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APC White Papers

• wp 1 - The Different Types of UPS Systems
• wp 2 - Calculating TotalPower Requirements for Data Centers
• wp 4 - Essential Power System Requirements for Next Generation Data Centers
• wp 5 - Essential Cooling System Requirements for Next Generation Data Centers
• wp 6 - Determining Total Cost of Ownership for Data Center and Network Room Infrastructure
• wp 7 - Essential Rack System Requirements for Next Generation Data Centers
• wp 8 - Inter-System Ground Noise: Causes and Effects
• wp 9 - Common Mode Susceptibility of Computers
• wp 10 - Preventing Data Corruption in the Event of an Extended Power Outage
• wp 11 - Explanation of Cooling and Air Conditioning Terminology for IT Professionals
• wp 12 - Essential NCPI Service Requirements for Next Generation Data Centers
• wp 13 - Essential NCPI Management Requirements for Next Generation Data Centers
• wp 14 - Essential NCPI Management Requirements for Next Generation Data Centers
• wp 15 - Watts and Volt-Amps: Powerful Confusion
• wp 16 - Protection of RS-232 Serial Connections
• wp 17 - Understanding Power Factor, Crest Factor, and Surge Factor
• wp 18 - The Seven Types of Power Problems
• wp 19 - Re-examining the Suitability of the Raised Floor for Data Center Applications
• wp 21 - Neutral Wire Facts and Mythology
• wp 22 - Understanding EPO and its Downtime Risks
• wp 23 - Reliability Models for Electric Power Systems
• wp 24 - Effect of UPS on System Availability
• wp 25 - Calculating Total Cooling Requirements for Data Centers
• wp 26 - Hazards of Harmonics and Neutral Overloads
• wp 27 - Use of 208 Volt verses 120 Volt Inputs for Servers
• wp 29 - Rack Powering for High Density
• wp 30 - Battery Technology for Data Centers and Network Rooms: Battery Options
• wp 31 - Battery Technology for Data Centers and Network Rooms: Safety Codes
• wp 32 - Battery Technologies for Data Centers and Network Rooms: Environmental Regulations
• wp 33 - Battery Technology for Data Centers and Network Rooms: Site Planning
• wp 34 - Battery Technology for Data Centers and Network Rooms: Ventilation
• wp 35 - Battery Technology for Data Centers and Network Rooms: Lifecycle Costs
• wp 37 - Avoiding Costs From Oversizing Data Center and Network Room Infrastructure
• wp 38 - Harmonic Currents in the Data Center: A Case Study
• wp 39 - Battery Technology for Data Centers and Network Rooms: VRLA Reliability and Safety
• wp 40 - Cooling Audit for Identifying Potential Cooling Problems in Data Centers
• wp 42 - Ten Steps to Solving Cooling Problems Caused by High- Density Server Deployment
• wp 43 - Dynamic Power Variations in Data Centers and Network Rooms
• wp 44 - Improving Rack Cooling Performance Using Blanking Panels
• wp 46 - Cooling Strategies for Ultra-High Density Racks and Blade Servers
• wp 48 - Comparing Availability of Various Rack Power Redundancy Configurations
• wp 49 - Avoidable Mistakes that Compromise Cooling Performance in Data Centers and Network Rooms
• wp 50 - Cooling Options for Rack Equipment with Side-to-Side Airflow
• wp 52 - Four Steps to Determine When a Standby Generator is Needed for Small Data Centers and Network Rooms
• wp 55 - Air Distribution Architecture Options for Mission Critical Facilities
• wp 56 - How and Why Critical Cooling Systems Differ Common Air Conditioners
• wp 57 - Fundamental Principles of Air Conditioners for Information Technology
• wp 58 - Humidification Strategies for Data Centers and Network Rooms
• wp 59 - The Different Types of Air Conditioning Equipment for IT Environments
• wp 60 - Avoiding AC Capacitor Failures in Large UPS Systems
• wp 62 - Powering Single Corded Equipment in a Dual Path Environment
• wp 63 - AC vs DC Power Distribution for Data Centers
• wp 64 - Alternative Power Generation Technologies for Data Centers and Network Rooms
• wp 69 - Power and Cooling for VoIP and IP Telephony Applications
• wp 73 - Reducing the Hidden Costs Associated with Upgrades of Data Center Power Capacity
• wp 75 - Comparing UPS System Design Configurations
• wp 76 - Modular Systems: The Evolution of Reliability
• wp 78 - Mean Time Between Failure: Explanation and Standards
• wp 79 - Technical Comparison of On-line vs. Line-interactive UPS designs
• wp 80 - Local versus Network Power for Cable Telephony
• wp 81 - Site Selection for Mission Critical Facilities
• wp 82 - Physical Security in Mission Critical Facilities
• wp 83 - Mitigating Fire Risks in Mission Critical Facilities
• wp 84 - Network-Critical Physical Infrastructure for Enterprise Wireless LANs
• wp 85 - Data Line Transient Protection
• wp 86 - Network-Critical Physical Infrastructure for Medical Imaging and Diagnostic Equipment
• wp 87 - Use of the Signal Reference Grid in Data Centers
• wp 89 - Network-Critical Physical Infrastructure for Radio Frequency Identification (RFID) Systems
• wp 90 - Essential Standby Generator System Requirements for Next Generation Data Centers
• wp 92 - Local Powering Solutions for Fiber To The Home (FTTH) Technology
• wp 93 - Fundamental Principles of Generators for Information Technology
• wp 96 - A Hidden Reliability Threat in UPS Static Bypass Switches
• wp 100 - Management Strategy for Network Critical Physical Infrastructure
• wp 101 - Fundamental Principles of Network Security
• wp 102 - Monitoring Physical Threats in the Data Center
• wp 108 - Making Large UPS Systems More Efficient
• wp 109 - Reliability Analysis of the APC Symmetra MW Power System
• wp 111 - Reliability Analysis of the APC InfraStruXure Power System
• wp 112 - Performing Effective MTBF Comparisons for Data Center Infrastructure
• wp 113 - Electrical Efficiency Modeling of Data Centers
• wp 114 - Implementing Energy Efficient Data Centers
• wp 115 - Accounting and Tax Benefits of Modular, Portable Data Center Infrastructure
• wp 116 - Standardization and Modularity in Network-Critical Physical Infrastructure
• wp 117 - Network-Critical Physical Infrastructure: Optimizing Business Value
• wp 120 - Guidelines for Specification of Data Center Power Density
• wp 121 - Airflow Uniformity Through Perforated Tiles in a Raised- Floor Data Center
• wp 123 - Impact of High Density Hot Aisles on IT Personnel Work Conditions
• wp 125 - Strategies for Deploying Blade Servers in Existing Data Centers
• wp 128 - Increasing Data Center Efficiency by Using Improved High Density Power Distribution
• wp 130 - The Advantages of Row and Rack- Oriented Cooling Architectures for Data Centers
• wp 131 - Improved Chilled Water Piping Distribution Methodology for Data Centers