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The RDHx liquid-cooled backplane is an advanced heat dissipation solution for data centers and high-density computing power scenarios. Through direct-contact liquid cooling technology, the coolant is introduced into the server backplane to accurately absorb the heat from core components such as chips, significantly improving the heat dissipation efficiency. Compared with traditional air cooling, its heat conduction efficiency is increased by over 90%, and a single cabinet can support a heat dissipation requirement of over 50kW. At the same time, it reduces energy consumption and noise by approximately 30%, and is suitable for high-heat-density scenarios such as AI servers and edge computing. 

This product adopts a modular design, is compatible with mainstream server architectures, and supports rapid deployment and flexible expansion. Its closed-loop circulation system reduces environmental dependence. Combined with an intelligent temperature control algorithm, it can dynamically adjust the coolant flow rate and temperature to ensure the long-term stable operation of the equipment. The RDHx liquid-cooled backplane not only helps data centers achieve PUE optimization but also provides reliable technical support for low-carbon and high-computing-power demand scenarios. It is a key component of the next-generation green computing power infrastructure.

The function of the Manifold is to distribute and control the liquid entering the liquid - cooled cabinet, ensuring that each device can obtain sufficient liquid flow and pressure.

The CDU is a key component in the liquid-cooled cabinet, used to distribute the coolant to the cooling components of each server, ensuring that each server receives sufficient cooling. The CDU usually consists of a water pump, a cooler, valves, sensors, a controller, pipes, etc.

The CDU is a key component in the liquid-cooled cabinet, which is used to distribute the coolant to the cooling components of each server, ensuring that each server receives sufficient cooling. The CDU usually consists of a water pump, a cooler, valves, sensors, a controller, pipes, etc.

Modular data centers are highly integrated solutions. They adopt modular designs for systems such as power supply and distribution, refrigeration, cabinets, and monitoring. They have advantages such as rapid deployment, flexible expansion, and high energy efficiency. They can meet the business needs of different scales, effectively reduce construction and operation and maintenance costs, and accelerate the delivery and application of data centers.

The rack - mounted integrated air conditioner is specifically designed for scenarios such as data centers. It integrates functions such as refrigeration, heating, and dehumidification, and is closely installed in line with the rack. It features high - efficiency energy - saving and precise temperature control. It can quickly adjust the environmental temperature and humidity as needed, ensure the stable operation of equipment, save space, and is convenient for maintenance.