
Trace the datacenter evolution from isolated hardware islands to virtualization with multi-OS virtual machines and centralized shared storage that enables workload mobility, and a cyclical shift back toward local resources.
Discover how virtualization decouples operating systems from hardware to enable mobility, scalable resource pools, and rapid backup and restore; leverage hypervisors, isolation, automation, and templates for efficient, cost-saving deployment.
Explore Windows Server 2008 R2 Hyper-V features: live migration with zero downtime, Cluster Shared Volumes for shared storage, processor compatibility mode, and SCSI hot-add with VMQ.
Explore three licensing paths for Hyper-V: standalone, Windows Server standard, and data center. Standard provides two Windows Server VM rights, data center offers unlimited VM rights, with per-processor licensing.
Explore how System Center 2012 unifies Hyper-V management with virtual machine manager, configuration manager, operations manager, and data protection manager, plus orchestrator and Windows Azure Pack for hybrid management.
Learn how Hyper-V maps virtual cpu scheduling from host logical processes to vm virtual processors, enabling free processor scheduling without gangs scheduling in SMP environments.
Learn how to use processor compatibility settings in Hyper-V to enable live migration of VMs between hosts with different processor versions, including requirements to shut down VMs to apply changes.
Enable dynamic memory to configure startup RAM, maximum RAM, minimum RAM, memory buffer, and memory white to guide allocation.
Explore page sharing technologies that store memory pages as single instances to increase virtual machine density; modern operating systems use large memory pages, limiting benefits.
Explore how Hyper-V uses vhdx dynamic virtual hard disks in Windows Server 2012 to abstract storage from physical hardware and attach multiple disks via a scsi controller.
Discover the three main types of virtual hard disks—fixed, dynamic, and differencing—and how they preallocate space, grow with data, or track changes from a parent image.
Explore how Hyper-V generation one virtual machines use IDE and SCSI controllers, highlighting emulation vs synthetic devices, boot options, write caching behavior, and hot add capabilities for SCSI.
Learn to manage virtual hard disks in Hyper-V using PowerShell and Hyper-V Manager, including compacting, optimizing, converting between VHD and VHDX, and handling fixed versus dynamic disks.
Explore Hyper-V pass through storage, where a VM uses a host physical disk with exclusive access, which limits migration and backups, and favors virtual disks for better capabilities.
Hyper-V virtual switches connect multiple virtual machines to shared resources, enabling internal communication and access via physical adapters. They route traffic on the host, using loopback for same-switch communication.
Create an external virtual switch in Hyper-V with the Hyper-V Manager or PowerShell, bind it to a host network adapter, and use consistent naming to enable live migration.
Apply a logical switch to a host via the fabric view, select the logical switch definition, assign adapters to form a NIC team, and deploy the virtual switch.
Manage Hyper-V network virtualization with PowerShell in an elevated session. Inspect provider addresses, look-up records, and virtual subnet IDs to test VM communication across hosts.
Learn how checkpoints, formerly snapshots, capture a point-in-time state of a virtual machine, including memory when running, while noting limitations with storage, iSCSI, and VSS.
Discover how the vm generation id protects Active Directory replication on Hyper-V by preventing time rollback from checkpoints, ensuring unique update sequence numbers and safe re-synchronization.
In this Introduction to Hyper-V Implementation and Management training course, expert author John Savill will teach you about the core capabilities of Hyper-V. This course is designed for the absolute beginner, meaning no previous knowledge of Hyper-V is required.
You will start with an overview of virtualization, then jump into learning about Hyper-V, including features, scalability changes, storage and network changes, and licensing. From there, you will learn about virtual machine resource fundamentals, such as time synchronization, dynamic memory configuration, and page sharing technologies. This video tutorial also covers virtual storage, virtual switches, and deploying Hyper-V. Finally, you will learn how to use checkpoints in Hyper-V.
Once you have completed this computer based training course, you will have gained a solid understanding of Hyper-V and its capabilities, as well as be able to deploy and manage Hyper-V.