Hyper-V on Windows Server 2022 and Windows 11

Explore the basics of server virtualization and hypervisors, learn how Hyper-V integrates with client and server operating systems, and understand configuring networking and nested virtualization.

Harness Hyper-V on Windows Server 2022 and Windows 11 to divide hardware into independent virtual machines with secure boot, shielded virtual machines, and integrated services for time synchronization and backup.

Learn to create a Hyper-V virtual machine on Windows Server 2022, including generation selection, memory, virtual hard disks, ISO installation, and post-creation configuration.

Hyper-V inserts a hypervisor into the boot process, enabling virtual machines to share hardware resources while guest operating systems rely on host-installed drivers.

Hyper-V manages multiple virtual machines on a single physical computer. It allocates cpu, memory, storage, and networking and ensures isolation, using an apartment-building analogy for centralized management.

Hyper-V enables installing guest operating systems on virtual machines, including Windows, Linux, and FreeBSD; supported OSes receive updates with Microsoft support, while end-of-life systems may run but lack official support.

Identify which operating systems support Hyper-V, including Windows pro editions and Windows Server standard or data center, while noting Windows 11 home lacks Hyper-V and that Hyper-V server was discontinued.

Consolidate multiple servers into Hyper-V virtual machines on a single host, allocating memory, CPU, and storage per VM to optimize resources and support failover with multiple hosts.

Use msinfo32 to verify Hyper-V readiness by checking four yeses: vm monitor mode extensions, slat, dep, and enabled virtualization in firmware, on a 64-bit Windows edition.

Plan hardware and resources for Hyper-V on Windows Server 2022 and Windows 11, requiring a 64-bit processor with slat, VM monitor mode, virtualization, DEP, and memory considerations.

Use msinfo32 to verify Hyper-V requirements, including virtualization enabled in firmware and Hyper-V monitor mode extensions; note core isolation may show a detected hypervisor even if Hyper-V isn’t installed.

Install Hyper-V on Windows Server 2022 or Windows 11 via PowerShell with Install-WindowsFeature Hyper-V or through the Server Manager GUI, including the management tools.

Install Hyper-V on a Windows client by verifying 64-bit pro edition, enabling Hyper-V platform and management tools in Windows features, and using Hyper-V manager for local or remote administration.

Provision a Hyper-V host with adequate hardware, deploy vms on separate disks or csvs to avoid os contention, and manage remotely with rsat from another machine.

Explore how Hyper-V administrators groups govern settings locally and across a domain, enabling full control of Hyper-V on individual machines or all servers in the domain.

Configure Hyper-V administration by adding users to the local Hyper-V administrators group on a single server, or to the domain Hyper-V administrators group to manage all Hyper-V servers.

Explore how virtual switch extensions from ISVs extend Hyper-V virtual switches with enhanced networking and security, covering capture, filter, and forward classes bound to WFP drivers.

Hyper-V networking uses external, internal, and private virtual switches that connect VMs to the host, other VMs, or the internet, with the management OS adapter guiding traffic.

Learn how to create and manage virtual switches in Hyper-V, including external, internal, and private types, the role of the default NAT switch, and server versus client behavior.

Configure an external Hyper-V virtual switch linked to host network adapter and ensure VMs have a valid IP (static or DHCP) to access the internet; otherwise use a private switch.

Learn how Hyper-V virtual switch extensions let independent software vendors extend networking with capture, filter, and forward functions, bound to virtual switch drivers via the Windows Filtering Platform and Indies.

Explore advanced Hyper-V networking features—bandwidth management, DHCP guard, VMQ, SR-IOV, IPsec task offloading, router guard, port mirroring, and NIC teaming—for Windows Server 2022 and Windows 11.

Explore mac address spoofing in Hyper-V, where a VM impersonates another device to segment traffic or bypass rules, and review the device naming feature for network adapters and nested virtualization.

Create and connect a virtual machine to a private virtual switch in Hyper-V, then explore advanced networking options such as VLAN, bandwidth management, MAC address settings, and security features.

Install a Windows Server operating system in a Hyper-V VM, choosing the desktop experience, performing a clean custom install, rebooting, and configuring basic network connectivity.

Discover nested virtualization in Hyper-V by enabling virtualization extensions and running Hyper-V inside a guest VM for testing multiple virtual machines, with on-premises performance and reliability considerations.

Demonstrates nested virtualization by enabling Hyper-V on a Windows Server 2022 or Windows 11 host using PowerShell to expose virtualization extensions and manage virtual machines.

Explore configuration versioning and generations of Hyper-V virtual machines, storage locations for virtual hard disks and configuration files, and how to import or export virtual machines between hosts.

Identify virtual machine configuration versions on Hyper-V hosts and assess compatibility with the host operating system. Use PowerShell to list VM versions, migrate VMs, and update to the current version.

Demonstrates managing Hyper-V VM versions with PowerShell. View supported versions, create a VM with a chosen version, and raise it to the highest supported configuration as a best practice.

Explore generation 1 virtual machines, their legacy hardware, and boot options, VFD, IDE VHD, IDE DVD, and pixie PXE network boot.

Compare generation 1 and generation 2 hardware in Hyper-V by creating two virtual machines, configuring SCSI controllers and multiple disks, and setting boot and network options.

Understand generation two virtual machines in Hyper-V, featuring 64-bit OS requirements, UEFI firmware with secure boot and shielded VMs, SCSI-only boot, large 64TB volumes, and scalable memory and CPU options.

Demonstrates creating a generation 2 virtual machine in Hyper-V, detailing the SCSI-only hardware, adding a DVD drive and ISO, boot order, and security features such as secure boot and shielding.

Learn Hyper-V tips for Windows Server 2022 and Windows 11, including that generation two VMs can't change, lack of a default DVD drive, how to attach ISO, and PowerShell Get-VM.

Learn to use PowerShell to manage Hyper-V VMs with Get-VM, format-list, and grid view, displaying real-time CPU usage, state, and memory criteria. Filter grid view to isolate VMs by memory.

Identify where Hyper-V stores its files on Windows Server 2022 and Windows 11, including configuration files (.vmcx), runtime state (.vms), virtual disks (.vd), and checkpoints (.avd) in ProgramData.

Identify virtual hard disk and virtual machine configuration file locations vary by Windows version; locate them by right-clicking the Hyper-V server to reveal the actual paths on your server.

Learn how Hyper-V stores virtual machines and disks, locate default paths in settings, and understand VM configurations and virtual hard disks are separate and can be reused.

Explore Hyper-V virtual hard disk formats, including VHD and VHDX, compare fixed, dynamically expanding, differencing, and pass-through disks, and cover migration, conversion, and mounting for recovery.

Explore virtual hard disks in Hyper-V on Windows Server 2022, including creating VHDX and older VHD options, converting between fixed and dynamic, expanding capacity, compacting, and managing checkpoints.

Mount and manage virtual hard disks by creating, initializing, formatting, and assigning drive letters in disk management. Encrypt virtual drives with TPM-backed BitLocker when available, then detach or delete them.

Demonstrates creating differencing disks in Hyper-V, linking child disks to a single parent to save space, while noting the single point of failure risk.

Discover shared virtual disks in Hyper-V, including shared vhds and vhd sets, stored on CSV or SMB 3.0 file shares, enabling multiple virtual machines to access the same disk.

Configure virtual machine naming, explain that VM name and computer name are independent, and manage lifecycle with integration services, checkpoints, smart paging, and automatic start/stop actions.

Export, import, and live export virtual machines between hosts using Hyper-V on Windows Server 2022 and Windows 11, with checks for virtual switch names, processor counts, and checkpoint handling.

Explore three Hyper-V import types—register in place, restore, and copy—and how each preserves or assigns a VM ID, enabling moves between hosts and locations while preserving scripts and tasks.

Export a running virtual machine to an export folder, then import it on the same or another Hyper-V host (client or server), registering in place or restoring to another location.

Learn Hyper-V replication for Windows Server 2022 and Windows 11, covering replicas, prerequisites, architecture, and configuration, then perform a full VM replication and monitor extended replicas across sites.

Learn how Hyper-V replicas deliver disaster recovery through asynchronous replication of VM changes to a separate replica VM, enabling quick failover across LAN or WAN with configurable intervals.

Hyper-V replicas create two offline copies of VMs on separate hosts, enabling a failover to the replica VM when the primary host fails, with downtime of seconds to minutes.

Meet prerequisites for Hyper-V replica by ensuring two Hyper-V servers at primary and replica locations with the Hyper-V role, sufficient storage for all VMs, and reliable WAN or LAN connectivity.

Enable Windows Defender Firewall rules for Hyper-V replica, including the Hyper-V replica http listener and https listener tcp rules on both the primary and replica.

Configure and implement a Hyper-V replica on Windows Server, selecting authentication, domain alignment, and per-VM replication options such as frequency and recovery points.

Understand Hyper-V replication cycles, monitor for 20% missed cycles, and optimize scheduling and connectivity to ensure timely synchronization between primary and replica servers.

Enable Hyper-V replica on two domain-joined hosts, configure Kerberos authentication and firewall rules, perform initial network replication with five-minute frequency, and monitor health and recovery points.

Hyper-V extended replication adds a third, extended site for disaster recovery by relaying from the primary to a replica and then to the extended site, with compression and frequency options.

Explore migrations and failover clustering in Hyper-V, including live, quick, and storage migrations, with explanations of differences, usage, and full configuration demonstrations.

Ensure the destination host has sufficient hardware resources for live and quick migrations, and plan high-speed network connections (LAN preferred, WAN considerations) plus shared storage such as cluster or SAN.

Perform live migrations of a Hyper-V VM between hosts with zero downtime. Choose shared nothing or shared storage migrations; trigger manually or automatically for hardware maintenance, load balancing, disaster recovery.

Enable live migrations on both Hyper-V hosts, then perform live VM moves via Hyper-V manager, choosing a single destination location over any available network, noting ISO constraints.

Initiate a quick migration to move a VM between hosts with downtime tolerated, pausing on the source, transferring only files with no synchronization, and resuming on the destination.

Move a running vm's storage via storage migration online with Hyper-V to a new location, delivering zero downtime and enabling performance, cost optimization, and disaster recovery options.

Execute a storage migration by moving virtual machine data or only the virtual hard disks to a new path, such as shared storage, keeping the virtual machine online.

Failover clustering groups Hyper-V nodes to ensure high availability, using shared storage and heartbeat monitoring to failover workloads with dynamic quorum.

Configure an iSCSI storage area network by setting up an iSCSI target server that provides back-end storage for a Hyper-V failover cluster, linking two Hyper-V hosts to shared storage.

Configure a Windows server as an iSCSI SAN to emulate a storage area network. Create an iSCSI virtual disk and an iSCSI target with initiator addresses for the failover cluster.

Demonstrates configuring iSCSI shared storage for two Hyper-V servers, connecting to a back-end target, and bringing the second server online to form a failover cluster.

Demonstrates installing the failover cluster feature on two Hyper-V hosts in a domain-based environment. The procedure uses remote installation via the server manager console.

Learn to configure a two-node Hyper-V failover cluster on Windows Server 2022, set up shared storage via an iSCSI target, and demonstrate automatic virtual machine failover between nodes.

Set default locations for virtual machines and virtual hard disks in Hyper-V. Learn about cluster networks, heartbeat, and live migrations in a Windows Server failover cluster.

Learn how to install Windows Server Backup, back up Hyper-V and virtual machines with selective options, and restore a deleted or corrupted VM from a prior backup.

Test restores regularly and understand backup rotation; Windows Server Backup is powerful but per server, consider centralized options like DPM or third-party tools, and tune with compression and encryption.

Learn to install and configure Windows Server Backup, create full server or Hyper-V backups, use VSS options and exclusions, and perform VM recoveries from local destinations.