Install and configure the Hyper-V server role. Create virtual machines, create and manage virtual hard disks and work with snapshots. Create and configure virtual machine networks in a Hyper-V environment. Implement virtual machine movement and Hyper-V Replica. Provide high availability for Hyper-V environment by implementing failover clustering. Manage networking and storage infrastructure in Virtual Machine Manager. Configure and manage Virtual Machine Manager library and library objects.
Create and manage virtual machines by using Virtual Machine Manager. Course Outline Module 1: Evaluating the Environment for Virtualization This module provides an overview of Microsoft virtualization technologies and the various components of System Center R2. Lessons Overview of Microsoft Virtualization Overview of System Center R2 Components Evaluating Current Environment for Virtualization Extending Virtualization to the Cloud Environment Lab: Evaluating the Environment for Virtualization After completing this module, students will be able to: Describe the various virtualization technologies and the scenarios where you would apply each technology.
Describe the different System Center R2 components and explain how they can be used to manage both traditional and modern infrastructure solutions.
Explain the concept of a public cloud and how to extend virtualization to the cloud. Manage Hyper-V. Configure Hyper-V settings. Describe Hyper-V host storage and networking. Module 3: Creating and Managing Virtual Hard Disks, Virtual Machines, and Checkpoints This module explains how to create and configure virtual hard disks and virtual machines.
Create and configure virtual machines. Install and import virtual machines. Manage virtual machine checkpoints. Of course, a management solution has to see all your assets to manage them. As InfoWorld and many others are starting acknowledge, the days of a monolithic virtualization solution are over. This allowed for one management infrastructure to manage all of the assets in IT, from physical to virtual, Microsoft to VMware, Windows to Linux.
Virtualization is a major on-ramp to private cloud computing. As companies begin the shift to private cloud, they recognize that applications are the key services that the cloud delivers. Our customers—you—are telling us that the private cloud needs a new level of automation and management, beyond what traditional virtualization management offers. This support gives administrators additional flexibility in managing multiple hypervisors in use. For more information about supported VMware server versions, see System requirements.
VMM supports the update of an S2D host or a cluster. For more information, see Update Hyper-V hosts and clusters. In other words, with nested virtualization, a Hyper-V host itself can be virtualized. Nested virtualization can be enabled out-of-band by using PowerShell and Hyper-V host configuration. You can use this functionality to reduce your infrastructure expense for development, test, demo, and training scenarios. With this feature, you can also use third-party virtualization management products with Hyper-V.
You can enable or disable the nested virtualization feature by using VMM. For more information, see Configure a nested VM as a host. It selects and defaults the Hyper-V VM generation appropriately. For example:. With these updates, in scenarios where an organization manages a large number of hosts and VMs with checkpoints, you can observe significant and noticeable improvements in the performance of the job.
In our lab with VMM instances managing 20 hosts, and each host managing 45 to VMs, we've measured up to 10 times performance improvement. The console connect capability in VMM provides an alternative way to connect to the VM via remote desktop. This method is most useful when the VM doesn't have any network connectivity or when you want to change to a network configuration that could break the network connectivity.
Currently, the console connect capability in VMM supports only a basic session where clipboard text can be pasted only by using the Type Clipboard Text menu option. As a result, Copy and Paste commands for text and files are possible from and to the VM.
For more information, see Enable enhanced console session in VMM. The feature automatically improves storage resource fairness between multiple VMs by using the same cluster. It also allows policy-based performance goals. With the advent of the software-defined network in Windows Server and System Center , the configuration of guest clusters has undergone some change.
With the introduction of the SDN, VMs that are connected to the virtual network by using SDN are only permitted to use the IP address that the network controller assigns for communication.
At any given time, the probe port of only the active node responds to the ILB. Then all the traffic directed to the VIP is routed to the active node. SDN in Windows can use SLB to evenly distribute network traffic among workloads managed by service provider and tenants.
This encryption prevents traffic between two VMs on the same network and same subnet from being read and manipulated.
Shielded VMs protect against malicious administrator actions. They provide protection when the VM's data is at rest or when untrusted software runs on Hyper-V hosts. The same support is now extended to VMM. For more information, see Create a Linux shielded VM template disk. It should operate even in situations of disaster. Windows Server added support for fallback HGS.
This capability enables scenarios such as guarded fabric deployments that span two datacenters for disaster recovery purposes and HGS running as shielded VMs. If the primary HGS fails to respond after the appropriate timeout and retry count, the operation is reattempted against the secondary HGS.
Subsequent operations always favor the primary. The secondary is used only when the primary fails. Describe the different types of virtual switches.
Describe VLAN tagging. Explain how to use Virtual Switch Manager. Explain the use of dynamic switch ports. Explain how to configure and use VLANs. Module 5: Virtual Machine Movement and Hyper-V Replica This module describes how to provide high availability and redundancy for virtualization. Implement virtual machine movement. Implement and manage Hyper-V Replica.
Configure and use shared storage. Implement and manage failover clustering with Hyper-V. Add virtualization hosts to VMM, and manage virtualization hosts and host groups. Module 8: Managing the Networking and Storage Infrastructure in System Center R2 Virtual Machine Manager This module describes how to manage networking infrastructure, storage infrastructure, and infrastructure updates.
Explain how to create, clone, and convert virtual machines. Describe methods and tools for updating virtual machines. Create and manage profiles and templates by using different options. Module Managing Clouds in System Center R2 Virtual Machine Manager This module provides an introduction to clouds and describes how to create and manage a cloud. Create and manage a cloud. Create and use user roles in Virtual Machine Manager.
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