HP Integrity servers dynamically adapt thermal controls to lower operational costs and deliver exceptional better performance. HP Integrity servers not only deliver world-class performance, they were also engineered with the environment in mind.
The internal temperature is constantly monitored, abnormal levels are detected, and appropriate corrective action is taken such as initiating system shutdown when temperature reaches critical levels to prevent overheating. This reduces the risk of damaging critical system components and the graceful shut down of applications prevent data corruption.
Power conversion technologies
Power conversion technologies utilize the most energy efficient power supplies to deliver 15+% efficiency.
Acoustics and airflow management
Optimally tuned internal fans on the Integrity office-friendly server offer reduced acoustic levels and minimal disruption.
Fans with full resiliency: In an event of a fan failure, other fans increase velocity to maintain system availability. Airflow channels are optimized to disperse internal heat buildup.
Adaptive fans that detect resistance—they speed up and slow down as needed.
System performance efficiency
Boost server efficiency by cutting leakage of electrical current and utilizing the most advanced materials to deliver outstanding performance/watt benchmarks, doubling every two years.
Provide at least 2x better performance than previous generation systems at lower or similar thermal power envelope.
Ideal power consolidation platform
HP Integrity servers offer the best consolidation platform combined with the virtualized server environment and the utility pricing model delivers dramatic power savings.
Overall data center efficiency
HP Integrity servers are designed to work hand in hand with the dynamic smart cooling system.
Utility rebates
These high-energy efficient servers qualify for an energy savings rebate through some local utility companies.
Power calculators for HP Integrity servers
These power calculators compute the estimated server power and cooling data. Each calculator factors in different server components and application loads to determine the electrical consumption and heat dissipation. Features:
Approximates the server electrical and heat load for facilities planning
Interactive slide bar to vary software application load and compute for appropriate electrical and heat load
Analyzes server load to determine the required power supplies for redundant setup
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