Soeteck Liquid-to-Air In-Row CDU Coolant Distribution Unit

Сайт Soeteck Liquid-to-Air In-Row CDU Coolant Distribution Unit is an innovative liquid-to-air integrated cooling solution engineered for diverse data center environments. It is specifically designed to cater to small-to-medium-sized data centers, which feature simple architectures and require reliable operation.

This unit is also well-suited for hybrid data centers, where air-cooling is the primary heat dissipation method while also being compatible with liquid-cooling for heat removal. Additionally, it fits perfectly into intelligent computing data centers that adopt cold-plate liquid cooling for large-model deployment scenarios.

At the core of this product are several advanced features. It enables liquid-to-air integration; there is no need to separately construct air-cooling and liquid-cooling infrastructures, which simplifies the architecture and reduces complexity. It helps reduce costs; compared to building air-cooling and liquid-cooling systems separately, one system is reduced, resulting in a 20% cost reduction. It achieves dynamic balance; the liquid-to-air ratio is automatically adjusted according to the load proportion of air-cooling and liquid-cooling. It allows flexible deployment; it is compatible with both liquid-cooled servers and air-cooled servers at the same time, facilitating the gradual upgrade and transition of data centers. It also simplifies operation and maintenance; only one cooling system needs to be managed, which reduces the operational complexity of coexisting air-cooling and liquid-cooling.

From a commercial perspective, the Soeteck Liquid-to-Air In-Row CDU Coolant Distribution Unit delivers significant value. Its liquid-to-air integration and simplified architecture lower the entry barrier for data centers adopting hybrid cooling. The cost-reduction capability makes advanced cooling technologies more accessible to small-and medium-sized enterprises. The dynamic balance and flexible deployment features ensure that data centers can adapt to changing computing demands, while the simplified operation and maintenance reduce the workload and expertise required for managing cooling systems.

Liquid-to-Air Integration

• Eliminates the need to separately construct air-cooling and liquid-cooling infrastructures, which simplifies the data center architecture and reduces the overall complexity of the cooling system. This integration makes the setup and management of cooling systems more straightforward.

Cost Reduction

• Compared to building air-cooling and liquid-cooling systems independently, it reduces the number of systems by one, leading to a 20% cost reduction. This makes advanced cooling solutions more economically viable for a wider range of data center operators.

Dynamic Balance

• Automatically adjusts the liquid-to-air cooling ratio according to the load proportion of air-cooling and liquid-cooling. This ensures that the cooling system operates at optimal efficiency under varying load conditions, providing precise temperature control.

Flexible Deployment

• Is compatible with both liquid-cooled servers and air-cooled servers simultaneously, facilitating the gradual upgrade and transition of data centers. This allows data centers to evolve their cooling infrastructure without the need for a complete overhaul.

Operation and Maintenance Simplification

• Requires management of only one cooling system, which reduces the operational complexity associated with the coexistence of air-cooling and liquid-cooling. This simplifies daily maintenance tasks and reduces the expertise required to manage the cooling infrastructure.

• Small-to-medium-sized data centers
• Hybrid data centers
• Intelligent computing data centers for large-model deployment