Build a seamless, flexible, full-service datacenter solution Microsoft Windows Server 2016 Hyper-V is the IT administrator's guide to this rising datacenter solution. Hyper-V has already surpassed VMWare in datacenter management, identity service for multiple devices, and more; this book shows you how to harness the power of this hypervisor to simplify the infrastructure, reduce costs, improve productivity, and better manage system resources. From a tour of the technology through architecture, deployment, and integration of System Center, Microsoft Azure, and Microsoft Azure Stack, the discussion illustrates the skills you need to create a complete solution for optimum enterprise management. Coverage includes Windows Azure capabilities for virtual machines, managing a hybrid cloud, IaaS, storage capabilities, PowerShell, and more, with practical real-world guidance from a leading authority in the field.
Hyper-V has recently undergone improvements in scalability and features that have positioned it as an ideal solution in the Small/Medium Business and Enterprise markets. This book shows you how to exploit these new capabilities to build a robust data solution for your organization.
Discover the capabilities of Microsoft Hyper-V Architect a Hyper-V datacenter solution Plan and manage a deployment or migration Integrate complementary technologies for full scalability
Data is everywhere—on desktops, laptops, phones, and multiple operating systems, accessed through email, text messages, web searches, online services, and more. All of this data must be stored, accessible, updated, backed up, secured, managed, sorted, and analyzed—sometimes instantly. Hyper-V is the rising star in the virtualization space, and Microsoft Windows Server 2016 Hyper-V shows you how to turn greater capabilities into better datacenter solutions.
By:
John Savill
Imprint: Sybex Inc.,U.S.
Country of Publication: United States
Dimensions:
Height: 234mm,
Width: 188mm,
Spine: 36mm
Weight: 907g
ISBN: 9781119286189
ISBN 10: 1119286182
Pages: 648
Publication Date: 09 December 2016
Audience:
Professional and scholarly
,
Undergraduate
Format: Paperback
Publisher's Status: Active
Introduction xix Chapter 1 • Introduction to Virtualization and Microsoft Solutions 1 The Evolution of the Datacenter 1 One Box, One Operating System 1 How Virtualization Has Changed the Way Companies Work and Its Key Values 5 History of Hyper-V 10 Windows Server 2008 Hyper-V Features 12 Windows Server 2008 R2 Changes 13 Windows Server 2008 R2 Service Pack 115 Windows Server 2012 Hyper-V Changes 16 Windows Server 2012 R2 22 Windows Server 2016 24 Licensing of Hyper-V 26 One Operating System (Well Two, but Really One) with Windows Server 2012 and 2012 R2 26 Windows Server 2016 Changes to Licensing and Versions 29 Choosing the Version of Hyper-V 31 The Role of System Center with Hyper-V 32 System Center Confi guration Manager33 System Center Virtual Machine Manager and App Controller 34 System Center Operations Manager 34 System Center Data Protection Manager 35 System Center Service Manager 35 System Center Orchestrator 36 Clouds and Services 36 The Bottom Line 38 Chapter 2 • Virtual Machine Resource Fundamentals 41 Understanding VMBus 41 The Anatomy of a Virtual Machine 44 Generation 1 Virtual Machine 45 Generation 2 Virtual Machine 50 VMCX Configuration File 53 VM Configuration Versions 54 Processor Resources 55 Virtual Processor to Logical Processor Scheduling 58 Processor Assignment 60 NUMA Support 66 Memory Resources 69 Dynamic Memory 69 Runtime Memory Resize 75 Virtual Storage 77 VHD 78 VHDX 79 Creating a Virtual Hard Disk 80 Pass-Through Storage 83 Discrete Device Assignment 83 The Bottom Line 86 Chapter 3 • Virtual Networking 89 Virtual Switch Fundamentals 89 Three Types of Virtual Switches 89 Creating a Virtual Switch 92 Extensible Switch 94 VLANs and PVLANS 99 Understanding VLANs 99 VLANs and Hyper-V 102 PVLANs 104 How SCVMM Simplifies Networking with Hyper-V 107 SCVMM Networking Architecture 108 Deploying Networking with SCVMM 2016 114 Network Virtualization 129 Network Virtualization Overview 130 Network Controller 135 Software Load Balancer 137 Gateways 140 Datacenter Firewall 141 UDR, Port Mirroring, and Virtual Appliances 144 Implementing Network Virtualization 145 Summary 147 VMQ, RSS, and SR-IOV 148 SR-IOV 148 VMQ 151 RSS and vRSS 154 NIC Teaming 157 Host Virtual Adapters and Types of Networks Needed in a Hyper-V Host 160 Types of Guest Network Adapters 165 Monitoring Virtual Traffic 169 The Bottom Line 171 Chapter 4 • Storage Configurations 173 Storage Fundamentals and VHDX 173 Types of Controllers 176 Common VHDX Maintenance Actions 177 Dynamic VHDX Resize 179 Storage Spaces and Windows as a Storage Solution 180 Storage Space Basics 181 Using Storage Spaces 182 Windows Server 2012 R2 Storage Space Changes 184 Windows Server 2016 Storage Space Changes 186 Storage Replica 193 Storage Spaces Direct and Storage Replica Together 197 Server Message Block Usage 197 SMB Technologies 198 SMB for Hyper-V Storage 203 iSCSI with Hyper-V 205 Using the Windows iSCSI Target 206 Using the Windows iSCSI Initiator 207 Considerations for Using iSCSI 209 Understanding Virtual Fibre Channel 209 Leveraging Shared VHDX and VHD Sets 216 Data Deduplication and Hyper-V 220 Storage Quality of Service 222 SAN Storage and SCVMM 227 The Bottom Line 229 Chapter 5 • Managing Hyper-V 231 Installing Hyper-V231 Using Configuration Levels 233 Windows Server 2016 and Nano Server 235 Enabling the Hyper-V Role 243 Actions after Installation of Hyper-V 245 Deploying Hyper-V Servers with SCVMM 247 Hyper-V Management Tools 248 Using Hyper-V Manager 250 Core Actions Using PowerShell 255 VM Groups 259 PowerShell Direct 260 Securing the Hyper-V Server 261 Creating and Managing a Virtual Machine 262 Shielded VMs and Host Guardian Service 266 Review of Shielded VMs and Host Guardian Service 267 Deploying Shielded VMs 269 Creating and Using Hyper-V Templates 278 Hyper-V Integration Services and Supported Operating Systems 287 Migrating Physical Servers and Virtual Machines to Hyper-V Virtual Machines 291 Upgrading and Migrating from Previous Versions 293 Stand-Alone Hosts 294 Clusters 294 The Bottom Line 298 Chapter 6 • Maintaining a Hyper-V Environment 299 Patch Planning and Implementation 299 Leveraging WSUS 300 Patching Hyper-V Clusters 301 Malware Configurations 304 Backup Planning 305 Defragmentation with Hyper-V 309 Using Checkpoints 312 Using Service Templates 317 Performance Tuning and Monitoring with Hyper-V 320 Resource Metering 324 Monitoring 329 The Bottom Line 330 Chapter 7 • Failover Clustering and Migration Technologies 333 Failover Clustering Basics 333 Understanding Quorum and Why It’s Important 335 Quorum Basics 336 Modifying Cluster Vote Configuration 343 Advanced Quorum Options and Forcing Quorums 345 Geographically Distributed Clusters 347 Why Use Clustering with Hyper-V? 350 Service Monitoring 351 Protected Network 353 Cluster-Aware Updating 354 Where to Implement High Availability 356 Configuring a Hyper-V Cluster 358 Cluster Network Requirements and Configurations 359 Performing Cluster Validation 369 Creating a Cluster 373 Creating Clusters with SCVMM 373 Using Cluster Shared Volumes 376 Making a Virtual Machine a Clustered Virtual Machine 381 Live Migration 383 Windows Server 2012 Live Migration Enhancements 386 Live Storage Move 388 Shared Nothing Live Migration 392 Configuring Constrained Delegation 394 Initiating Simultaneous Migrations Using PowerShell 397 Windows Server 2012 R2 Live Migration Enhancements 397 Dynamic Optimization and Resource Balancing 398 The Bottom Line 405 Chapter 8 • Hyper-V Replica and Cloud Orchestration 407 The Need for Disaster Recovery and DR Basics 407 Asynchronous vs Synchronous Replication 409 Introduction to Hyper-V Replica 410 Enabling Hyper-V Replica 412 Configuring Hyper-V Replica 414 Using Hyper-V Replica Broker 421 Performing Hyper-V Replica Failover 422 Sizing a Hyper-V Replica Solution 428 Using Hyper-V Replica Cloud Orchestration for Automated Failover with Azure Site Recovery 430 Overview of Hyper-V Protection with Azure Site Recovery 431 Getting Started with ASR R 434 Architecting the Right Disaster-Recovery Solution 435 The Bottom Line436 Chapter 9 • Implementing the Private Cloud, SCVMM, and Microsoft Azure Stack 437 The Benefits of the Private Cloud 437 Private Cloud Components 442 SCVMM Fundamentals 444 Major New Capabilities in SCVMM 2016 444 Installation 445 SCVMM Management Console 448 Libraries 452 Creating a Private Cloud by Using System Center Virtual Machine Manager 455 Granting Users Access to the Private Cloud 463 Enabling Workflows and Advanced Private Cloud Concepts by Using Service Manager and Orchestrator 463 Utilizing Windows Azure Pack 466 How the Rest of System Center Fits into Your Private Cloud Architecture 468 Understanding Microsoft Azure Stack 471 Architecture 473 Types of Deployment 476 What Does Azure Stack Mean? 476 Where Does System Center and Operations Management Suite Fit with Azure Stack 477 The Bottom Line 477 Chapter 10 • Containers and Docker 479 Challenge of Application Deployment 479 Hyper-V Nested Virtualization 480 Windows Container Fundamentals 481 Windows Server Containers vsHyper-V Containers 484 Docker 486 Installing the Container Feature 488 Creating and Managing Containers 490 Configuring Networking 490 Creating and Interacting with Containers 498 Understanding Storage for Containers 503 Integrating Active Directory 504 Working with Image Registries 504 Patching and Updating 505 Using Containers in Your Organization 505 The Bottom Line 506 Chapter 11 • Remote Desktop Services 507 Remote Desktop Services and Bring Your Own Device 507 Microsoft Desktop and Session Virtualization Technologies 512 RD Web Access 514 RD Connection Broker 515 RD Virtualization Host 516 RD Gateway 516 Requirements for a Complete Desktop Virtualization Solution 517 Creating the VDI Template 522 Deploying a New VDI Collection Using Scenario-Based Deployment 524 Personal Session Desktops 530 Using RemoteFX 532 Remote Desktop Protocol Capabilities 538 Using Multipoint Services 541 Choosing the Right Desktop Virtualization Technology 542 The Bottom Line 546 Chapter 12 • Microsoft Azure IaaS, Storage, and Networking 547 Understanding Public Cloud “as a Service” 547 When Are Public Cloud Services the Best Solution? 549 Microsoft Azure 101 553 Microsoft Azure Compute 554 Capabilities of Azure IaaS and How It Is Purchased 555 Creating Virtual Machines in Azure IaaS 566 Availability Sets 568 Azure Storage 570 Virtual Networks 576 Linking On-Premises Networks with Azure IaaS 578 Managing with PowerShell 580 Migrating Virtual Machines Between Hyper-V and Azure IaaS 584 The Bottom Line 585 Chapter 13 • Bringing It All Together with a Best-of-Breed Cloud Solution 587 Which Is the Right Technology to Choose? 587 Consider the Public Cloud 588 Decide If a Server Workload Should Be Virtualized 593 Do I Want a Private Cloud? 595 Enabling Single-Pane-of-Glass Management 596 The Bottom Line 598 Appendix • The Bottom Line 599 Chapter 1: Introduction to Virtualization and Microsoft Solutions 599 Chapter 2: Virtual Machine Resource Fundamentals 600 Chapter 3: Virtual Networking 601 Chapter 4: Storage Confi gurations 602 Chapter 5: Managing Hyper-V 603 Chapter 6: Maintaining a Hyper-V Environment 604 Chapter 7: Failover Clustering and Migration Technologies 605 Chapter 8: Hyper-V Replica and Cloud Orchestration 605 Chapter 9: Implementing the Private Cloud, SCVMM, and Microsoft Azure Stack 606 Chapter 10: Containers and Docker 607 Chapter 11: Remote Desktop Services 608 Chapter 12: Microsoft Azure IaaS, Storage, and Networking 609 Chapter 13: Bringing It All Together with a Best-of-Breed Cloud Solution 610 Index 611
John Savill is a Windows technical specialist, an 11-time MVP, and an MCSE for Private Cloud and Server Infrastructure 2012. John is the author of the popular FAQ for Windows, a senior contributing editor to Windows IT Pro, a CISSP, and ITIL certified. He also wrote Mastering Hyper-V 2012 R2 with System Center and Azure and Mastering Microsoft Azure Infrastructure Services, both from Wiley. Follow his blog at http://www.savilltech.com/blog.
