Data Center Infrastructure

The starting point for any organizations IT infrastructure, is the Data Center Infrastructure – the racks, cabling systems, power, and cooling systems that insure maximum system availability.

Coda works closely with American Power Conversion (APC) and APC’s InfrasStruXure architecture.  InfraStruXure™ fully integrates power, cooling, rack, management and services. This on-demand architecture allows the selection of standardized components to create a solution through modular and mobile configurations. InfraStruXure is available for any IT environment, from wiring closets to large data centers.

• InfraStruXure is an innovative architecture for network-critical physical infrastructure (NCPI). Using an open, building-block approach and standardized, modular components.
• InfraStruXure fully integrates power, cooling, and environmental management within a rack-optimized design.
• InfraStruXure lets you install only what is required today, yet easily scale to meet future demands. It also increases system availability while decreasing design and install time from months to days.
• InfraStruXure architecture is suitable for environments of all sizes, from wiring closets to large data centers.

Why InfraStruXure^®?

Availability

• Highest cooling density available (up to 20kW of cooling per rack)
• Increased runtime from minutes to days
• Redundant design of system eliminates single points of failure
• Factory pre-tested system reduces downtime
• Hot-swappable modules lower mean-time-to-recovery
• Proactive management identifies potential problems before they occur
• Locking enclosures provide a secure environment

Agility

• Adaptability
  • Rack-based modular approach allows system to be easily moved
  • Scalable design accommodates changing power densities
  • Power distribution system accommodates all receptacle types
  • Vendor-neutral enclosure guarantees compatibility with all major IT vendors
• Speed
  • Pre-configured systems (Single Part Numbers)
  • Web-based configuration tool simplifies the design process
  • Configure-to-order approach accelerates installation
  • Integrated pre-engineered system eliminates need for on-site system test
  • Rack-based, standardized modules facilitate quick installation
• Total Cost of Ownership
  • On-demand design prevents oversizing and lowers cost
  • Standardized modules minimize one-time engineering costs
  • Built-in redundancy eliminates need to buy second UPS
  • Integrated cabling and cooling eliminates need for raised floor