How to Enter UEFI on Windows 11/10: Easy Guide

You will learn how to Enter UEFI on Windows 11/10 using one of the multiple methods available to you on Windows 11. The outdated Basic Input Output System (BIOS) has been superseded by the more up-to-date UEFI, which stands for the Unified Extensible Firmware Interface. Although both types of firmware are necessary because they are in charge of fundamental hardware configuration and the transfer of the boot sequence to Windows 11, UEFI includes additional benefits such as faster boot times, support for larger storage drives, improved security, and other advantages.

Microsoft has taken a courageous step in the right direction by mandating the use of a trusted platform module (TPM) and secure boot in order to run Windows 11. In the long run, it will bode well for Microsoft in terms of the security of Windows 11, and this will be a positive development. The good news is that the TPM module is included in the vast majority of laptops sold today. To turn on Trusted Platform Module (TPM) or Secure Boot in Windows 11, all you need to do is enter the BIOS. In the event that you do not know how to enter the BIOS or UEFI, there is no need for alarm because you have arrived at the correct location.

Changing the settings within the firmware of the motherboard is not something that you need to be concerned about very often. However, there are times when it is necessary to do so in order to manage the system cooling fans, troubleshoot a hardware problem, or turn on or off a specific feature (like virtualization), for example. The following is a step-by-step tutorial that will show you how to Enter UEFI on Windows 11/10. Therefore, let’s get right down to business and start learning about the directions without further ado.

What is UEFI?

The acronym “BIOS” refers to the “Basic Input-Output System,” which is essentially the most essential piece of software on your computer. It is not stored on a hard drive or an SSD; rather, it is programmed directly onto the motherboard. In addition to ensuring that all of the hardware on your computer is operating correctly, the BIOS allows you to modify the settings for that hardware. This includes features such as Secure Boot as well as overclocking capabilities, as we’ve mentioned in the previous section. On desktop computers, where it is more common to overclock components, the BIOS typically has a greater range of capabilities. It is possible to configure XMP profiles, for instance in order to overclock RAM, using this tool.

UEFI, which stands for Unified Extensible Firmware Interface, is an alternative to the traditional BIOS that is found in more contemporary personal computers. People have a tendency to refer to it as BIOS out of habit, despite the fact that virtually every modern computer uses UEFI, especially those running Windows 11. However, you’ll still see people refer to it as BIOS quite frequently. Although there are some distinctions between the two, the functions that these things perform are essentially the same, and UEFI has completely replaced BIOS on all modern computers.

How to Enter UEFI on Windows 11/10

1. Click Start and select Settings.
2. Click Update & Security.
3. On the left side, click Recovery.
4. Under Advanced startup, click Restart Now.
5. Click Troubleshoot.
6. Click Advanced options.
7. Select UEFI Firmware Settings.
8. Click Restart to restart your computer and enter UEFI.

Why Would You Need to Enter UEFI?

1. Changing Boot Order: UEFI allows you to set the order in which your computer looks for bootable devices. You might need to access UEFI to change this order to boot from a different device, like a USB drive or an optical disc, to install or repair an operating system.
2. Enabling Secure Boot: Secure Boot is a UEFI feature that ensures only digitally signed operating system loaders and drivers are allowed to run during the boot process. Accessing UEFI is necessary to enable or disable Secure Boot.
3. Updating Firmware: UEFI firmware updates can improve system stability, security, and compatibility. Accessing UEFI enables you to apply these updates.
4. Changing Hardware Settings: UEFI provides options to configure various hardware components, such as enabling or disabling virtualization, setting up overclocking parameters, configuring storage controllers, and adjusting memory settings.
5. Password or Security Settings: UEFI often includes settings for BIOS or UEFI passwords, as well as other security features. You might need to enter UEFI to change or remove these passwords or adjust other security settings.
6. Diagnosing Hardware Issues: If you’re experiencing hardware problems, UEFI can offer diagnostic tools and hardware monitoring information that can help you identify issues.
7. System Recovery: Some UEFI implementations provide tools for system recovery and restoring your computer to factory settings. Accessing UEFI may be necessary to initiate this process.

UEFI vs. BIOS: Which Is Better?

Conclusion

If you have ever used a laptop or personal computer in the past, there is a good chance that you are familiar with a piece of software known as the BIOS, or possibly the UEFI on more up-to-date machines. This is a utility that enables you to modify settings for your personal computer’s hardware. These adjustments may include overclocking your CPU or enabling additional security features such as Secure Boot or virtualization. Let’s take a look at the various routes we can take to access the BIOS on a Windows computer because there are several of them. If you want to know more information about this visit Microsoft official Website.

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