Muutke küpsiste eelistusi

E-raamat: The Green and Virtual Data Center

2.50/5 (4 hinnangut Goodreads-ist)
(StorageIO Group, Stillwater, Minnesota, USA)
  • Formaat: 400 pages
  • Ilmumisaeg: 19-Apr-2016
  • Kirjastus: Auerbach
  • ISBN-13: 9781420086676
Teised raamatud teemal:
  • Formaat - PDF+DRM
  • Hind: 76,43 €*
  • * hind on lõplik, st. muud allahindlused enam ei rakendu
  • Lisa ostukorvi
  • Lisa soovinimekirja
  • See e-raamat on mõeldud ainult isiklikuks kasutamiseks. E-raamatuid ei saa tagastada.
The Green and Virtual Data CenterSuurem pilt
  • Formaat: 400 pages
  • Ilmumisaeg: 19-Apr-2016
  • Kirjastus: Auerbach
  • ISBN-13: 9781420086676
Teised raamatud teemal:

DRM piirangud

  • Kopeerimine (copy/paste):

    ei ole lubatud

  • Printimine:

    ei ole lubatud

  • Kasutamine:

    Digitaalõiguste kaitse (DRM)
    Kirjastus on väljastanud selle e-raamatu krüpteeritud kujul, mis tähendab, et selle lugemiseks peate installeerima spetsiaalse tarkvara. Samuti peate looma endale  Adobe ID Rohkem infot siin. E-raamatut saab lugeda 1 kasutaja ning alla laadida kuni 6'de seadmesse (kõik autoriseeritud sama Adobe ID-ga).

    Vajalik tarkvara
    Mobiilsetes seadmetes (telefon või tahvelarvuti) lugemiseks peate installeerima selle tasuta rakenduse: PocketBook Reader (iOS / Android)

    PC või Mac seadmes lugemiseks peate installima Adobe Digital Editionsi (Seeon tasuta rakendus spetsiaalselt e-raamatute lugemiseks. Seda ei tohi segamini ajada Adober Reader'iga, mis tõenäoliselt on juba teie arvutisse installeeritud )

    Seda e-raamatut ei saa lugeda Amazon Kindle's. 

Cutting across various IT data technology domains, this book discusses the interdependencies that need to be supported to enable a virtualized, energy-efficient, economical, and environmentally friendly data center. Part I looks at IT data center economic and environmental issues, and defines what constitutes a green data center. Part II examines elements of virtual data centers, including infrastructure resource management and measurements. Part III reviews various technologies for enabling a green and virtual data center, and Part IV outlines steps for putting together a green and virtual data center. Checklists and a glossary are included. The book has been written with several audiences in mind, including IT analysts, administrators, and architecture. With its clear writing style, other audiences for the book includes manufacturers and sales, marketing, support, and engineering organizations, as well as public relations, investors, and media professionals associated with IT technologies and services. Schulz is founder of a technology industry consultancy focusing on data infrastructure. Annotation ©2009 Book News, Inc., Portland, OR (booknews.com)

The Green and Virtual Data Center sets aside the political aspects of what is or is not considered green to instead focus on the opportunities for organizations that want to sustain environmentally-friendly economical growth. If you are willing to believe that IT infrastructure resources deployed in a highly virtualized manner can be combined with other technologies to achieve simplified and cost-effective delivery of services in a green, profitable manner, this book is for you.

Savvy industry veteran Greg Schulz provides real-world insight, addressing best practices, server, software, storage, networking, and facilities issues concerning any current or next-generation virtual data center that relies on underlying physical infrastructures. Coverage includes:

  • Energy and data footprint reduction
  • Cloud-based storage and computing
  • Intelligent and adaptive power management
  • Server, storage, and networking virtualization
  • Tiered servers and storage, network, and data centers
  • Energy avoidance and energy efficiency

    • Many current and emerging technologies can enable a green and efficient virtual data center to support and sustain business growth with a reasonable return on investment. This book presents virtually all critical IT technologies and techniques to discuss the interdependencies that need to be supported to enable a dynamic, energy-efficient, economical, and environmentally-friendly green IT data center. This is a path that every organization must ultimately follow.

    Take a tour of the Green and Virtual Data Center website.

    CRC Press is pleased to announce that The Green and Virtual Data Center has been added to Intel Corporation’s Recommended Reading List. Intel’s Recommended Reading program provides technical professionals a simple and handy reference list of what to read to stay abreast of new technologies. Dozens of industry technologists, corporate fellows, and engineers have helped by suggesting books and reviewing the list. This is the most comprehensive reading list available for professional computer developers.

    Arvustused

    The book reviews the latest developments in facilities, server, storage, networking, and monitoring technologies and provides a roadmap of how each can be used to create next-generation data centers that combine efficiency with scalability ... Schulz's book provides an excellent primer for those wanting to understand how to create data centers for this new paradigm. -Kurt Marko, in Processor, March 2009, Vol. 31, No. 11 What I like about Schulz's approach is that he doesn't really pass judgment on whether or not you should re-adjust your IT initiatives around some greener-good agenda. He's focused more so on illustrating how some of the technologies you're already considering for the good of your business - virtualization, blade platforms, cloud computing power management - might otherwise be pretty cool for the environment, too. -Heather Clancy, Green Tech Pastures, in ZDNet, February 26, 2009 Greg Schulz has presented a concise and visionary perspective on the Green issues. He has cut through the hype and highlighted where to start and what the options are. A great place to start your green journey and a useful handbook to have as the journey continues. -Greg Brunton, EDS/An HP Company I must admit that I have been slightly skeptical at times, when it comes to what the true value is behind all of the discussions on 'green' technologies in the data center. As someone who has seen both the end user and vendor side of things, I think my skepticism gets heightened more than it normally would be. This book really helped dispel my skepticism. ...extremely well organized and easy to follow. Each chapter has a very good introduction and comprehensive summary. This book could easily serve as a blueprint for organizations to follow when they look for ideas on how to design new data centers. It's a great addition to an IT Bookshelf. -Dr. Steve Guendert, Global Solutions Architect, Brocade Communications

    Preface xiii
    About the Author xvii
    Acknowledgments xix
    PART I: Green IT and the Green Gap-Real or Virtual? 1
    Chapter 1 IT Data Center Economic and Ecological Sustainment
    		3
    1.1 The Many Faces of Green—Environmental and Economic
    		3
    1.2 The Growing Green Gap: Misdirected Messaging, Opportunities for Action
    		5
    1.3 IT Data Center "Green" Myths and Realties
    		7
    1.4 PCFE Trends, Issues, Drivers, and Related Factors
    		10
    1.5 Closing the Green Gap for IT Data Centers
    		15
    1.5.1 Energy Consumption and Emissions: Green Spotlight Focus
    		20
    1.5.2 EHS and Recycling: The Other Green Focus
    		21
    1.5.3 Establishing a Green PCFE Strategy
    		22
    1.6 Summary
    		27
    Chapter 2 Energy-Efficient and Ecologically Friendly Data Centers
    		29
    2.1 Electric Power and Cooling Challenges
    		30
    2.2 Electrical Power—Supply and Demand Distribution
    		33
    2.3 Determining Your Energy Usage
    		37
    2.4 From Energy Avoidance to Efficiency
    		39
    2.5 Energy Efficiency Incentives, Rebates, and Alternative Energy Sources
    		41
    2.6 PCFE and Environmental Health and Safety Standards
    		45
    2.7 Summary
    		45
    PART II: Next-Generation Virtual Data centers 47
    Chapter 3 What Defines a Next-Generation and Virtual Data Center?
    		49
    3.1 Why Virtualize a Data Center?
    		50
    3.2 Virtualization Beyond Consolidation—Enabling Transparency
    		54
    3.3 Components of a Virtual Data Center
    		56
    3.3.1 Infrastructure Resource Management Software Tools
    		59
    3.3.2 Measurements and Management Insight
    		59
    3.3.3 Facilities and Habitats for Technology
    		60
    3.3.4 Tiered Servers and Software
    		61
    3.3.5 Tiered Storage and Storage Management
    		62
    3.3.6 Tiered Networks and I/0 Virtualization
    		62
    3.3.7 Virtual Offices, Desktops, and Workstations
    		63
    3.4 Summary
    		63
    Chapter 4 IT Infrastructure Resource Management
    		65
    4.1 Common IRM Activities
    		67
    4.2 Data Security (Logical and Physical)
    		69
    4.3 Data Protection and Availability for Virtual Environments
    		70
    4.3.1 Time to Re-Architect and Upgrade Data Protection
    		71
    4.3.2 Technologies and Techniques—Virtual Server Data Protection Options
    		74
    4.3.3 Virtual Machine Movement and Migration
    		75
    4.3.4 High Availability
    		76
    4.3.5 Snapshots
    		77
    4.3.6 Agent-Based and Agent-Less Data Protection
    		78
    4.3.7 Proxy-Based Backup
    		79
    4.3.8 Local and Remote Data Replication
    		81
    4.3.9 Archiving and Data Preservation
    		82
    4.3.10 Complete Data Protection
    		83
    4.4 Data Protection Management and Event Correlation
    		84
    4.5 Server, Storage, and Network Resource Management
    		86
    4.5.1 Search and eDiscovery
    		87
    4.5.2 Rescuing Stranded or Orphaned Resources
    		88
    4.5.3 Capacity, Availability, and Performance Planning
    		89
    4.5.4 Energy Efficiency and PCFE Management Software
    		91
    4.6 Summary
    		92
    Chapter 5 Measurement, Metrics, and Management of IT Resources
    		93
    5.1 Data Center-Related Metrics
    		96
    5.2 Different Metrics for Different Audiences
    		100
    5.3 Measuring Performance and Active Resource Usage
    		107
    5.4 Measuring Capacity and Idle Resource Usage
    		113
    5.5 Measuring Availability, Reliability, and Serviceability
    		115
    5.6 Applying Various Metrics and Measurements
    		116
    5.7 Sources for Metrics, Benchmarks, and Simulation Tools
    		117
    5.8 Summary
    		118
    PART III: Technologies for Enabling Green and Virtual Data Centers 121
    Chapter 6 Highly Effective Data Center Facilities and Habitats for Technology
    		123
    6.1 Data Center Challenges and Issues
    		124
    6.2 What Makes up a Data Center
    		129
    6.2.1 Tiered Data Centers
    		130
    6.3 Data Center Electrical Power and Energy Management
    		132
    6.3.1 Secondary and Standby Power
    		134
    6.3.2 Alternative Energy Options and DC Power
    		136
    6.4 Cooling, HVAC, Smoke and Fire Suppression
    		138
    6.4.1 Cooling and HVAC
    		138
    6.4.2 Physical Security
    		143
    6.4.3 Smoke and Fire Detection and Suppression
    		144
    6.4.4 Cabinets and Equipment Racks
    		149
    6.4.5 Environmental Health and Safety Management
    		150
    6.5 Data Center Location
    		151
    6.6 Virtual Data Centers Today and Tomorrow
    		152
    6.7 Cloud Computing, Out-Sourced, and Managed Services
    		155
    6.8 Data Center Tips and Actions
    		158
    6.9 Summary
    		160
    Chapter 7 Servers—Physical, Virtual, and Software
    		163
    7.1 Server Issues and Challenges
    		164
    7.2 Fundamentals of Physical Servers
    		172
    7.2.1 Central Processing Units
    		175
    7.2.2 Memory
    		178
    7.2.3 I/O Connectivity for Attaching Peripheral Devices
    		181
    7.2.4 Cabinets, Racks, and Power Supplies
    		182
    7.2.5 Measuring and Comparing Server Performance
    		183
    7.3 Types, Categories, and Tiers Of Servers
    		183
    7.3.1 Blade Servers and Blade Centers
    		184
    7.3.2 Virtual Servers
    		187
    7.4 Clusters and Grids
    		200
    7.5 Summary
    		201
    Chapter 8 Data Storage—Disk, Tape, Optical, and Memory
    		205
    8.1 Data Storage Trends, Challenges, and Issues
    		206
    8.2 Addressing PCFE Storage Issues
    		209
    8.3 Data Life Cycle and Access Patterns
    		210
    8.4 Tiered Storage—Balancing Application Service with PCFE Requirements
    		212
    8.4.1 Tiered Storage System Architectures
    		213
    8.4.2 Tiered Storage Media or Devices
    		218
    8.4.3 Intelligent Power Management and MAID 2.0
    		224
    8.4.4 Balancing PACE to Address PCFE Issues with Tiered Storage
    		226
    8.5 Data and Storage Security
    		228
    8.6 Data Footprint Reduction—Techniques and Best Practices
    		229
    8.6.1 Archiving for Compliance and General Data Retention
    		230
    8.6.2 Data Compression (Real-Time and Offline)
    		231
    8.6.3 De-duplication
    		232
    8.6.4 Hybrid Data Footprint Reduction Compression and De-duplication
    		234
    8.7 Countering Underutilized Storage Capacity
    		234
    8.7.1 Thin Provision, Space-Saving Clones
    		236
    8.7.2 How RAID Affect PCFE and PACE
    		236
    8.8 Storage Virtualization—Aggregate, Emulate, Migrate
    		240
    8.8.1 Volume Mangers and Global Name Spaces
    		240
    8.8.2 Virtualization and Storage Services
    		241
    8.9 Comparing Storage Energy Efficiency and Effectiveness
    		244
    8.10 Benchmarking
    		246
    8.11 Summary
    		247
    Chapter 9 Networking with Your Servers and Storage
    		249
    9.1 I/O and Networking Demands And Challenges
    		250
    9.2 Fundamentals and Components
    		253
    9.3 Tiered Access for Servers and Storage—Local and Remote
    		255
    9.3.1 Peripheral Component Interconnect (PCI)
    		256
    9.3.2 Local Area Networking, Storage, and Peripheral I/O
    		258
    9.3.3 Ethernet
    		260
    9.3.4 Fibre Channel: 1 GFC, 2GFC, 4GFC, 8GFC, 16GFC
    		262
    9.3.5 Fibre over Ethernet (FCoE)
    		262
    9.3.6 InfiniBand (IBA)
    		264
    9.3.7 Serial Attached SCSI (SAS)
    		265
    9.3.8 Serial ATA (SATA)
    		267
    9.3.9 TCP/IP
    		268
    9.4 Abstracting Distance for Virtual Data Centers
    		269
    9.4.1 Metropolitan and Wide Area Networks
    		269
    9.4.2 Wide Area File Service (WAFS) and Wide Area Application Service (WAAS)
    		274
    9.5 Virtual I/O and I/O Virtualization
    		275
    9.5.1 N_Port_ID Virtualization
    		277
    9.5.2 Blade Center and Server Virtual Convexity Features
    		279
    9.5.3 Converged Networks
    		280
    9.5.4 PCI-SIG IOV
    		282
    9.5.5 Convergence Enhanced Ethernet and FCoE
    		284
    9.5.6 InfiniBand IOV
    		286
    9.6 Virtualization and Management Tool Topics
    		287
    9.6.1 Networking Options for Virtual Environments
    		288
    9.6.2 Oversubscription: Not Just for Networks
    		289
    9.6.3 Security
    		290
    9.6.4 Cabling and Cable Management
    		291
    9.7 Summary
    		293
    PART IV: Applying What You Have Learned 295
    Chapter 10 Putting Together a Green and Virtual Data Center
    		297
    10.1 Implementing a Green and Virtual Data Center
    		297
    10.2 PCFE and Green Areas of Opportunity
    		300
    10.2.1 Obtain and Leverage Incentives and Rebates
    		301
    10.2.2 Best Practices and IRM
    		301
    10.2.3 Implement Metrics, Measurements
    		308
    10.2.4 Mask-or-Move Issues
    		309
    10.2.5 Consolidation
    		311
    10.2.6 Reduced Data Footprint
    		312
    10.2.7 Tiered Servers, Storage, and I/O Network Access
    		316
    10.2.8 Energy Avoidance—Tactical
    		318
    10.2.9 Energy Efficiency -Strategic
    		319
    10.2.10 Facilities Review and Enhancements
    		320
    10.2.11 Environmental Health and Safety; E-Waste; Recycle, Reuse, Reduce
    		320
    10.3 Summary
    		321
    Chapter 11 Wrap-up and Closing Comments
    		323
    11.1 Where We Have Been
    		323
    11.2 Where We Are Going—Emerging Technologies and Trends
    		324
    11.3 How We Can Get There—Best Practices and Tips
    		328
    11.4
    Chapter and Book Summary
    		329
    Appendix A Where to Learn More 333
    Appendix B Checklists and Tips 337
    B.1 Facilities, Power, Cooling, Floor Space and Environmental Health and Safety
    		337
    B.2 Variable Energy Use for Servers
    		337
    B.3 Variable Energy Use for Storage
    		338
    B.4 Data Footprint Impact Reduction
    		339
    B.5 Security and Data Protection
    		340
    B.6 How Will Virtualization Fit into Your Existing Environment?
    		341
    B.7 Desktop, Remote Office/Branch Office (ROBO), Small/Medium Business (SMB), and Small Office/Home Office (SOHO) Users
    		341
    B.8 Questions to Ask Vendors or Solution Providers
    		342
    B.9 General Checklist and Tip Items
    		343
    Glossary 345
    Index 367
    Schulz, Greg
    Lisainfo e-raamatute kohta Lisainfo e-raamatute kohta
    Püsilink: https://www.kriso.ee/db/97814200866762e.html
    Märksõnad: