How to Enable Hardware Virtualization in BIOS

Enable Hardware Virtualization in bios

It is important to learn how to enable hardware virtualization when using computer operating systems like Windows, Mac, and Linux. Virtualization is the abstraction of computer resources from the software that uses the resources.

Hardware virtualization enhances the use of virtual machines for more efficiency in an organization. In this, a virtual machine is created to share the hardware resources found in a physical computer. Hence, there is no need to have many hardware resources for particular operations. I will provide more information on hardware virtualization and how to enable it in your operating system.

What is Hardware Virtualization?

This is also known as server virtualization. In simple terms, it is the abstracting of computing resources from the software while operating on the cloud. Moreover, it involves a virtual machine embedded in the server.

In virtualization, technology is integrated into a single physical server. More than one virtual machine is created to share the hardware resources of a physical computer. The physical computer in which virtual machines are run becomes the host.

What is the Use of Hardware Virtualization?

Hardware virtualization is useful for a couple of reasons. To a large extent, it increases your scalability and reduces expenses.

1. Operate Multiple Accounts

Operate Multiple Accounts on sneaker bot

Hardware virtualization allows you to operate multiple accounts while using sneaker bots or Spotify proxy. The bots can help you to buy sneakers of your choice and stream music widely. This helps to bridge the gap that would have brought some form of limitations.

2. Perform Hyper-Threaded Tasks

Hyper-Threaded Tasks

Hardware virtualization enhances hyper-threading, which allows increased CPU performance in heavily multi-threaded tasks. In this, the CPU core can run more than two processes at once. Hyperthreading is a scheduling process that allows a CPU core to queue two threads. In this, if the first thread stalls, the second thread can be smoothly swapped. This makes the thread take advantage of the idle CPU time.

3. Multiple Systems Can be Run on the Same Computer

Multiple Systems on the Same Computer

With virtualization, multiple systems can run on the same computer, which is convenient for learning. Hardware virtualization allows a single physical server to transform into many virtual machines. These virtual machines can still have different operating systems and run different applications while still being hosted on a single physical server. The consolidation of the applications is a more cost-effective approach as you will spend less on servers.

4. Enhanced Efficiency

Enhanced Efficiency

In a normal computer, when it breaks down, there will be a need to get someone to fix that, however, while in a virtualized environment. It is easy to replicate the virtual machine that has been affected. The recovery process would take a few minutes, with work continuing.  It will be easier to install, update, and maintain the computers in the virtual machine environment.

Types of hardware virtualization

Types of hardware virtualization

The three types of hardware virtualization include; full virtualization, para-virtualization, and hardware-assisted virtualization.

i. Full virtualization

It fully simulates the hardware architecture, allowing applications to run directly. In this environment, any software capable of execution on the physical hardware can run in the virtual machine. Any operating system supported by the underlying hardware can run in each virtual machine.

i. Para-virtualization

It is a technique that presents a software interface to virtual machines. However, it is not identical to the underlying hardware-software interface. It provides hooks that allow guests and the host to request and acknowledge tasks that would have been executed in the virtual domain.

iii. Hardware-Assisted Virtualization

This can also be termed native virtualization. This technology allows CPU instruction set communication in which the virtual machine runs in a new root-level mode below the operating system kernel level.

How to enable hardware virtualization in Windows

These are the steps to take to enable hardware virtualization in Windows operating system.

Step 1: Start the computer, and press Delete, ESC, F1, F2 at the same time to enter the BIOS setting interface. The specific keys can be selected according to the brand of your computer. (Acer, Asus, Toshiba, Apple, Lenovo)

Step 2: After entering the BIOS Settings, press the right arrow key to go to the Advanced tab>Configuration section, and then select Intel Virtualization Technology.

Intel Virtualization Technology

Step 3: Enable hardware virtualization on your computer. They can often be set to other names like Vanderpool, VTX, Hyper-V, SVM Mode, etc., set to “Enable.”

Step 4: Save and Restart your computer.


In hardware virtualization, a virtual machine manager is installed and creates an abstraction layer between the software and hardware. Once it is installed, the software relies on the virtual representation of the computing components. Virtualization is effective when you are using a couple of computers repeatedly in an organization.

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