Hyper-V vs VMware: Which One to Choose?

Two major players dominate the virtualization market: Microsoft Hyper-V and VMware vSphere. Selecting one of them to run virtual machines depends on various factors, including the requirements in your environment. The Hyper V vs VMware topic includes two main comparison categories:

• Hyper-V and VMware for servers
• Hyper-V and VMware for desktop users

In this blog post, we highlight the main differences between VMware and Hyper-V solutions for server environments, but also for individual users, so you can determine which platform best meets your needs.

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What Is Hyper-V?

Hyper-V is a type-1 or native hypervisor designed by Microsoft. It allows you to create and manage multiple virtualized versions of a computer, called virtual machines (VMs). Hyper-V provides a virtualization platform to build a virtual IT infrastructure for different scenarios. Each VM, in this case, is running in its own isolated space, without interfering with the processes in other VMs, with physical resources shared among the VMs.

You can use Hyper-V on Windows in two main implementations:

• Hyper-V on Windows Server versions, such as Windows Server 2016, 2019, 2022 and 2025. The standalone Hyper-V server is discontinued starting with Windows Server 2022 – the latest version was Hyper-V Server 2019.
• Hyper-V on workstations (on Windows 8.1, Windows 10 and Windows 11 top editions such as Pro and Enterprise).

Note: The Microsoft Azure cloud uses a modified version of Hyper-V on its servers to run Azure virtual machines.

What Is VMware?

VMware is a reputable software vendor that provides multiple products in the virtualization market. VMware ESXi, like Hyper-V, is also a type-1 hypervisor that is installed on a physical server (bare metal).

VMware vSphere is a server virtualization platform with the ESXi hypervisor as its main component. Basically, VMware vSphere includes:

• VMware ESXi
• VMware vCenter
• VMware vSphere Client 

All of these products combined constitute the VMware infrastructure, which enables centralized management of the created virtual environment. VMware vSphere also includes additional products such as NSX, vSAN and vRealize Operations Manager that extend the vSphere functionality.

In addition to server products, there are also VMware type-2 hypervisors that can be installed on user computers to run virtual machines:

• VMware Workstation
• VMware Fusion (Pro)
• VMware Player (deprecated)
• VMware Fusion Player (deprecated)

VMware vs Hyper-V Comparison Table

Below is a table summarizing the differences between VMware and Hyper-V for all the categories that we will cover later in this post.

VMware vs Hyper-V Architecture

The following section outlines the main components that both platforms offer, as well as the similarities and differences between Hyper-V and VMware solutions.

Hyper-V

Microsoft Hyper-V exists in two modes for Windows and as a standalone solution:

• As Hyper-V Role, which is a built-in Windows Server feature that a server administrator can enable.
• As a Windows feature in Windows 11 and other client Windows versions. The user or administrator can turn this feature on or off.
• As a standalone Microsoft product (also known as Hyper-V Server) with limited functionality and Hyper-V management components.

Note: At the time of writing this post, the latest version of Hyper-V Server as a standalone solution is Hyper-V Server 2019. You can use Windows Server 2025 for the latest version of Hyper-V.

When a Hyper-V role/feature is enabled, Hyper-V boots first, and only then does the host operating system boot. Not knowing that can confuse users who think that a hypervisor running on a physical Windows machine can be only a type-2 hypervisor. Hyper-V is a real type-1 hypervisor.

The architecture of Hyper-V is based on micro-kernelized hypervisors, meaning that a host server (also called the parent partition) provides direct access to hardware and computing resources (virtualization stack). Hyper-V allows you to isolate VMs into logical units (partitions), including operating systems (OSes) and applications. Logical units of isolation called partitions are used for this purpose. 

Partitions are divided into the parent and the child partitions. Each Hyper-V environment can have only one parent partition, which should run a supported version of Windows Server. The parent partition can create multiple child partitions for hosting guest OSes. Child partitions can’t directly access hardware resources, but they can present a virtual view of the resources in the form of virtual devices. 

The communication between the parent and the child partitions is conducted via the VMBus, which lets you manage the requests directed to virtual devices. The parent partition also includes a Virtualization Service Provider (VSP), which enables the connection to the VMBus for managing device access requests from child partitions.

Hyper-V can host two types of OSes in child partitions: Enlightened and unenlightened. The main difference is that the enlightened child partition has Hyper-V integration components and a Virtualization Service Client (VSC). This lets you avoid device emulation and enable direct communication with the virtualization layer. At the same time, the unenlightened child partition does not have the same components and simply emulates software.

VMware

VMware vSphere is a virtualization platform consisting of multiple components that must be installed and set up. Essentially, vSphere is a suite of virtualization products that, when combined, allow you to build a computing platform. At the core of VMware vSphere lies VMware ESXi, which is a type-1 or native hypervisor used to manage host servers and run multiple guest VMs directly. VMware ESXi enables direct access to the physical machine’s computing resources, which are shared by the VMs running in the system.

The earlier version of VMware ESXi – VMware ESX – ran on a Linux kernel, which acted as the primary VM. Later, the ESXi hypervisor was introduced to minimize the overhead imposed by VMware ESX. VMware ESXi requires a minimum amount of hardware resources and enables a small footprint of 130 MB (ESXi 7, 8, 9) for the ESXi kernel and main components. The virtualization process in ESXi is supported by VMkernel, which runs directly on hosts and enables communication between VMs and the physical hardware, ensuring high performance. 

VMware vSphere Client or VMware vCenter Server are vSphere components that are available to manage the VMware virtualization platform. They function as the management tools used for running ESXi hosts. We will explain and compare them with the Hyper-V analogs below.

VMware also provides VMware Workstation and VMware Fusion, which are type-2 hypervisors that can be installed on computers with the running operating system for individual users.

Supported Operating Systems

When you compare Hyper-V vs VMware, it is important to know which operating systems are supported. In this category, you should pay attention to the operating systems from two points of view:

• Supported host operating systems are the operating systems on a physical computer or server, on which you can install a hypervisor.
• Supported guest operating systems are operating systems that you can install on a virtual machine running on a hypervisor.

Host OS support

Supported host operating systems for the different hypervisors:

Hyper-V:

• Windows is the only operating system on which you can install Hyper-V.

ESXi:

• ESXi operates as an operating system itself and doesn’t require any other operating system to be installed on the server.

VMware Workstation and Player:

• Windows
• Linux

VMware Fusion (Pro) and Fusion Player:

• macOS

Guest OS support

Guest OSes supported by VMware and Hyper-V can vary. 

Hyper-V

The number of supported guest OSes is limited in Hyper-V:

• Windows
• Linux
• FreeBSD

Note that the oldest Windows operating systems are not supported. Windows is supported starting from Windows Vista.

VMware

VMware hypervisors (ESXi, VMware Workstation and VMware Fusion) support more guest operating systems to install on VMs:

• Windows
• Linux
• Unix
• FreeBSD
• macOS, also known as Mac OS X*

*macOS is supported in VMware Fusion by default. As for other VMware hypervisors, make sure that the license agreement allows you to install macOS as a guest OS. Read how to install macOS on VMware ESXi. The same approach is applicable to VMware Workstation.

VMware hypervisors also support other old operating systems such as DOS, Windows 95, Novell Netware, etc.

You can deploy ESXi on VMware VMs for testing and educational purposes. Hyper-V doesn’t support that. You can install ESXi on Hyper-V, but with limitations and only using older ESXi versions.

You can read the full list of the supported OSes in the guest operating system installation guide.

Thoughts

VMware supports multiple host OS versions available on the market. Hyper-V, on the other hand, places more emphasis on the Microsoft OS, which is the most widely used OS in the world. 

VMware ESXi doesn’t require a host OS. In general, the VMware infrastructure is not tied to Windows only and provides more flexibility when ESXi is installed on servers. VMware Workstation is installed on Linux and Windows computers, and Fusion is installed on user computers running macOS. 

As for guest operating systems, VMware provides more options than Hyper-V and supports more guest OSes, both old and new ones.

In this category of the Hyper V vs VMware comparison, VMware provides more options for both server and client hypervisors.

Management Tools and UI

Different management tools manage VMware and Hyper-V.

Hyper-V Manager

The basic management tool for Hyper-V is Hyper-V Manager. This is the graphical user interface (GUI) in Windows Server and client Windows versions, which allows you to create VMs, run VMs and edit VM and Hyper-V configuration. You can connect to a remote Hyper-V host using Hyper-V Manager.

Hyper-V Virtual Machine Connection (VM Connect) is a tool found in the interface of a VM that you would find on a virtual monitor of the VM. VMConnect sends your keyboard and mouse actions to the VM. This tool is based on the Windows Remote Desktop functionality (RDP).

ALT: Hyper-V VM Connect

Note that if you deploy a cluster, you can manage it in another tool called Failover Cluster Manager and not in Hyper-V Manager.

ALT: Failover Cluster Manager

System Center Virtual Machine Manager

System Center Virtual Machine Manager (SCVMM) is a management tool designed by Microsoft for operating multiple VMs existing in the same Hyper-V virtual environment on Windows servers. SCVMM is not installed by default with Hyper-V. This is a massive solution that you can install separately.

SCVMM allows you to create, migrate, control and delete VMs. The tool manages the processes within the VMs by providing access to necessary hardware resources, such as memory, drivers, storage and others. Some users view SCVMM as a Hyper-V vCenter equivalent.

ALT: System Center Virtual Machine Manager

PowerShell

PowerShell is a command-line interface to manage Windows and Hyper-V. There are special PowerShell cmdlets for Hyper-V. Some advanced options can be configured only in PowerShell. There are numerous useful PowerShell commands for Hyper-V administrators. Using PowerShell for Hyper-V management is available on the server and client versions of Windows.

VMware DCUI for ESXi

VMware Direct Console User Interface (DCUI) is a simple interface with a DOS-like style that allows you to configure basic ESXi settings such as hostname, network settings, etc. Opening DCUI is the starting point for ESXi configuration. After configuring basic options in DCUI, you can open VMware Host Client.

ALT: DCUI for ESXi

VMware Host Client

VMware Host Client is the built-in web interface to manage ESXi remotely. This interface is user-friendly and allows you to configure many options on the ESXi host. You can create, run and delete VMs and edit VM configuration. You can also open the user interface of a guest OS running on the VM (this tool is known as VMware Web Console).

ALT: VMware Host Client

VMware vCenter and VMware vSphere Client

VMware vCenter Server is the solution for centralized management of VMware vSphere, including ESXi hosts. VMware vSphere Client is the web interface to use vCenter for vSphere management. This interface is powerful and user-friendly. You can install other vSphere components, such as vSAN, and manage them in vCenter as well.

VMware vCenter is usually installed when you have more than one ESXi host in your VMware environment. It is required to use advanced vSphere features such as VM migration, networking features, load balancing and failover clustering. As a result, you can control ESXi hosts and clusters with VMs from a single interface, thus simplifying management.

ALT: VMware vSphere Client

When you open the guest OS interface of a VM, you can use the VMware web console in a web browser, or install VMware Remote Console for more convenience. If you have VMware Workstation installed on your local machine, there is no need to install VMware Remote Console (VMRC).

ESXCLI

ESXCLI is a command-line interface available after you install ESXi. You can access it directly on an ESXi server by pressing Alt+F1. Alternatively, you can enable remote SSH access to the ESXi host in DCUI or VMware Host Client and use ESXCLI commands remotely. Read more about ESXCLI and ESXi shell commands.

vSphere PowerCLI

VMware vSphere PowerCLI is a set of PowerShell cmdlets to manage ESXi hosts and vCenter in VMware vSphere. You should install PowerCLI manually, and you can use online repositories to do this. PowerCLI allows you to automate configuration and management tasks in VMware vSphere virtual environments.

The user interface of VMware Workstation

VMware Workstation provides a convenient, powerful and user-friendly interface to manage virtual machines on a user’s computer. Moreover, you can connect to a remote ESXi host or vCenter and manage VMs. You can create and delete VMs, change the VM state and edit VM configuration. The range of options is less than in VMware vSphere Client for vCenter, but it is convenient to work in an integrated VMware environment.

VMware Workstation can act as a VMware Workstation Server and share VMs.

ALT: VMware Workstation user interface

VMware Workstation also supports the command-line interface that includes a standardized set of commands for Windows, Linux and macOS to manage the hypervisor and VMs on that local physical machine. vmware is the main command for this command-line interface.

Thoughts

As you can see, there is a significant difference between Hyper-V and VMware user interfaces. They use completely different approaches. The VMware interfaces and management tools can be more convenient to use and deploy. If you’re used to Microsoft products, then the management interfaces and tools for Hyper-V may be better for you.

Guest Operating System Services

To ensure efficient performance within a virtual environment, both VMware and Hyper-V provide a set of system services and tools that can be easily installed in virtual machines.

Hyper-V Integration Services

Hyper-V Integration Services (also known as integration components) are a set of services that allow a VM to communicate with the Hyper-V host. Many of these services are highly recommended to make the VM function correctly. Hyper-V Integration Services include utilities and drivers, especially to work with virtual devices in a virtual environment.

Hyper-V Integration Services include:

• Hyper-V Guest Shutdown Service to trigger the correct virtual machine shutdown.
• Hyper-V Time Synchronization Service to synchronize the VM clock with the host’s clock.
• Hyper-V Heartbeat Service to report that a VM is working correctly.
• Hyper-V Data Exchange Service (KVP) to exchange basic metadata.
• Hyper-V Volume Shadow Copy Requestor to back up the VM data correctly with VSS.
• Hyper-V PowerShell Direct Service to manage a VM directly without a network connection.
• Hyper-V Guest Service Interface to copy files from a VM.

VMware Tools

VMware Tools is a set of utilities and drivers that provide seamless integration between the host and the guest systems in addition to efficient management of VM data. VMware Tools also improve VM performance and user experience. They are installed on supported guest OSes on any VMware VM (running on VMware ESXi, VMware Workstation and Fusion).

VMware Tools include many useful components such as:

• VMware Tools Control Panel provides a graphical overview of the tools and permits users to configure them. 
• VMware Tools Services enables the communication between the host and the guest OSes. 
• With VMware User Process, you can copy/paste text and drag/drop files between the host and guest OSes. 
• VMware Device Drivers provides a set of drivers for installation, which can enhance mouse operations, networking performance as well as sound and graphics quality.

Installing VMware Tools offers multiple benefits, including: 

• Enhanced graphics performance;
• High-level synchronization between the host and guest file systems;
• Shared access to files and folders within the virtual environment.

It is highly recommended that you install VMware Tools in guest operating systems running on VMware VMs.

Thoughts

Hyper-V Integration Services and VMware Tools are not interchangeable and can be used only in their own native virtual environment.

VMware Tools can be installed on a wider range of guest operating systems than Hyper-V Integration Services, even when comparing the same operating system families (Windows and Linux) supported by both virtualization vendors. Some features are common for Hyper-V Integration Services and VMware Tools. However, the latter supports more unique features because it is supported in VMware hypervisors.

Data Exchange with VMs

When you run a virtual machine, you may need to exchange some data between your host or a local computer and the guest operating system running on the VM. For example, you may need to copy text, images, files, folders or other data types.

Hyper-V

Attaching USB storage devices to a VM. Hyper-V VM Connect is based on the Windows Remote Desktop functionality. This means that only storage devices can be connected via USB to VMs. You can select a disk volume of the device attached to your local machine on which Hyper-V is installed.

Shared clipboard functionality is available when you use the Enhanced Session Mode for VM connection. You can copy and paste the data copied from your host OS to the guest OS running on a VM and vice versa.

ALT: Connecting USB storage devices to a Hyper-V VM

To use shared folders and the SMB protocol for file exchange, you must configure a shared folder manually in Windows (or another operating system). 

VMware