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DCX Liquid Cooling Systems

Name: DCX Liquid Cooling Systems
Address: Poleczki 23, Warsaw, 02-822, PL
Telephone: +48 601228528

Strona główna
Polska
Warsaw
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.

03/08/2026

According to the Uptime Institute Global Data Center Survey 2026, sustainability reporting in Data Centers continues to evolve. Higher rack densities, more powerful next-generation servers, and faster technology refresh cycles are driving operators to track a broader range of environmental and operational metrics.

The report highlights which sustainability indicators are becoming priorities across the industry:

🔹IT and Data Center power consumption remains the top metric, monitored by 87% of organizations, compared to 84% in 2025.

🔹The share of organizations tracking PUE increased from 74% to 79%, driven by regulatory requirements, customer expectations, and its impact on operational costs.

🔹 Water usage tracking saw one of the largest increases, rising from 47% to 53%, reflecting growing attention to water efficiency and evolving environmental regulations.

🔹 E-waste and equipment lifecycle tracking increased from 32% to 38%, highlighting a stronger focus on circularity and responsible infrastructure management.

🔹 Server utilization remained unchanged at 37%, indicating that improving utilization efficiency remains a challenge as AI workloads and new GPU/CPU architectures continue to evolve.

🔹 Carbon emissions reporting increased across all emissions categories, reflecting the growing importance of measuring and reducing Data Center carbon footprints.

The data above highlights a clear shift in how Data Centers measure sustainability. As priorities expand beyond energy efficiency, advanced cooling technologies are becoming essential for managing the challenges of higher rack densities and evolving AI workloads.

At DCX, we develop Liquid Cooling solutions that help operators prepare their infrastructure for the next generation of Data Centers.

31/07/2026

The DCX FDU portfolio is engineered to meet the cooling demands of the next generation of hyperscale AI Data Centers.

Here's a comparison of the key features of both FDUs:

DCX 5 MW FDU
🔹 Delivers up to 5 MW of cooling capacity for high-density liquid-cooled environments.
🔹 Provides a flow rate of 376 m³/h with PG25.
🔹 Achieves an approach temperature of approx 4°C.

DCX 8 MW FDU
🔹 Delivers up to 8.15 MW of cooling capacity to support next-generation AI infrastructure.
🔹 Provides a flow rate of 550 m³/h on the primary circuits, supporting higher cooling capacity.
🔹 Supports 45°C-ready operation while achieving an approach temperature as low as 2°C.

While the performance has significantly increased, the design philosophy remains unchanged. Both FDUs are equipped with the features required for reliable hyperscale operation:

✅ N+1 redundant pumps.
✅ Dual-loop architecture to protect IT equipment.
✅ Condensation-free operation.
✅ Integrated water treatment.
✅ Advanced remote monitoring.
✅ Grey Space installation to maximize available White Space for compute infrastructure.

Contact our team at 📩 [email protected] to discuss which DCX FDU best fits your project.

29/07/2026

AI is accelerating Data Center growth, but water consumption isn't increasing at the same pace. Smarter cooling technologies are helping Data Centers become increasingly water-efficient.

📊 According to the Global Water Intelligence forecast, Liquid Cooling technologies are expected to increase their market share approx eightfold by 2030 compared to 2025. This transition reflects the industry's focus on improving thermal performance and water efficiency.

The cooling mix is also evolving rapidly. While conventional air cooling and other traditional systems accounted for the majority of Data Center cooling deployments in 2025, Direct Liquid Cooling is projected to gain significant market share by 2030, reflecting the growing demand for high-density AI infrastructure.

What is driving this change?
🔹Direct Liquid Cooling is becoming a leading approach for AI infrastructure, removing heat directly at the chip level while enabling higher rack densities with improved water efficiency.
🔹Traditional cooling tower and chiller-based systems are increasingly being complemented or replaced by more efficient approaches with smaller footprints, lower water intensity, and improved resource efficiency.

The industry is proving that higher computing capacity doesn't have to translate into significant increases in water consumption.

27/07/2026

Deploying Liquid Cooling is about much more than selecting the right hardware. It requires a complete strategy that integrates system design, engineering, deployment, and long-term operational support.

At DCX, we deliver end-to-end Liquid Cooling solutions for AI and HPC Data Centers, combining advanced thermal technologies with intelligent software to optimize performance.

Our expertise covers:
🔹 Direct-to-Chip and immersion cooling system design.
🔹 Data Hall planning and cooling architecture.
🔹 Manufacturing and factory testing.
🔹 Installation, commissioning, and system integration.
🔹 Technical support, maintenance, and operator training.

With over 500 MW of Liquid Cooling projects delivered and secured through signed contracts, we help customers deploy infrastructure backed by proven experience.

Looking to evaluate Liquid Cooling for your next project? Contact us at 📩 [email protected] to discuss a tailored Proof of Concept for Direct-to-Chip or immersion cooling.

24/07/2026

Every Data Center has unique cooling requirements. That's why we offer two different models of the DCX ECDU platform, designed to meet different deployment needs.

The first is the DCX ECDU 600/1200, the most affordable Coolant Distribution Unit on the market, delivering cost-effective and reliable Liquid Cooling for high-density deployments. For applications requiring an additional level of resilience, we designed the DCX ECDU 1380/2600 H2, featuring dual heat exchangers for enhanced system availability. Here's how they compare:

🔹 DCX ECDU 600/1200
Cooling capacity: from 600 kW to 1.2 MW.
Flow capacity: up to 1500 L/min system flow.
Dimensions: 1200 x 800 x 2400 mm (LxWxH).
Redundancy: N+1 pumps at 600 kW and N+N pumps at 1.2 MW.
Cooling performance: 45°C warm-water cooling with a 3°C approach temperature.
Deployment: supports InRow, White Space, and mechanical gallery installations.
Application: built for cost-effective, rapid Direct Liquid Cooling deployments with simplified installation.

🔹 DCX ECDU 1380/2600 H2
Cooling capacity: from 1.38 MW to 2.6 MW.
Flow capacity: up to 3870 L/min system flow (up to 3666 L/min per pump).
Dimensions: 1200 x 1200 x 2400 (LxWxH).
Redundancy: full N+1 modular heat exchanger and pump redundancy.
Heat exchangers: dual heat exchangers for maximum system availability.
Cooling performance: 45°C warm-water cooling with a 3°C approach temperature.
Deployment: Supports InRow, White Space, and mechanical gallery installations.
Application: Built for high-density, mission-critical AI and HPC workloads.

Contact us at 📩 [email protected], and we'll recommend the right Liquid Cooling solution for your Data Centers.

23/07/2026

It was a pleasure to recently welcome the Pyxis team to our DCX HQ in Warsaw.

During the visit, we had the opportunity to showcase our assembly hall, present our flagship Facility Coolant Distribution Units, and exchange insights on water treatment solutions and the use of deionized water for Data Center cooling.

We hope you enjoyed the tour and the visit overall. We are thankful for the great time spent together and looking forward to meeting you again!

22/07/2026

For Data Centers where maximum system availability is critical, the DCX ECDU 1380/2600 H2 features dual heat exchangers for increased redundancy. Built on our high-performance platform, it combines advanced engineering with industry-leading performance for the most demanding AI and HPC environments.

🔹 Up to 2.6 MW of real cooling capacity in a compact footprint.

🔹 Industry-leading 3°C approach temperature, enabling highly efficient 45°C warm-water cooling in accordance with ASHRAE W45 recommendations.

🔹Fully redundant pumps, controllers, sensors, filters, and drives, providing true N+1 redundancy for maximum reliability.

🔹 Flow rates up to 3870 L/min, enabled by an optimized square and rectangular piping design that maximizes heat transfer efficiency.

🔹 Pump capacity of up to 3666 L/min per pump, delivering the flow required for the most demanding AI and HPC workloads.

🔹 Flexible deployment options, including InRow, White Space, and mechanical gallery installations, supporting everything from individual racks to complete rack groups.

🔹 Intelligent coolant quality monitoring combined with an integrated 12-inch HMI for intuitive local operation, remote monitoring, and coordinated group control.

🔹 Optimized hydraulic design and intelligent controls, reducing chiller energy consumption by up to 10% and improving overall Data Center efficiency.

For more information, contact us at 📩 [email protected].

17/07/2026

The DCX ECDU 600/1200 demonstrates that cost-effective Direct Liquid Cooling can still deliver outstanding performance.

Built as part of the latest DCX CDU portfolio, the ECDU 600/1200 delivers everything required for modern AI and high-density IT environments while keeping installation straightforward and future expansion simple.

Here's what makes it stand out on the market:
🔹 Scalable cooling capacity from 600 kW up to 1.2 MW.
🔹 Up to 1500 L/min flow rate for demanding Liquid Cooling applications.
🔹 High-performance heat exchanger supporting 45°C warm-water cooling with only a 3°C approach temperature.
🔹 Redundant pump architecture (N+1 for 600 kW and N+N for 1200 kW models).
🔹 Up to 110 m³/h flow with 33 m head pressure for extended and complex secondary loop layouts.
🔹 Compact, standardized footprint that simplifies planning and installation.
🔹 Flexible hydraulic connections for seamless integration and optional rapid deployment kit.
🔹 Integrated monitoring and intuitive remote HMI for complete system visibility.
🔹 Safe, reliable operation designed to minimize condensation risks.

Whether you're building a new liquid-cooled Data Center or expanding an existing deployment, the DCX ECDU 600/1200 provides an efficient and cost-effective foundation for Direct Liquid Cooling.

Contact us at 📩 [email protected] and our team will be happy to discuss your project and help you find the right solution.

15/07/2026

Air cooling has served the industry well for decades, but we're reaching a point where physics becomes the limiting factor and Liquid Cooling is rapidly emerging as the key technology powering the next generation of Data Centers.

Here are a few facts that stand out:
🔹AI clusters are already pushing beyond 1 MW of power, making megawatt-scale CDUs the new standard for next-generation Data Center cooling.

🔹Just a few years ago, high-end CPUs consumed around 250-300 W. Today, high-end server CPUs exceed 500 W, while AI GPUs approach 1 kW power levels. Cooling dense AI servers equipped with multiple high-power GPUs using air cooling alone is becoming increasingly challenging and is driving the adoption of Liquid Cooling solutions.

🔹The transition beyond 20-40 kW per rack marks the point where Liquid Cooling becomes essential for delivering greater efficiency, higher compute density and better performance.

🔹Direct Liquid Cooling removes approximately 80-90% of server heat, leaving only around 10-20% to be handled by traditional air cooling.

🔹The goal for Data Center operators is to reduce PUE as close to 1.0 as practically possible. This means maximizing the amount of available power dedicated to computing resources rather than being consumed by cooling and other supporting infrastructure.

🔹Liquid Cooling isn't just about managing heat, it's creating opportunities for heat reuse. Some European Data Centers are already capturing outlet water at around 60°C to heat greenhouses and support HVAC systems.

The industry is entering a new phase where cooling technology enables the next wave of compute growth. For Data Center operators, the choice is clear: adopt Liquid Cooling or risk being left behind.

13/07/2026

Before implementing a new cooling solution across your Data Center, it is advisable to validate its performance in your own environment.

With a DCX Proof of Concept deployment, you can evaluate the technology using your own infrastructure, real workloads, and measurable performance data.

What you can expect from our PoC:
🔹Delivery of a complete Direct-to-Chip Liquid Cooling solution, including all required components.
🔹Professional installation and system commissioning by our engineering team.
🔹Performance validation under your operating conditions.
🔹Ongoing technical assistance throughout the evaluation period.

Why Data Centers are adopting Direct-to-Chip Liquid Cooling:
✅ Delivers efficient heat removal directly from CPUs and GPUs using advanced cold plates and precision liquid distribution.
✅ Removes more than 90% of server-generated heat while reducing reliance on conventional air cooling.
✅ Enables high-density AI, HPC, and advanced computing deployments.
✅ Maintains reliable performance in ambient temperatures up to 45°C.

From the initial evaluation to full-scale deployment, we help you verify the technology, assess its benefits, and implement the right cooling strategy.

Ready to validate Direct-to-Chip Liquid Cooling in your infrastructure? Get in touch with us at 📩 [email protected].

*Partners can leverage this PoC deployment at production cost to demonstrate the technology directly to their customers.

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

Strona Internetowa

http://dcx.eu/

Ostrzeżenia

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