Implementing Microsoft Hyper-V on Data ONTAP

Implementing Microsoft Hyper-V on Data ONTAP

• Module 1 Hyper-V StorageDescribe the Microsoft Hyper-V virtualization platform
• List operating systems and storage layouts that are supported for NetApp storage with Hyper-V
• Install Hyper-V on a Windows server
• Explain why the Data ONTAP operating system is the ideal storage platform for Hyper-V
• Configure a two-node storage system that runs the clustered Data ONTAP operating systemModule 2 Hyper-V FC ConnectivityConfigure and verify FC connectivity in the Data ONTAP operating system
• Configure and verify FC connectivity in Hyper-V
• Configure LUN access in the Data ONTAP operating systemModule 3 Hyper-V iSCSI ConnectivityConfigure and verify iSCSI connectivity in the Data ONTAP operating system
• Configure and verify iSCSI connectivity in Hyper-V
• Configure LUN access in the Data ONTAP operating systemModule 4 Hyper-V SMB Connectivity PreviewIdentify SMB 3.0 as a new connectivity option for Microsoft Hyper-V 3.0
• Explain how SMB 3.0 addresses these types of failures:
• Intermittent network failure
• Hyper-V node failure
• Storage node failure
• Module 5 Hyper-V ConfigurationDescribe the Cluster Shared Volumes (CSV) feature
• Configure an NTFS simple volume as storage for a virtual machine (VM)
• Configure and use NetApp SnapDrive for Windows to provision a disk
• Use NetApp LUNs to create VMs
• Migrate VMware VMs to Hyper-VModule 6 Hyper-V OptimizationIdentify and fix alignment issues within a Hyper-V environment
• Implement NetApp storage efficiency techniques for Hyper-V environments
• List Windows optimization features for Hyper-V environmentsModule 7 Hyper-V ProtectionDescribe the software that virtualization administrators can use to manage Hyper-V
• Describe the NetApp plug-in for System Center
• Explain how to use the live migration and storage migration methods to manage VMs
• Explain how to use SnapDrive for Windows to back up and recover VMs
• Describe backup and recovery procedures that you should follow when using SnapManager for Hyper-V (SMHV)
• List the SnapMirror topologies for the Data ONTAP operating systemModule 8 Hyper-V PowerShellDescribe Microsoft PowerShell
• Configure a Microsoft Windows host to work with the Data ONTAP Software Development Kit (SDK)
• Explain how to use the Data ONTAP SDK to script storage features ?List the ways that you can use PowerShell
• Explain how to create scripts
• Examine how to use PowerShell to configure the clustered Data ONTAP operating system
• List basic Hyper-V PowerShell cmdletsLab Exercise
• Lab 1-1 Identify the exercise environment
• Lab 1-2 Log in to the exercise environment
• Lab 1-3 Install NetApp OnCommand System Manager
• Lab 1-4 Create a cluster
• Lab 1-5 Add the cluster to NetApp OnCommand System Manager
• Lab 1-6 Join a node to the cluster
• Lab 1-7 Set up a Hyper-V role on Microsoft Windows Server 2012
• Lab 3-1 Set up a multipath I/O Microsoft Windows Server 2012
• Lab 3-2 Install the Host Utilities Kit on Microsoft Windows Server 2012
• Lab 3-3 Create an aggregate for a vServer
• Lab 3-4 Use NetApp OnCommand System Manager to create a vServer for iSCSI
• Lab 3-5 Configure NIC teaming on Microsoft Windows Server 2012
• Lab 3-6 Configure iSCSI sessions to Microsoft Windows Server 2012
• Lab 3-7 Confirm iSCSI sessions on the Data ONTAP operating system
• Lab 5-1 Verify a Hyper-V virtual IP infrastructure
• Lab 5-2 Create a local administrative account for NetApp software
• Lab 5-3 Install NetApp SnapDrive for Windows on Microsoft Windows Server 2012
• Lab 5-4 Configure clustered Data ONTAP for SnapDrive for Windows
• Lab 5-5 Update the Windows hosts file for SnapDrive for Windows
• Lab 5-6 Create a Windows iSCSI disk with SnapDrive for Windows
• Lab 5-7 Create a VM with a VHD stored on a NetApp iSCSI disk
• Lab 5-8 Create a VM using an existing VHD
• Lab 6-1 Move to VHD to a new location
• Lab 6-2 Create a clone of a LUN of Hyper-V VMS
• Lab 6-3 Discover and add a VM from the clone to Hyper-V
• Lab 6-4 Enable deduplication on a flexible volume
• Lab 7-1 Use SnapDrive for Windows to back up a VM with a Snapshot copy
• Lab 7-2 Use SnapDrive for Windows to recover a VM from a Snapshot copy
• Lab 7-3 Install SnapManager for Hyper-V
• Lab 7-4 Configure SnapManager for Hyper-V to work with Hyper-V Server
• Lab 7-5 Configure SnapManager for Hyper-V to work with Hyper-V Server
• Lab 7-6 Create datasets and policies in SnapManager for Hyper-V
• Lab 7-7 Use SnapManager for Hyper-V to back up a VM
• Lab 7-8 Use SnapManager for Hyper-V to recover a VM
• Lab 7-9 Configure a disaster recovery vServer
• Lab 7-10 Update the Windows hosts file for Snapdrive for Windows
• Lab 7-11 Configure a SnapMirror relationship
• Lab 7-12 Use SnapMirror software to update a mirror relationship for a VHD
• Lab 7-13 Use SnapMirror software to recover a VHD
• Lab 8-1 Set up the Data ONTAP PowerShell Toolkit
• Lab 8-2 Explore the toolkit help
• Lab 8-3 Use PowerShell to connect to the cluster
• Lab 8-4 Use PowerShell to create an aggregate
• Lab 8-5 Use PowerShell to create a vServer
• Lab 8-6 Use PowerShell to configure an iSCSI service
• Lab 8-7 Use PowerShell to create a SnapDrive disk
• Lab 8-8 Use PowerShell to create Hyper-V