How can operators reclaim valuable White Space in #DataHall? The DCX 5MW #FDU is a breakthrough centralized #CoolingSolution that moves CDUs outside the White Space, freeing room to add racks, boost density and extend Data Hall lifespan. Explore our solution📩 sales@dcx.eu

#DataCenters generate huge amounts of heat. With #LiquidCooling and high-density servers, waste heat can reach higher temps than traditional air-cooled systems, making it more suitable for integration into district heating networks. #ReusingHeat is a smart step toward efficiency

Are liquids near electronics in #DataCenters a risk? 🤔 Not when done right. With proper engineering, #LiquidCooling is safe, efficient and vital for next-gen Data Centers. Operates at 1-3 bar, tested up to 20 bar, ensuring stability and zero-leak reliability.

Excited to announce DCX has signed a strategic collaboration with Zetkama Sp. z o.o. 🤝 Together, we’ll advance high-performance #LiquidCooling for #DataCenters and industry, combining Zetkama’s premium valves with DCX tech expertise. Excited for what we’ll achieve together!

#DataCenters generate massive waste heat, but it doesn’t have to go to waste. At DCX, our CDUs and FDUs enable efficient #LiquidCooling and #HeatReuse for district heating, pools, greenhouses and hotels. Turn heat into an asset 👉 sales@dcx.eu

As autumn approaches winter 2025, the EU faces rising heating demand. 🔹62.5% of household energy goes to space heating, 15% to water. #DataCenters using #LiquidCooling can capture 👉50-60°C waste heat for homes, greenhouses, pools or district heating, boosting efficiency.

Unlike legacy #LiquidCooling topologies, the DCX 5MW FDU relocates CDUs outside the White Space in #DataCenters, making maintenance safer and easier. ✅ Centralized system ✅ No obstructed aisles ✅ Supports the entire IT zone ✅ Streamlined cooling Contact us📩 sales@dcx.eu

Are chillers and cold water still needed in #DataCenters? Even with #LiquidCooling removing 85-90% of server heat, ultra-dense #AI racks generate residual heat. RDHx units and thermal storage help, making chillers still critical for stability and efficiency. What do you think?

Engineered for next-generation #AI and #HPC clusters, the DCX in-rack #CDU combines efficiency and scalability. 🔹 Delivers 120 kW of cooling capacity. 🔹 Supports ASHRAE W3/W4 warm water for easy integration. 🔹 Reduces chiller dependency. 🔹 Enables efficient #HeatReuse.

#AI and #HPC are pushing #DataCenters beyond legacy cooling that managed only 5 to 10 kW per rack. Old CDUs offer no flexibility and waste space. DCX 5 MW #FDU changes that: ✅ Scales with AI workloads ✅ Frees up White Space ✅ Offers future-proof design 📩 sales@dcx.eu

Rack density is no longer just an operational metric, it’s the new frontier of #DataCenter design! #AI scale, advanced #LiquidCooling and efficiency demands push racks to 200-600 kW. Air cooling can’t keep up and new infrastructure is a must. ✅ DCX 5MW FDU is a necessity!

Why do operating temperatures matter in #DirectLiquidCooling ? 🌡️ Legacy Direct Liquid Cooling ran at ~30°C. Modern systems run 40-45°C in / 55-60°C out, enabling #HeatReuse, lower cooling costs and higher efficiency. Smarter temperatures means greener #DataCenters.

Do we still need raised floors and CRAC units? 🤔 #DirectToChip #LiquidCooling removes up to 90-95% of heat at the source, making CRAC units nearly obsolete. Pipes can run easily above racks. Remaining heat? Managed by rear-door heat exchangers, making raised floors unnecessary.

#DirectToChip cooling is key for high-density #DataCenters, but the challenges go beyond technology. 👉 Topology matters - choose modern #AI Topology 👉 Coolant strategy is critical 👉 Expertise matters Trust DCX to guide your #LiquidCooling journey. Contact us📩 sales@dcx.eu

#WUE measures how much water a #DataCenter consumes per unit of computing output. Immersion and Direct-to-Chip cooling can: 🔹Cut cooling energy by up to 90% 🔹Minimize water use 🔹Reduce reliance on water-intensive towers 🔹Lower costs DCs goal? To Beat 1.8 L/kWh WUE

In Seinäjoki 🇫🇮 our DCX PRO 9 #ImmersionCooling turns 1.2 MW of compute into clean heat for the city. 🔹This recovered energy is already heating 11 000+ homes, hotels, pools and SPAs 🔹Every kW is recycled into usable warmth 🔹We ensure peak performance with sustainability 24/7

Cut ~86 kW from your #DataCenter GPU-heavy cluster with modern #AI topology and #FDU! 🔹Centralized node outside White Space 🔹Only 2 loops: supply and return 🔹Fully separated circuits 🔹High-pressure pumps 5 MW FDU = ~28% less auxiliary energy and lower OPEX

The FDU redefines #LiquidCooling in modern #DataCenters: ✅ Deployed outside the White Space, not in IT rows. ✅ Centralizes cooling, replacing dozens of CDUs. ✅ Flexible rack placement with >50m pump head. ✅ Scales easily from 20 to 200 racks. ✅ Full thermal control.

TCS secondary loop piping is the backbone of modern #DataCenter cooling. Key benefits: 🔹 Higher efficiency 🔹 Stable performance 🔹 Greater durability We deliver end-to-end #CoolingSolutions,from design to manufacturing. Let’s connect 📩 sales@dcx.eu

Latest insights on #DirectToChip cooling: 🔹 D2C efficiently cools high-performance CPUs and GPUs. 🔹 Market to grow from $2.2B 👉 $14.4B by 2035 🔹 North America holds 39% share 🔹 Europe anticipates strong growth Demand for D2C cooling will only continue to rise.📩 sales@dcx.eu