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VERSION 4

RUN AN
ULTRA-HIGH-DENSITY
Data Center with
DDC S-Series

DDC is redefining high-density cooling with its patented S-Series cabinets, delivering unprecedented 100kW air and 400kW liquid-to-chip ready cooling per cabinet. Our cabinet technology helps modernize data centers with more modular, scalable, flexible, and efficient solutions by delivering intelligent power management, real-time environment monitoring, and dynamic management.   DDC ensures the highest-quality performance for your valuable equipment that lowers TCO and reduces operating and financial risk. DDC’s patented cabinet technology and DCIM real-time monitoring and dynamic management software provide a complete solution in a single cabinet that exceeds AI, HPC, GPU and other compute-intensive demands, future-proofing your data center.

100KW
Liquid
1-1000+
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PUSH
BEYOND
THE LIMITS

OF EXISTING
DATACENTER CAPABILITIES

scalable
Modular, Scalable, and Flexible for the Modern Data Center
DDC’s modular design allows you to deploy 1-1,000+ cabinets, matching build-out timelines to IT and budget demands.  Deploy ultra-high-density cabinets next to traditional IT cabinets and dynamically manage density as workloads expand and contract for ultimate flexibility.  As workloads transform, dynamically scale from 1kW to 100kW using air cooling. Direct liquid-to-chip capabilities can accommodate up to 400kW per cabinet, ensuring your business is future-proofed. You can deploy the S-Series in a wide variety of locations due to reduced ambient noise and transfer heat into your environment for ultimate flexibility.
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Ultra-High-Density Cooling and Better Heat Management
Embrace the scalability of air cooling with the effectiveness of liquid-to-chip cooling for an ultra-high-density data center cooling solution that lowers the total cost of ownership.  With less than 2° temperature variation from top to bottom of the cabinet, DDC delivers consistent air supply and temperature management to even the most dynamic workloads. An innovative liquid heat exchange within each cabinet removes heat and improves thermal density. The patented dual-fan design delivers high-velocity airflow, removing heat from the cabinet. DDC's cabinets have built-in liquid-to-chip ready cooling capabilities for even greater heat abatement.
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Reliable and Sustainable Operation
Patented DDC technology adjusts airflow and water flow in real time based on equipment loads, delivering better hardware performance, fewer component failures, and more sustainable operation. A closed-loop system means no net new water is ever needed, nearly eliminating water waste and improving the system's overall PUE scores.
Green Risk
Ruggedized Engineering that Mitigates Risk
S-Series is engineered with a reinforced sealing between hot and cold decks to optimize internal cooling and minimize heat transfer; stronger tops so technicians can walk on the tops of the cabinets for maintenance, servicing, and rigging; and simplified chilled water feeds to prevent leaks. Designed with NEMA 3R certification, built-in security and fire suppression, redundant motors and coils, and granular environmental control, the S-Series cabinets lower your loss footprint from an entire data center to a single cabinet, reducing operation and financial risk to expensive equipment from fire and water in your data center.
"If this cabinet is the meteorite, the old data center systems are the dinosaurs.”
– Civil & Structural Engineering

DATA CENTER STUDY:
DDC S-Series Cabinets 
VS. Containment and 
Heat Exchange

44-better-pue

TierPoint manages 40+ data center deployments in the United States. They recently used their extensive network of engineering partners from across their facilities to conduct an in-depth side-by-side analysis of a 16-megawatt augmentation to an existing data center. DDC S-Series cabinets outperformed Containment and Rear-Door Heat Exchange in every category. Here are the results. 

DDC S-Series
Benefits vs. Containment and Heat Exchange
Benefits Explained
Highest Performance at Every Compute Level
  • Flexible compute intensity support 0-85kW
  • Superior temperature control, with front and back airflow management
  • DDC dynamic response adjusted for large swings in kW load within seconds
Lowest Cost to Install
  • Smaller footprint reduced numerous cost areas
  • Reduced or eliminated cost for fire suppression, air handlers, raised floor, etc.
  • Rapid deployment reduces overall construction time and cost
Lowest Operating Cost
  • Closed loop cooling system uses no new water and greatly reduces operating cost
  • Dynamic resource allocation reduces energy cost and energy waste, lowering PUE to 1.2 or better in many cases
Superior Equipment Performance
  • Airflow management at front of server enables better hardware management and performance
  • Sealed cabinets and dynamic density response reduces temperature variations and component failures – helping hardware last longer
Security & Sound Control
  • Cabinet enclosures provide additional physical security and access control
  • Sound attenuation improves data center environment and reduces hearing risks
Better Operating Model
  • Dual fan system ensures adequate airflow even with extensive cabling work.
  • Higher density support reduces cable lengths, saving significant costs

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A SCALABLE SOLUTION
FOR EVERY APPLICATION

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S-Series & DCIM features