As AI large model training and inference businesses expand exponentially, the power density of single cabinets in data centers has surged from over ten kilowatts to the hundred-kilowatt level. Air cooling has already reached its physical limits, and liquid cooling has become an essential solution to break the heat dissipation bottleneck of computing power and achieve green and efficient development. Far East Electric rack-mounted liquid-liquid CDU features a standard 4U rack design, full power coverage from 35kW to 100kW and full-scenario adaptability. It acts as a stable and reliable heat dissipation "heart" for high-density computing infrastructure and delivers outstanding value in diverse application scenarios.

High-density AIDC & AI Large Model Training Building a Solid Heat Dissipation Barrier for High-power Computing

As the core carriers of high-density computing power, AI data centers and intelligent computing centers generally see single cabinet power consumption exceeding 30kW, even reaching 80-100kW. The continuous high-load operation of GPU/CPU clusters sets stringent requirements for heat dissipation. Tailored for high power density scenarios, Far East Electric rack-mounted liquid-liquid CDU adopts plate heat exchangers to realize efficient heat transfer between cold and hot fluids. Stainless steel pipelines prevent corrosion and blockage. Equipped with 1+1 redundant pump group and active anti-condensation function, it supports 7×24 hours of uninterrupted stable operation and thoroughly resolves issues such as server frequency throttling and computing power loss. The full series of CDU-35/80/100 models can be selected as required for full GPU cabinets and large-scale AI training. Near-end cooling reduces pressure drop in liquid circuits and effectively controls the PUE of single cabinets within 1.2-1.3, helping intelligent computing centers achieve dual breakthroughs in computing power and energy efficiency.

Air-to-liquid Retrofit of Existing Data Centers Boost Computing Power with Low-cost Renovation

A large number of traditional air-cooled data centers are faced with limited single cabinet power and insufficient heat dissipation efficiency. Large-scale computer room renovation not only costs a fortune but also disrupts business continuity. Featuring a standard 4U rack structure, Far East Electric rack-mounted liquid-liquid CDU requires no modification to air ducts or ceilings. It can be directly installed in cabinets and connected to existing chilled water systems, enabling zero infrastructure renovation and quick deployment. Take a traditional computer room renovation project as an example: by equipping high-density AI cabinets with rack-mounted CDU of corresponding power, the power of a single cabinet can be raised from 15kW to over 40kW and even 100kW, while reducing the overall energy consumption of the computer room. It perfectly meets the high-density upgrading demands of existing computer rooms in finance, government, energy and other industries, saves enterprises tens of millions of renovation costs, and achieves a win-win result of computing power expansion and cost control.

Newly-built Small and Medium-sized Data Centers Modular Deployment for Flexible Computing Demand

Scenarios such as enterprise private clouds, regional edge computing nodes and industry cloud data centers are generally characterized by moderate scale, compact space and limited budget, which put forward higher requirements for the flexibility and cost performance of heat dissipation solutions. With standardized dimensions and interfaces, Far East Electric rack-mounted liquid-liquid CDU supports parallel connection of multiple units, allowing flexible expansion of heat dissipation capacity according to the number of cabinets and suiting newly-built data centers with 10 to 50 cabinets. In addition, CDU-35/80/100 models are available with different power supply specifications. The 220VAC and 48VDC versions adapt to various power supply architectures of computer rooms. Standard dual circulating pumps and full-range monitoring modules are equipped, compatible with Modbus RTU/TCP/IP communication protocols and supporting remote intelligent management. Small and medium-sized data centers can also enjoy the same high-level liquid cooling performance as large intelligent computing centers.

Edge Computing & Research Laboratories Compact Heat Dissipation Solution for Space-constrained Scenarios

Edge IDCs, university research laboratories and industrial computing nodes usually have a small number of cabinets, extremely limited space and complex operating conditions. The compact 4U body of Far East Electric rack-mounted liquid-liquid CDU delivers heat dissipation capacity from 35kW to 100kW without occupying extra room. It can be installed directly inside cabinets to complete the liquid cooling cycle. Meanwhile, built-in active anti-condensation and liquid leakage detection functions enable it to adapt to industrial environments with heavy dust and fluctuating temperature and humidity, providing stable and reliable heat dissipation for machine vision AI quality inspection, research GPU workstation clusters and small supercomputing nodes. In university supercomputing laboratories, its low-noise operation and precise temperature control not only meet the heat dissipation needs of high-density computing equipment, but also ensure a quiet laboratory environment and equipment safety.

Cooling for High-power Industrial Equipment Extended Heat Dissipation Capabilities for Multiple Industries

Beyond data centers, the high reliability and strong compatibility of Far East Electric rack-mounted liquid-liquid CDU also make it applicable to cooling of high-power industrial equipment, including large lasers, power electronic devices and energy storage battery cabinets. Plate heat exchangers isolate cold and hot circuits to realize safe and efficient heat removal for industrial equipment. The adoption of stainless steel pipelines and redundant pump groups enables the product to adapt to complex industrial working conditions and guarantee long-term stable operation of equipment, demonstrating its powerful strength for cross-industry application.

From AI computing centers and legacy computer room retrofits to edge nodes and industrial sites, Far East Electric rack-mounted liquid-liquid CDU provides all-round heat dissipation guarantee for computing infrastructure with full-scenario adaptability, high reliability and intelligent management. Going forward, Far East Electric will continue to deepen research on liquid cooling technology. We will deliver more efficient and intelligent full-stack liquid cooling solutions to empower the high-quality development of the computing industry, enabling every unit of computing power to perform to its full potential under stable and efficient heat dissipation conditions.