DCX Liquid Cooling Systems

DCX Liquid Cooling Systems Dane kontaktowe, mapa i wskazówki, formularz kontaktowy, godziny otwarcia, usługi, oceny, zdjęcia, filmy i ogłoszenia od DCX Liquid Cooling Systems, Firma informatyczna, Poleczki 23, Warsaw.

DCX Liquid Cooling Systems is a premier EU-based global manufacturer of comprehensive liquid cooling solutions, ranging from entry-level models to mission-critical systems - an essential component of AI data centers.

Recently, DCX CEO Tomasz Buk took part in the 11th edition of Polish-Swiss Innovation Day in Warsaw.💡 This year’s event ...
06/10/2026

Recently, DCX CEO Tomasz Buk took part in the 11th edition of Polish-Swiss Innovation Day in Warsaw.

💡 This year’s event focused on “Rethinking Life Cycles. Circular and Regenerative Pathways to Future-Proof Industries”, bringing together experts from Poland and Switzerland to discuss innovation and the future of industry.

Tomasz took part in a discussion titled “From Data to Action. How AI, Data Centers and Industry Create the Foundation for a Sustainable Economy of the Future”, together with Mariusz Słomski, Marketing Director at Endress+Hauser Polska, and moderated by Łukasz Korycki, Deputy Editor-in-Chief of Puls Biznesu. The conversation explored the role of Data Centers and technology in building a more sustainable economy.

Thank you to the organizers and all participants for the inspiring exchange!

📸 Photo credits: Polish-Swiss Innovation Day

The DCX ECDU 600/1200 is the most affordable solution on the market for rapid Direct Liquid Cooling deployment. It deliv...
05/10/2026

The DCX ECDU 600/1200 is the most affordable solution on the market for rapid Direct Liquid Cooling deployment. It delivers up to 1.2 MW of cooling capacity with a compact footprint, simplified installation, and flexible integration for modern AI and high-density IT environments.

Key features include:
🔹 Scalable cooling capacity from 600 kW up to 1.2 MW for high-density IT deployments.
🔹 Up to 1,500 L/min system flow for demanding Liquid Cooling applications.
🔹 45°C warm-water cooling with a 3°C approach temperature for efficient heat exchange.
🔹 Redundant pump architecture with N+1 configuration at 600 kW and N+N at 1.2 MW.
🔹 Up to 110 m³/h flow with 33 m head pressure for extended and complex secondary loop layouts.
🔹 Compact 1200 x 800 x 2400 mm footprint for simplified planning and installation.
🔹 Integrated monitoring and remote HMI for complete system visibility and control.
🔹 Condensation risk prevention by maintaining TCS water temperature above the room dew point under varying environmental conditions.
🔹 Flexible deployment for InRow, White Space, or mechanical gallery installations.

Designed as part of the latest DCX CDU portfolio, the ECDU 600/1200 combines cost-effective deployment with the performance required for modern Direct Liquid Cooling applications.

For more information, contact us at 📩 [email protected] or visit our website https://www.dcx.eu/category/ecdu-series?utm_source=linkedin&utm_medium=social&utm_campaign=ecdu_series&utm_content=ecdu_600_1200_features_and_benefits

And that’s a wrap on Yotta 2026!A big thank you to everyone who made our time in Las Vegas so engaging. We had many grea...
02/10/2026

And that’s a wrap on Yotta 2026!

A big thank you to everyone who made our time in Las Vegas so engaging. We had many great conversations, exchanged perspectives with industry experts and came away with plenty of new ideas and inspiration. 🤝

Congratulations to the organizers on putting together such a great event. It was a highly productive few days for our team, and we’re looking forward to building on the ideas and connections we made in Las Vegas!

Recently, our NPD team got together for some time away from the office, which was a great chance to talk, get to know ea...
28/09/2026

Recently, our NPD team got together for some time away from the office, which was a great chance to talk, get to know each other better and finally meet some colleagues in person.

With new people joining NPD as DCX continues to grow, moments like this are a great way to build stronger connections and welcome new members to our team! 🤝

At DCX Liquid Cooling Systems, our portfolio covers different cooling architectures and deployment scales, providing sol...
25/09/2026

At DCX Liquid Cooling Systems, our portfolio covers different cooling architectures and deployment scales, providing solutions tailored for AI, HPC and high-density Data Center environments.

ECDU
🔹Provides 0.6 MW to 2.6 MW cooling capacity.
🔹Delivers up to 220 m³/h (3,870 LPM) flow rate.
🔹Enables efficient operation with 3°C approach temperature.
🔹Supports In-Row, White Space, and Mechanical Gallery deployments.
🔹Designed for Hyperscale, Cloud, Enterprise and Colocation environments.

FDU
🔹Supports 5-8 MW cooling deployments.
🔹Delivers up to 550 m³/h (9,130 LPM) flow rate.
🔹Enables efficient Grey Space deployment.
🔹Optimizes White Space utilization for full rack density.
🔹Recognized as Innovation Product of the Year at Data Centre World London.

Immersion Cooling
🔹Provides complete solutions with immersion tanks and dielectric fluids.
🔹Supports industrial and edge computing deployments.
🔹Enables operation at very high power densities.
🔹Maintains stable thermal conditions under demanding loads.
🔹Captures heat efficiently directly at the source.

Dry Coolers
🔹Provides 240 kW to 2 MW cooling capacity.
🔹Ensures reliable heat rejection for liquid cooling systems.
🔹Supports energy-efficient cooling operation.
🔹Enables deployment across a wide range of Data Center applications.
🔹Integrates with different liquid cooling architectures.

Get in touch with our team at 📩 [email protected] and we’ll help you find the best fit for your deployment.

Closed-loop cooling keeps the same coolant circulating through the system, continuously removing heat from IT equipment ...
23/09/2026

Closed-loop cooling keeps the same coolant circulating through the system, continuously removing heat from IT equipment without relying on a constant supply of fresh water.

What are the key benefits for modern Data Centers?
🔹Reduces water consumption by limiting reliance on evaporative cooling and freshwater resources.
🔹Maintains stable temperatures by enabling precise and consistent coolant circulation throughout the system.
🔹Supports higher rack densities by efficiently managing the increasing thermal loads of AI and HPC infrastructure.
🔹Increases site flexibility by reducing dependence on local water availability when selecting and designing Data Center sites.
🔹Enhances cooling flexibility by enabling heat rejection through Dry Coolers or supporting heat reuse for district heating and industrial processes.
🔹Enables scalability by integrating with CDUs, Dry Coolers and other cooling technologies as infrastructure expands.

A recent example is Meta’s Hyperion Data Center in Louisiana, designed around closed-loop liquid cooling. The system circulates a glycol mixture through the Data Halls, while Dry Coolers remove the heat for the majority of the year.

According to a 2026 study by Global Water Intelligence, Data Centers are expected to account for only around 4% of the additional water demand from AI expansion, compared with 54% from power generation and 42% from semiconductor manufacturing. Closed-loop cooling helps reduce this water use in Data Centers while maintaining the thermal performance required for high-density computing.

At DCX, we design Closed-Loop Cooling solutions that combine efficient heat removal, precise temperature control and scalable infrastructure for high-density Data Centers.

Contact us at 📩 [email protected] to discuss your cooling requirements.

The DCX ECDU 1380/2600 H2 is designed for Enterprise, Colocation, Cloud, and Hyperscale Data Centers, delivering high-ca...
21/09/2026

The DCX ECDU 1380/2600 H2 is designed for Enterprise, Colocation, Cloud, and Hyperscale Data Centers, delivering high-capacity Liquid Cooling with advanced flow architecture and full redundancy.

Key capabilities include:
🔹 1.38-2.6 MW cooling capacity for high-density rack groups and large-scale deployments.
🔹 Up to 3,870 L/min system flow enabled by large square and rectangular piping.
🔹 3°C approach temperature for efficient 45°C cooling and improved heat exchange performance.
🔹 Up to 3,666 L/min per pump with dynamic flow adjustment based on IT load.
🔹 Full N+1 redundancy across pumps, heat exchangers, controllers, filters, and inverters.
🔹 Flexible deployment options for InRow, White Space, or mechanical gallery installations.
🔹 Integrated coolant monitoring for maintaining coolant quality and consistent thermal performance.
🔹 12-inch HMI for intuitive local operation, remote monitoring, and coordinated system control.

The architecture also supports maintenance without unnecessary downtime, while high-capacity modular heat exchangers provide the flexibility needed for changing IT loads.

For more information, contact us at 📩 [email protected] and we’ll be glad to answer your questions.

Adding more AI capacity is no longer simply a matter of adding more racks. At 5-8 MW scale, the cooling architecture its...
18/09/2026

Adding more AI capacity is no longer simply a matter of adding more racks. At 5-8 MW scale, the cooling architecture itself needs to be designed for expansion and long-term reliability.

Our flagship 5-8 MW FDUs are engineered to address this challenge. Designed for large-scale deployments and retrofit projects, they provide flexible multi-directional connections that make it easier to integrate cooling infrastructure with existing or new piping layouts.

A scalable architecture also benefits from independently managed Facility and Technology Cooling Systems.

This separation enables:
🔹 Pressure control aligned with IT equipment requirements.
🔹 Coolant chemistry optimized for each loop.
🔹 Independent coolant quality control for the Technology Loop.
🔹 Flexible temperature management aligned with IT load and dew point.
🔹 Dew-point-aware operation to help prevent condensation

Our goal is to build an infrastructure that can grow with the Data Center while maintaining precise control over the cooling environment.

Get in touch with our team at 📩 [email protected] and we’d be happy to discuss your cooling requirements.

Direct Liquid Cooling addresses one of the biggest challenges in AI Data Centers: removing heat from increasingly power-...
16/09/2026

Direct Liquid Cooling addresses one of the biggest challenges in AI Data Centers: removing heat from increasingly power-dense racks.

Traditional racks dissipate 5-10 kW, while today’s AI racks exceed 100 kW. With next-generation platforms targeting 300+ kW per rack, traditional air cooling faces increasing thermal limitations.

By circulating coolant through cold plates attached directly to CPUs and GPUs, Direct Liquid Cooling captures heat at the source and enables:
🔹 Up to 90% of server heat removed through liquid cooling.
🔹 Higher rack densities without excessive airflow.
🔹 Lower fan power and cooling overhead.
🔹 More efficient thermal management of hotspots.
🔹 Scalable integration with existing IT architectures.
🔹 Higher-temperature heat recovery for reuse.

According to Uptime Institute’s Global Data Center Survey 2026, 83% of vendors report increasing customer adoption of Direct Liquid Cooling, the highest rate among the technologies assessed. This momentum is closely linked to rising rack densities and high heat flux, which Uptime Institute identifies as key drivers of the shift toward Direct Liquid Cooling.

At DCX, we offer a comprehensive portfolio of Direct Liquid Cooling solutions designed for different rack densities and infrastructure requirements. 📩 Contact us at 📩[email protected] to discuss your cooling needs.

The future of AI Data Centers requires rethinking Data Center cooling architecture. Next-generation NVIDIA platforms suc...
14/09/2026

The future of AI Data Centers requires rethinking Data Center cooling architecture.

Next-generation NVIDIA platforms such as the GB200 NVL72 are setting new requirements for cooling infrastructure at the cluster level.

Supporting these high-performance GPU platforms requires cooling systems capable of delivering sufficient thermal capacity, flow rates, and operating temperatures across large-scale deployments.

For large AI clusters with these requirements, DCX 5-8 MW FDU systems enable a future-ready cooling topology by relocating high-capacity coolant distribution outside the White Space into dedicated technical areas.

This design enables Data Center operators to:
🔹 Maximize available space for high-density IT racks.
🔹 Increase computing capacity within existing facilities.
🔹 Simplify Data Hall layouts and infrastructure planning.
🔹 Scale cooling capacity for AI and HPC workloads.

DCX 8MW FDU is engineered for HPC and GPU-intensive clusters, supporting ASHRAE W45+ warm water cooling with advanced features including N+1 pump redundancy, leak detection, and remote monitoring.

Get in touch with us at 📩[email protected] to learn more about DCX FDU solutions.

Adres

Poleczki 23
Warsaw
02-822

Godziny otwarcia

Poniedziałek 09:00 - 17:00
Wtorek 09:00 - 17:00
Środa 09:00 - 17:00
Czwartek 09:00 - 17:00
Piątek 09:00 - 17:00

Telefon

+48 601228528

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