888.501.4368
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Colocation Data Center Houston - Data Sheet
Our new 50,000 sq.ft. high availability data center in North Houston will be ready for customer installation in early July 2011. Designed and built by Digital Realty Trust, our newest facility features a modular design for maximum efficiency and fault tolerant concurrent maintainability. • Fault tolerant 2N power and cooling design • Four 2MW generators and backup diesel fuel • 24x7x365 security and dedicated Network Operations Center • Flexible power configurations, full cages and cabinets |
DATA SHEET
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Tier IV-Designed Data Center Bryan - Data Sheet
Location 100 miles northwest of Houston, our Tier IV-designed data center in Bryan/College Station is far away from hurricanes and close enough for convenience. The carrier-neutral, 16,000 sq.ft. colocation facility is strategically positioned at the fiber nexus of leading telecommunication providers and features a pod design for the most efficient use of resources. • Concurrently maintainable N+1 power and cooling • Three 2MW generators and four days of onsite diesel fuel • Diverse substations deliver fault tolerant power to multiple UPS rooms • State-of-the-art Network Operations Center and 24x7 security and fire protection |
DATA SHEET
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Disaster Recovery Office Space - Data Sheet
Whether you’ve felt operational distress after a hurricane or require a contingency worksite to meet compliance regulations, FIBERTOWN offers scalable and reliable DR solutions to meet your needs. Our dedicated DR office space is ready to activate at a moment's notice and not first come, first serve. • 100 miles northwest of Houston and out of reach of hurricanes • Backed by a Tier IV-designed data center with 24x7 security • Access to the fastest and most reliable telecom networks • Best-in-class technology and amenities |
DATA SHEET
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Four Secrets to Avoiding Data Center Downtime
Dual-powered data centers have increased IT reliability by ensuring power distribution and delivery. Improper implementation can negate or diminish the effectiveness of dual power designs. To eliminate downtime, avoid these four design failures that can lead to interruption. • Breaker Trip on Failover • Breaker Trip During Restart • Power Loss on Single-Corded Gear • Excessive Power Charges Through Underutilization |
eBOOK |
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Heat Density Trends in Data Processing, Computer Systems and Telecommunications Equipment
Perspectivties, Implications and the Current Reality in Many Data Centers |
ANALYST REPORT |
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Tier Classifications Define Site Infrastructure Performance
Objective basis for comparing the capabilities of a particular design topology of others or to compare groups of sites. |
ANALYST REPORT |
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Alternating Cold and Hot Aisles Provides More Reliable Cooling for Server Farms
The creation of "server farms" compromising hundreds of individual file servers has become quite commonplace in the new e-commerce economy. Other businesses spawn farms by moving equipment previously in closets or under desktops into a centralized data center environment. Many of these farms are hastily planned and implemented as the needed equipment must be quickly installed on a rush schedule. This lack of floor-layout planning is not apparent until after serious reliability problems have already occurred (Uptime Institute).
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ANALYST REPORT |
