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Enterprise Data Center Design and Methodology [Mīkstie vāki]

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  • Formāts: Paperback / softback, 224 pages, height x width x depth: 236x179x14 mm, weight: 374 g
  • Izdošanas datums: 04-Mar-2002
  • Izdevniecība: Prentice Hall
  • ISBN-10: 0130473936
  • ISBN-13: 9780130473936
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Enterprise Data Center Design and MethodologyPalielināt
  • Formāts: Paperback / softback, 224 pages, height x width x depth: 236x179x14 mm, weight: 374 g
  • Izdošanas datums: 04-Mar-2002
  • Izdevniecība: Prentice Hall
  • ISBN-10: 0130473936
  • ISBN-13: 9780130473936
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9780130473936.html
Keywords:
Employing an approach that contradicts the conventional method of using square footage to determine basic capacities like power and cooling requirements, this guide shows how to design a data center from inception through construction, using a flexible and modular approach based on real-world requirements and capacities. The book provides design advice and information on topics including sizing, site selection, data center environmental considerations, network infrastructures, and hazard avoidance. Snevely is responsible for data center architecture at a major firm. Annotation c. Book News, Inc., Portland, OR (booknews.com)

Enterprise Data Center Design and Methodology is the practical, start-to-finish guide to data center design and retrofitting. It introduces a scalable, modular methodology for designing data centers of any size and capability, and breakthrough techniques for accurate capacity planning. Sun Enterprise Architect Rob Snevely offers realistic solutions for every facet of planning and implementation, including site selection, network connectivity and infrastructure, environmental considerations, building codes, construction, and hazard avoidance.

Papildus informācija

Enterprise Data Center Design and Methodology is the practical, start-to-finish guide to data center design and retrofitting. It introduces a scalable, modular methodology for designing data centers of any size and capability, and breakthrough techniques for accurate capacity planning. Sun Enterprise Architect Rob Snevely offers realistic solutions for every facet of planning and implementation, including site selection, network connectivity and infrastructure, environmental considerations, building codes, construction, and hazard avoidance.
Acknowledgments iii
Preface xvii
Sun BluePrints Program xviii
Who Should Use This Book xix
Before You Read This Book xix
How This Book Is Organized xix
Ordering Sun Documents xxi
Accessing Sun Documentation Online xxi
Typographic Conventions xxii
Shell Prompts in Command Examples xxii
Data Center Design Philosophy
1(6)
Look Forward by Looking Back
1(2)
A Modern Pantheon
3(1)
Fundamentals of the Philosophy
3(3)
Keep the Design as Simple as Possible
4(1)
Design for Flexibility
4(1)
Design for Scalability
5(1)
Use a Modular Design
5(1)
Keep Your Sanity
5(1)
Top Ten Data Center Design Guidelines
6(1)
Data Center Design Criteria
7(10)
Scope, Budget, and Criteria
7(6)
Project Scope
8(1)
Budget
8(2)
Build Budget and Run Budget
10(1)
Criteria
10(2)
Using Rack Location Units
12(1)
System Availability Profiles
13(2)
Insurance and Local Building Codes
15(1)
Determining the Viability of the Project
16(1)
Designing a Data Center
17(16)
Design Process
17(4)
Design Drawings
19(1)
Designing for Data Center Capacities
20(1)
Data Center Structural Layout
21(4)
Structural Considerations
22(1)
Raised Floor
23(1)
Aisles and Other Necessary Open Space
23(1)
Command Center
24(1)
Data Center Support Systems
25(3)
Space and Weight
26(1)
Power Requirements
26(1)
HVAC and Air Flow Requirements
26(1)
Network Cabling
27(1)
Planned Redundancies
27(1)
Physical and Logical Security
28(1)
Physical Access Restrictions
28(1)
Logical Access Restrictions
29(1)
System Monitoring
29(1)
Remote Systems Management
30(1)
Planning for Possible Expansion
31(2)
Determining Data Center Capacities
33(18)
Data Center Capacities
34(1)
Purpose of Rack Location Units
35(1)
Data Center Evolution
36(2)
Determining Criteria for RLUs
38(6)
Power
39(1)
Cooling
39(2)
Bandwidth
41(1)
Weight
41(2)
Physical Space
43(1)
Functional Capacity
43(1)
Creating RLU Definitions
44(2)
Using RLUs to Determine In-Feed Capacities
46(2)
Planning for Equipment Layout
48(3)
Site Selection
51(12)
Geographic Location
52(4)
Natural Hazards
52(2)
Man-Made Hazards
54(1)
Emergency Services and Vehicle Access
55(1)
Utilities
55(1)
Data Center Site Selection
56(4)
Retrofitting an Existing Site
56(1)
Security
57(1)
Access
58(1)
Raised Flooring
58(1)
Isolation From Contaminants
59(1)
Risk of Leaks
59(1)
Environmental Controls
59(1)
Room for Expansion
60(1)
General Site Considerations
60(3)
Geographic and District Criteria
60(1)
Data Center Area Criteria
61(2)
Implementing a Raised Floor
63(14)
Anatomy of a Raised Floor
63(10)
Floor Height
64(1)
Support Grid
64(1)
Floor Tiles
65(2)
Plenum
67(1)
Wireways and Outlets
67(1)
Cable Trays
68(1)
Placement of Wireways and Cable Trays
69(2)
Routing Wires and Cables
71(1)
Ramps and Lifts
72(1)
Floor Load Capacity
73(1)
Air Flow and Pressure
74(2)
Pressure Leak Detection
76(1)
Fire Rating
76(1)
Local Building Code
76(1)
Power Distribution
77(22)
Power Distribution System Design
77(6)
Assessing Power Requirements
78(1)
Multiple Utility Feeds
79(1)
Uninterruptible Power Supply
80(1)
Backup Power Generators
81(1)
Sharing Breakers
81(1)
Maintenance Bypass
82(1)
Installation and Placement
82(1)
Grounding and Bonding
83(3)
Compliance With the NEC
84(1)
Equipment Grounding Conductor Impedance
85(1)
Signal Reference Grid
86(2)
Recommended Practices
87(1)
Input Power Quality
88(4)
Power Conditioning Technology
89(1)
Harmonic Content
90(1)
Voltage Spikes
90(1)
Lightning Protection
90(1)
Emergency Power Control
91(1)
Wiring and Cabling
92(4)
Higher Amps and Single-Phase or Three-Phase
92(2)
Power Distribution Units
94(2)
Electromagnetic Compatibility
96(1)
Electrostatic Discharge
96(1)
Site Power Analyses
97(2)
HVAC and Other Environmental Controls
99(24)
Reasons for Environmental Control
100(1)
Temperature Requirements
101(1)
Relative Humidity
101(2)
Corrosion
103(1)
Electrostatic Discharge
103(1)
Air Conditioning Systems
103(7)
Chilled Liquid Systems
104(1)
Dry Conditioning Systems
105(1)
Planning Air Circulation
105(1)
Downward Flow System
106(1)
Overhead Air Handlers
107(1)
Centralized Air Handling
107(1)
Placement of HVAC Units
108(2)
Humidification Systems
110(1)
Monitoring Temperature and RH Levels
111(2)
Monitoring System
111(1)
Air Conditioner and Humidifier Set-Points
112(1)
Mechanical Support Systems
113(1)
Air Distribution
114(9)
Tile Placement and Air Flow
115(2)
Hardware Rack Placement
117(3)
Subfloor Pressure Differential
120(1)
Supply Air Plenum Integrity
121(1)
Vapor Barrier Design and Conditions
122(1)
Network Cabling Infrastructure
123(10)
Creating a Network Cabling Infrastructure
123(3)
Determining Connectivity Requirements
124(1)
Modular Design
124(1)
Hierarchy of the Network Structure
125(1)
Points of Distribution
126(3)
Network Terminal Servers
127(1)
Cross-Patch Ports
127(1)
Sub-Switches
128(1)
Cable Connectors
129(1)
Avoiding Spaghetti
130(1)
Labeling and Color Coding
131(1)
Verification
132(1)
Shipping, Receiving, and Staging
133(6)
Loading Dock
134(2)
Shipping and Receiving
135(1)
Staging Area
136(1)
Packing and Unpacking Area
136(1)
Storage
137(2)
Avoiding Hazards
139(10)
Types of Hazards
140(1)
Personnel Health and Safety
140(1)
Fire
141(4)
Fire Prevention
141(1)
Physical Barriers
142(1)
Fire Detection Systems
142(1)
Fire Suppression Systems
143(1)
Manual Fire Suppression
144(1)
Flooding
145(1)
Avoiding Leaks
145(1)
Earthquakes
146(1)
Miscellaneous Disasters
146(1)
Security Problems
147(1)
Noise Problems
148(1)
Environmental Contaminants
149(14)
Contaminant Types and Sources
150(5)
Gaseous Contaminants
150(2)
Particulate Contaminants
152(3)
Effects of Contaminants
155(1)
Physical Interference
155(1)
Corrosive Failure
155(1)
Short Circuits
155(1)
Thermal Failure
156(1)
Avoiding Contamination
156(7)
Exposure Points
156(1)
Subfloor Void
157(1)
Positive Pressurization and Ventilation
158(1)
Filtration
159(1)
Taking Out the Trash
160(1)
Regularly Scheduled Cleanings
160(3)
Codes and Construction
163(8)
Codes
163(4)
The Quagmire of Codes
164(2)
Codes and the Law
166(1)
Who Can Help?
166(1)
Construction Criteria
167(1)
Construction Materials
167(1)
Construction in an Operational Data Center
168(1)
Isolating Construction Activity
168(1)
Preserving Environmental Integrity
168(1)
Pre-Hardware Installation Checklist
168(3)
A. Managing System Configurations 171(10)
Abstract
171(1)
Introduction
172(1)
In the Beginning...
172(1)
Cabling
173(1)
System Installation
174(1)
Solaris JumpStart Software
175(1)
Source Control on the Solaris JumpStart Server
175(1)
Packages
176(1)
Software Patches
177(1)
Firmware and Storage Patches
177(1)
Storage Area Networks
178(1)
List of Things to Remember
178(1)
Conclusions
179(2)
B. Bibliography and References 181(6)
Books
181(1)
Publications
182(1)
Organizations
183(2)
Software
185(1)
Quote Acknowledgments
185(2)
Glossary 187(2)
Index 189
Rob Snevely is an Enterprise Architect at Sun Microsystems, working in the Quality Engineering and Deployment organization. He has over 14 years' experience working with large-scale UNIX systems in data center environments and is responsible for data center architecture for all of the Enterprise Technology Centers at Sun. Since coming to work for Sun in 1990 as a system administrator, he has been involved with network and system performance and large scale system engineering. His liberal arts background in theatre, art history, and fashion design augment his practical and pragmatic methods for designing data centers.