What is DCX Liquid Cooling Systems?
DCX Liquid Cooling Systems is a premier global manufacturer offering an extensive range of sustainable liquid cooling solutions. These include both Direct Liquid Cooling and Immersion Cooling technologies. The company designs and manufactures Server Immersion Enclosures, Coolant Distribution Units (CDUs), CPU and GPU coldplates, manifolds, and other essential components of liquid cooling systems. Beyond hardware, DCX delivers Hydro & Immersion Containers and facility-based systems. They also supply Immersion Optimised Dry Coolers and Thermasafe Dielectric Engineered Fluids. To top it off, their hardware solutions are complemented with liquid-cooled data hall design and implementation services, making DCX the go-to supplier for liquid cooling systems worldwide.
Main Benefits of DCX Cooling Solutions
DCX’s solutions bring a host of impressive benefits, including:
- Up to 50% cut on CAPEX & OPEX costs for running IT, Telco, Big Data, and Blockchain infrastructure
- Huge material, space, and energy savings
- Maximum heat extraction at the source through Direct-to-Chip Modular Data Centers
- Modular, scalable, and quick-to-deploy systems that expand capacity without downtime
- Elimination of large, conventional cooling infrastructure, reducing operational costs and environmental impact
- Water-free heat dissipation with Immersion Optimised Dry Coolers, lowering water consumption
- Robust performance even under extreme workloads and varying climate conditions
Direct-to-Chip Modular Data Centers
DCX’s Direct-to-Chip Modular Data Centers offer a transformative approach to high-density computing. By circulating coolant directly over server components, these solutions guarantee maximum heat extraction right at the source. Each module is self-contained, scalable, and quick to deploy, enabling data centers to expand capacity on demand without sacrificing uptime. This modular design also ensures optimal energy efficiency and eliminates the need for bulky, conventional cooling infrastructure—cutting down both operational costs and environmental footprint.
Immersion Modular Data Centers
The immersion modular data center from DCX immerses servers in a dielectric fluid, which directly absorbs heat and drastically reduces cooling overhead. This fully sealed, compact solution is easy to deploy and scale, ensuring robust performance for the most demanding compute workloads. By eliminating the inefficiencies of air cooling, it cuts energy consumption and operational costs—making it ideal for high-density HPC and AI environments.
Dry Coolers for Eco-Friendly Heat Dissipation
DCX’s dry coolers provide reliable, water-free heat dissipation tailored for high-performance environments. Using ambient air to remove heat from the closed coolant loop, these coolers eliminate water consumption and lower operational costs—making them an eco-friendly choice for HPC and AI deployments. Their rugged construction and integrated controls help maintain consistent performance, even under extreme workloads and varying climate conditions.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 7: Affordable and Clean Energy – by improving energy efficiency and reducing consumption
- SDG 9: Industry, Innovation, and Infrastructure – through advanced cooling technologies and modular data center designs
- SDG 11: Sustainable Cities and Communities – by reducing environmental impact of data centers
- SDG 12: Responsible Consumption and Production – via significant material and energy savings
- SDG 13: Climate Action – by cutting greenhouse gas emissions through efficient cooling solutions
Expert Engineering and Tailored Solutions
DCX provides expert engineering guidance at every stage—from concept to deployment—ensuring optimal performance, reliability, and energy efficiency for liquid-cooled infrastructure. Their team works closely with clients to create tailored, future-proof solutions that meet the unique demands of HPC, AI, and other performance-intensive environments. This hands-on approach guarantees that each project is designed to maximize benefits while minimizing environmental impact. It’s not just about cooling—it’s about smart, sustainable innovation that keeps pace with tomorrow’s technology.
