advantages | Ultra-High Heat Dissipation, Modular Scalability, High-Density Deployment |
| Capacity | 16 Servers |
| Support Max Power | 96KW |
| Temp | 35℃/45℃ |
| Flow Rate | 8m³/h |
| Inlet/Outlet Water Interface | Φ51mm*64mm chuck |
| Dimensions (W×D×H) | 860*1110*2040mm |
| Medium | Deionized water/ Ethylene glycol/ Propylene glycol |
| Filtration Accuracy | 100μm |

This in-row CDU can support up to 16 servers, with a maximum power load handling capacity of up to 96KW. It provides ultra-high cooling performance through an advanced liquid cooling architecture. It is modularly scalable and supports flexible deployment, seamlessly integrating into existing infrastructure while achieving a high-density server layout without affecting the cooling effect; it can continuously and stably regulate temperatures, effectively prevent overheating, and extend the lifespan of hardware. This CDU is compatible with various cooling media, including deionized water, ethylene glycol, and propylene glycol, and is equipped with a 100μm filtration system to ensure the purity and reliability of the cooling loop. The design focuses on practicality and ease of installation, using standard quick interfaces.
Whether it is expanding AI clusters, scientific computing systems, or enterprise-level super computing deployments, our row-level CDU can provide a powerful, efficient, and scalable cooling foundation, helping you break through the limits of computing performance.
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