DC IT Safe
Future Edition
The sustainable compact data center for the security of your IT infrastructure.
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highly available, highly secure, and sustainable IT protection
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pioneering and innovative cooling concept
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complies with current F-gas and GWP regulations
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flexible and modularly expandable
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compact on approximately 2 m²
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Custom color options, additional RAL colors available upon request
The future-proof Micro Data Center
The DC IT Safe Future Edition is the eco-friendly version of our Micro Data Center, the DC IT Safe. More sustainable IT doesn’t have to mean less security. The Future Edition proves that the two go hand in hand: lower resource consumption, greater control, and reliable protection for your critical infrastructure. With its cutting-edge cooling solutions, smart PDUs, and UPS systems, it combines sustainability with high availability.
The DC IT Safe Future Edition is ideal for small and medium-sized businesses as well as companies with decentralized structures across all industries. You can choose the location for your future-proof micro data center – a fully equipped and redundant data center with an area of approximately 2 m² – regardless of the spatial constraints at your company.
Your advantages with DC IT Safe Future Edition
Sustained performance for any IT density
The DC IT Safe Future Edition enables energy-efficient and resource-conserving operation—both for traditional standard IT environments and for modern high-density applications with the most demanding performance requirements
Maximum availability with minimal resource consumption
Thanks to its redundant infrastructure and energy-efficient technologies, the DC IT Safe Future Edition ensures reliable IT operations around the clock
Future-proof edge and on-premises infrastructure
The modular micro data center solution enables a flexible, scalable, and ready-to-use IT environment right on-site. This allows companies to establish a secure foundation for digitalization, edge computing, and sustainable growth
Innovative and sustainable cooling solutions
Cold-water air cooling with direct liquid cooling
The combination of CW cooling and direct liquid cooling merges traditional systems with modern server-level liquid cooling. While the CW system efficiently handles the base load of room cooling, particularly power-intensive components such as CPUs and GPUs are cooled directly via liquid circuits. This enables even high power densities and AI workloads to be operated reliably and energy-efficiently.
Direct Liquid Cooling enables power densities ranging from 25 kW to well over 150 kW per rack. Heat is absorbed directly at the hotspots within the server and removed from the rack via CDU or InRack DLC systems. Supplementary air cooling systems such as sidecoolers or in-row coolers handle any remaining loads.
Possible versions
- Direct Liquid Cooling via Cold Plate Technology
- InRack DLC units up to 150 kW per rack
- Sidecoolers as supplementary air cooling
- Primary/secondary circuits with water-based heat dissipation
- Scalable HPC, GPU, and AI clusters
- Combination of air and liquid cooling
Outdoor units using propane and indoor chillers
Modern data centers are increasingly relying on outdoor propane cooling systems in combination with indoor chillers. The natural refrigerant R290 (propane) is used exclusively in the outdoor units, while an efficient and safe chilled water system inside the building handles the cooling of the IT equipment. The generated cooling is transported via water circuits to CRAH systems, in-row coolers, or direct liquid cooling systems. Separating the refrigerant and building circuits creates a high-performance, sustainable, and future-proof cooling architecture for modern data centers.
Possible versions
- Outdoor units with R290 propane technology
- Indoor chillers or hydraulic distribution systems
- Combination with indirect free cooling
- Supply to CRAH, InRow, or Sidecooler systems
- Integration of DLC/CDU systems for high-density racks
- Redundant design up to N+1 or 2N
Direct free cooling
Direct free cooling uses cool outside air to regulate the temperature of IT infrastructures in an energy-efficient manner—largely without the need for conventional refrigeration. The treated air is specifically used to dissipate heat in the data center, thereby significantly reducing energy consumption and operating costs. The result is a high-performance, sustainable, and future-proof cooling architecture for modern data centers.
Intelligent UPS Systems (Uninterruptible Power Supply)
Higher efficiency
Modern UPS systems use wide-bandgap semiconductors and advanced electronics to minimize conversion losses. This lowers power consumption and reduces heat generation (and thus the need for cooling).
Long-lasting batteries
Lithium batteries offer significantly more charge cycles, require less maintenance, and have a more compact design than traditional lead-acid batteries—which improves service life, total cost of ownership, and sustainability.
Intelligent PDU (Power Distribution Units)
Remote management and scalability
Outlet- or device-level switching reduces unnecessary energy consumption and enables proactive load management, such as turning off unused devices outside of operating hours.
Transparent energy efficiency through smart metering
Modern PDUs enable precise, real-time monitoring of energy consumption, thereby providing maximum transparency in the data center. This helps improve energy efficiency, optimize resource allocation, and support decarbonization goals in a sustainable manner.
Full protection against physical hazards
![[Translate to English:] DC IT Safe 2025](/fileadmin/user_upload/safe-platzhalter-25_01.png "[Translate to English:] DC IT Safe 2025")
What can we do for you?
Together we will find the right products and services for your individual needs. To learn more, please feel free to contact us personally. To do so, use our contact form or simply give us a call. We look forward to hearing from you!