AMD BIOS how to enable UEFI. The main menu (on the example of the BIOS E2 version)

Good day to everyone!

In the past few years, instead of all the usual BIOS on computers and laptops, UEFI began to appear (if briefly, there are not so many differences for an ordinary user: there was an opportunity to control the mouse, a graphic integrate, support of discs of more than 2 TB, and the need for a installation flash drives in a special way).

Despite the fact that BIOS and UEFI are seemingly similar, but many users (first encountering them) are confused. Yes, and in my articles I often operate with various parameters and tinctures of UEFI, and the appearance of such a note looks quite logical (there will be where to give a link where you can clarify what one or another parameter means).

Note: photos and screenshots in the article of UEFI settings are given from the ASUS laptop (ZenBook line). The main sections and parameters in most devices will be identical (although, of course, there may be differences: to give a universal option is simply unrealistic).

Main sections and settings

Yes, in general, just like in BIOS, there are several ways. I will briefly give them below.

The most common option is to press special. The key (on ASUS is usually F2 or ESC) to enter immediately after turning on the device.

over, it is advisable to press it several times before, and during the appearance of the logo. until the first UEFI window appears (how it looks just lower in the article).

Press the entry button in the BIOS (F2/ESC) several times until the logo appears (and during its display)


How to enter BIOS (UEFI) on a computer or laptop. [see. Instructions with Nesk. ways]

If you have Windows 8/10/11 (everything is in order with it, t.e. it loads)

In this case, you can enter the UEFI in general without any “searches” of the keys.

For example, in Windows 10/11, it is enough to open the parameters of the system (combination of Wini) and go to the “Update and Safety” section: Next, restart the computer using special loading options (see. screenshot below).

Update and safety. recovery. special boot options / Windows 10

After which the computer will be rebooted and special. Menu: In it you need to open the section “Additional parameters” and start the mode “The parameters according to UEFI“. Next, you will open UEFI settings, everything seems to be just.

To help!

Instructions: how to enter UEFI (BIOS) from the Windows 8, 10, 11 integration (without using special. keys F2, del, etc.)

We set up the BIOS gigabyte

The first thing to start the settings process is to enter the low.level control mode of the board. On the modern “maternity warehouses” of the specified manufacturer, the DEL key is responsible for the input in the BIOS. It should be pressed at the moment after the computer and the appearance of the screensaver.

After loading in BIOS, you can observe the following picture.

bios, enable, uefi, main, menu

As you can see, the manufacturer uses UEFI, as a safer and more convenient option for the user. The whole instruction will further be focused on the UEFI version.

RAM settings

The first thing that needs to be configured in the bios parameters is timings of RAM. Due to improperly installed settings, the computer can work incorrectly, therefore, carefully follow the instructions further:

In it, go to the option “Extreme Memory Profile (X.M.P.) “.

The type of profile should be selected based on the type of installed RAM. For example, for DDR4, the option “Profile1” is suitable, for DDR3. “Profile2”. Options for overclocking lovers are also available. you can manually change timings and voltage for a faster operation of memory modules.

GPU parameters

Through UEFI BIOS, Gigabyte boards can be configured to work a computer with video adapters. To do this, go to the Peripherals tab.

    The most important option here is “Initial Display Output”, which allows you to install the main graphic processor used. If there is no highlighted GPU on the computer at the time of configuration, you should choose the IGFX option. To select a discrete video card, install “PCIE 1 Slot” or “PCIE 2 SLOT” depends on the port to which the external graphic adapter is connected.

    In the “Chipset” section, you can either completely turn off the built-in graphics to reduce the load on CPU (the Internal Graphics option in the “Disabled” position), or increase or reduce the amount of RAM that is consumed by this component (DVMT Pre.llocated options and “DVMT Total GFX MEM”). Please note that the availability of this possibility depends on both the processor and on the model of the board.

Setting up the rotation of the coolers

The speed of rotation of each of them should be set in the Normal position. this will provide an automatic mode of operation depending on the load.

You can also configure the operating mode of the cooler manually (option “Manual”) or choose the minimum noisy, but providing the worst cooling (“Silent” parameter).

Alerts of overheating

Also, the payment of the manufacturer in question is the computer protection tool from overheating: when the temperature is reached, the user will receive a notification of the need to turn off the machine. You can configure the display of these notifications in the “Smart Fan 5” section mentioned at the previous stage.

    The options we need are located in the “Temperature Warning” unit. It will be necessary to manually determine the maximum permissible value of the processor temperature. For a CPU with low heat dissipation, it is enough to select a value of 70 ° C, and if the TDP in the processor is high, then 90 ° C.

Download settings

The last important parameters that should be configured is the priority of loading and turning on the AHCI mode.

    Go to the BIOS Features section and use the Boot Option Priorities option.

Here, select the desired boot carrier. Available both ordinary hard drives and solid.state drives are. You can also choose a flash drive or optical disk.

Conservation of settings

Parameters preservation occurs after clicking on the “Save Exit Setup” item.

Make UEFI Graphics Card work with Legacy BIOS Motherboard

You can also go without saving (if you are not sure that they introduced everything correctly), use the Exit Without Saving option, or reset BIOS settings to factory, which is the option “Load Optimized Defaults” is responsible for.

Thus, we finished setting the main BIOS parameters on the Gigabyte maternity board.

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All users of personal computers are known about the BIOS software environment. This is the component of the system that is loaded primarily, respectively, before the launch of the operating system. BIOS is invariably present on each computer, since without it the appropriate performance of all elements of your computer in a single network is impossible. Not so long ago a new software environment was introduced, replacing BIOS, which is called UEFI.

How to disable UEFI

If you do not have Windows 7-8-10, but XP or Ubuntu, UEFI mode can cause problems when starting an OS from a disk or flash card. The best solution will be disconnected this mode.

UEFI shutdown algorithm:

  • Go to the BIOS computer. If you plan to turn off UEFI in Windows 8 or 8.1, you can press the “Start” menu on “Reload” and select in additional options “Settings by UEFI”. This is the most convenient option. the laptop will start in the required settings.

If the version of the operating system is not suitable, go to the BIOS using F2 or Delete, as proposed above. There may be other key options, most often the desired button is indicated at the bottom of the initial screen when PC is turned on.

  • Open the Boot tab (loading), then. Secure Boot (safe loading) and find the OS Type subparagraph (type of operating system). There it is necessary to specify “OS OS” (other OS) and save the parameters by pressing the F10 key. Sometimes an additional shutdown of the safe launch parameter may be needed (Disabled position).

The described instruction is designed for ASUS brand laptops, but for other brands the algorithm is the same, the difference is which key needs to be pressed during the start of the computer.

bios, enable, uefi, main, menu

What is XMP?

XMP, an abbreviation from Extreme Memory Profile, is another memory standard, originally created Intel for DDR3 RAM. It is a set of advanced frequencies and timings that the RAM module can use to increase performance. While Jedec memory profiles provide excellent compatibility (they are used by all manufacturers), XMP profiles allow RAM modules to work at higher frequencies and with less timings. And they also compensate for the amount of additional voltage required. RAM modules supporting XMP have already been tested by their manufacturers, and they are guaranteed to work flawlessly at the speeds stored in their XMP profiles.

If you want, you can think about XMP profiles as a memory acceleration settings that are already tuned, tested and saved directly in the modules of RAM. All you need to do so that your RAM works faster is to include the fastest XMP profile available to it. It is quite simple, as you will see later in this article. Nevertheless, you must keep in mind that in order to be able to use XMP RAM, and your motherboard, and CP (processor) should be able to use your RAM with the frequency and timings of XMP.

How to enable XMP for your RAM to increase its speed

Now that you know what XMP is, you may want to know how to turn it on on the motherboard of your computer to increase the speed of RAM. In the end, most of us will not refuse to freely increase performance, correct? Here’s how to choose XMP profiles and enable them:

XMP profiles are included and selected in BIOS or UEFI of your motherboard. This means that you first need to access your computer firmware. This can usually be done by pressing the Del, ESC or F2 key immediately after the computer is launched. However, the necessary steps differ depending on the manufacturer of the motherboard.

After you entered your UEFI/BIOS, you will need to find a setting called XMP. Some motherboard manufacturers use the exact term XMP, while others adhere to the full name: Extreme Memory Profile. In most cases, at least on newer motherboards, you will find it on the first page UEFI/BIOS. In other cases, XMP parameters can be listed on the Tweaking page, on the Advanced page, or in any other place in UEFI/BIOS.

For example, on the Gigabyte Z690 Aorus Master XMP motherboard is displayed on the first UEFI page if you decide to use the Easy Mode presentation.

And you can also find it on the Tweaker page if you turn on the Advanced Mode. Unlike a simple mode, where it was just called XMP, in an extended mode, memory profiles are listed under their full name: Extreme Memory Profile (XMP).

To enable the XMP profile for your RAM, click or select and click Enter in the XMP setting. Then you should see a list of available XMP profiles.

Although you can use any of them, you probably want to choose the fastest one that determines the highest frequency. For example, the DDR5 memory set uses 32 GB from Kingston comes with three XMP profiles, each of which allows you to work at different speeds: 4800, 5600 and 6000 mt/s. To get maximum performance from it, we choose the fastest XMP profile: DDR-6000.

After you turned on the XMP profile, which you want to use for your RAM, all that remains to do is save the settings and get out of UEFI/BIOS to restart the computer. Then the memory modules of your computer will work with the frequency, timings and the voltage indicated in the selected XMP profiles. Voila: Speed!

Review of the Maternal board Gigabyte X399 Aorus Gaming 7: Controller Nuclei

We tested a fee on the last version available at the time of preparation of the article F2 of August 31, 2021. In terms of the design of the shell, no changes in comparison with the microderograms of previously released Gigabyte boards of the Aorus series did not occur-it is decorated in red-black tones with well-readable white and yellow fonts. The basic mode of EZ Mode will allow you to obtain basic information about the board and the components installed in it, as well as with one click of the mouse to activate one of the three operating modes.

Switching to the advanced BIOS mode opens the usual seven main sections with subsections invested in them.

Section m.I.T (MB Intelligent Tweaker) is configured in the same way as on boards with Intel chipsets, so it is quite simple to navigate it. Smartfan 5 fan settings utility are separated from five other subsections. the transition button for it is hidden in the lower right corner.

In the first subsection, m.I.T, a change in the processor multiplier and the choice of XMP memory is available, but, “having fallen” even deeper, you can continue the settings of the processor.

In the following subsections for change, the timings of RAM are available, which can be installed both for all modules at the same time and separately for each module.

A huge number available for changing stresses in BIOS, but a slight inconvenience is that when installing each voltage, the boundaries of its change and step are not displayed. The stabilization modes of voltage stabilization are also regulated. eight LLC levels are available for the processor.

Nearby is a subsection monitoring of all stresses.

The already familiar Smartfan 5 utility will help to configure each fan by tied it to the sensor on the processor or motherboard.

The usual set of settings also meets in sections with information about the system and BIOS.

Как открыть BIOS UEFI.Параметры встроенного ПО UEFI.Вход в биос efi

The section with peripheral devices of the board opens the AMD CPU FTPM setting and installing the PCI Express slot, in which the motherboard will be the first thing to look for a video card.

This is followed by the subsection with the setting of the payment of the board.

Following the options for turning on or off controllers are subsections with the setting of the processor and chipset.

Before moving to subsections with PSTATE (Power-Performance States), a warning is issued about the possible consequences.

In turn, sections with payment modes and saving settings here are almost the same as on other Gigabyte boards.

In addition to creating a system acceleration profiles for their subsequent loading, to allocate here, in general, and nothing. BIOS is stable, intuitive and fast in response time. We did not have any questions for navigation on it.

Acceleration and stability

Verification of stability, overclocking potential and productivity of the Gigabyte X399 Aorus Gaming 7 motherboard was carried out in a closed system of the system unit at room temperature of about 22 degrees Celsius. The configuration consisted of the following components:

  • System board: Gigabyte X399 Aorus Gaming7 (AMD X399, Socket TR4, BIOS F2 from 31.08.2017);
  • Processor: AMD Ryzen Threadripper 1950x 3.4-4.0gHz (14 Nm, YD195XA8UGAAE ZP-B1, L2 16 x 512 KB, L3 4 X 8 MB, TDP 180 W);
  • cooling system CPU: non-U14 TR4-SP3 (140-mm fan NF-A15 at 940 ~ 1500 rpm);
  • Thermointease: Arctic MX-4;
  • Video card: Gigabyte GeForce GTX 950 WF2 OC 2 GB 1102-1279/6612 MHz;
  • RAM: DDR4 4 x 4 GB Corsair Vengeance LPX 2800 MHz (CMK16GX4M4A2800C16) (XMP 2800 MHz/16-18-18-36_2T/1.2 V or 3000 MHz/16-18-18-36_2T/1.35 V) ;
  • System disk: Intel SSD 730 480 GB (SATAIII, BIOSVL2010400);
  • Disk for programs and games: Western Digital Velociraptor 300 GB (SATAII, 10,000 rpm, 16 MB, NCQ);
  • Archival disc: Samsung Ecogreen F4 HD204UI 2 TB (SATAII, 5400 rpm, 32 MB, NCQ);
  • Sound map: Auzen X-Fi Hometheater HD;
  • Corps: Thermaltake Core X71 (Five BE Quiet! Silent Wings 2 (BL063) at 900 rpm);
  • Management and monitoring panel: Zalmanzm-MFC3;
  • power supply: Corsair AX1500i Digital ATX (1500 W, 80 Plus Titanium), 140-mm fan.

If quite simple. the TPM chip provides data protection at the hardware level. To gain access, you need the keys that are stored in the TPM chip. Therefore, having encrypted data on one PC, they cannot be decrypted on the other, since there will simply be no keys on that PC. They are contained only in the TPM storage, and this chip is located on the motherboard itself. And by the way, you can change it, like even manually, there are just old versions. And there are new ones, something like that.

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We in detail in describing how to disperse Ryzen 3000 on the motherboards Gigabyte X570. Gigabayte specially modernized their X570 motherboards so that they work well with powerful processors. They are on powerful VRM. There are more nuclei in the new AMD processors, so they consume more energy. Since these processors use a new technology, the clock frequency has almost not increased, but the effectiveness of work due to changes in the microarchitecture is quite.

AMD has a PBO technology that removes all the restrictions from the processor and gives it to accelerate in accordance with the heating and the capabilities of the motherboard. Sometimes PBOC is better than acceleration of all nuclei, but acceleration of memory has become much easier. You can increase FCLK to increase performance.

How to enable AMD.V on AMD Ryzen and the Gigabyte maternal board

Hello, happy owners of the AMD Ryzen processor. I am a happy owner of the Gigabyte X470 Aorus Ultra Gaming and AMD Ryzen 3600 and, on the example of these components, I will show how to enable AMD-V support in BIOS.

If you use one of the virtualization systems, for example, VirtualBox, Vagrant or develop on Android Studio, then these programs will not earn without turning on AMD-V, or they will work slowly.

For example, when starting Vagrant there will be such a mistake:

Stderr: Vboxmanage.Exe: error: not in a hypervisor partition (hvp = 0) (verr_nem_not_availble).Vboxmanage.Exe: Error: AMD-V IS DISABLED in the BIOS (Or by the Host OS) (Verr_SVM_DISABLED) Vboxmanage.Exe: Error: Details: Code E_Fail (0x80004005), Component Consolewrap, Interface Iconsole

When setting up VirtualBox you will see the text:

The function of hardware virtualization is included for this machine, but is not supported by your host. To ensure the performance of the machine, it must be enabled.

Everything says that we need to turn on amd-v, but how to do it?

Next, see the screenshots, maybe your BIOS will be slightly different, but on all Gigabyte boards this action will be the same. You need to find SVM Mode.

SVM Mode should be enabled. SVM Mode is AMD-V. Do not forget to save the settings.

Why such a strange name? Everything is just SVM decrypted as Secure Virtual Machine, which is translated into Russian. Protected virtual machine. Who is used to Intel processors are now in a little shock 🙂

BIOS settings and settings control

Many newcomers are scared by the fact that the mouse does not work in BIOS, there is no Russian language and everything has to be configured using only the keyboard (although in the new UEFIs that have replaced the classic BIOS, all these shortcomings are eliminated).

Meanwhile, everything is quite simple. In many ways. Their purpose can be understood from the context, and the most necessary control buttons are usually indicated either below or to the right of the settings menu (pay attention to the photo from the UEFI menu: on the right is the “Hot Keys” section. t.e. Hotkeys).

Changing the download priority (on the right is the control keys) / UEFI

Another advice: if you do not know what this or that parameter means, I do not recommend changing (if you are for the first time in BIOS).

  • Arrows-moving up, down, left-right;
  • F1. help (the button is standard, in many other programs. it also opens the section using);
  • F6 or F9. installing standard settings;
  • F10. save all the settings made in BIOS (used very often);
  • Enter. confirm/enter the selected menu on which the cursor is installed (the choice is made using arrows on the keyboard);
  • ESC. reverse function of the Enter key. back or exit (also used very often);
  • The “plus” and “minus” keys. increase or reduce value (respectively);
  • Tab-move the cursor to the next menu (something like additions to the shooters).

By the way, as well as in UEFI (the photo of which I brought above) in the BIOS in the menu on the right (or below), tips are also given about which button is responsible for what.

Hints: Arrows. Cursor movement, Enter. Introduction, F1. Help, F10. Save the settings and exit, ESC. exit.

Why can’t you go to BIOS (reasons)

There can be many reasons, but most often I come across the following:

  • Incorrectly selected key. t.e. You just click the wrong button when downloading a computer. Perhaps the BIOS version was incorrectly determined. I advise you to try the most common diges alternately: Del, F2, F1, ESC, F10;
  • On some laptops (for example, Lenovo) there are special buttons on the device case, closing which, and you can enter the BIOS (the photo was given above);
  • If you have a USB keyboard (t.e. connected to the USB port). it is possible that it does not work yet when loading PC and therefore you are in wasted the coveted key. In this case, I recommend connecting the keyboard to PS/2 of the port (for example, you can use special. adapter, screen below).

From Windows 10

Update and safety. Recovery (clickable)

From Windows 8,

In principle, the action is similar, however, the Inte Week is somewhat different from Windows 10.

    First move the mouse slider to the right to make the side menu appear: select the “Parameters” (see. screenshot below);

How to change Legacy BIOS to UEFI without reinstalling Windows 10?

Some of the new generation of PC and laptops support both the UEFI and Unified Extensible Firmware Interface, as well as BIOS or the basic input-output. The main advantage of UEFI over the traditional BIOS is that UEFI supports a hard drive with a capacity of more than 2 terabyte. But the disadvantage of UEFI is the fact that only 64-bit versions of the Windows operating system are supported, and the hard drive should use the GPT structure. If your computer supports and is compatible with UEFI and you want to move from Legacy to UEFI, we will discuss various steps for this here.

We will discuss the following two methods with which we can change Legacy to UEFI without reinstalling Windows 10.

Before we continue, you need to fulfill the following preliminary conditions:

  • The motherboard of your computer should support both Legacy and UEFI.
  • Your computer should work under Windows 10 versions 1703 or newer in the MBR section.

1] Convert MBR to GPT using Windows utilities

Launch CMD on behalf of the administrator and execute the following command:

Wait until the process is completed. You can track progress on your screen.

When this is done, you need to go to the BIOS of your PC.

Go to the settings → Update and safety → Additional launch parameters. When you click “Reloading now”, it will reboot your computer and offer you all these additional parameters.

Select “Elimination of problems” → “Additional parameters”. This screen offers additional parameters, including the restoration of the system, restoration of launch, return to the previous version, command line, restoration of the image of the system and UEFI firmware parameters.

Select “UEFI firmware settings” and it will go to BIOS. Each OEM has its own way of implementing options.

bios, enable, uefi, main, menu

The loading mode is usually available in the “Download” section → “Downloading Tuning”. Install it in UEFI.

Keep changes and go out. PC will now reboot.

2] MBR conversion to GPT using the recovery environment

During the operation of the Windows installation program, when a message appears on the screen, click Shift F10 to open the command line.

Run the command line on behalf of the administrator and execute the following commands one after another:

When this is done, you need to go to the BIOS of your PC.

The loading mode is usually available in the “Download” section → “Downloading Tuning”. Install it in UEFI.

If nothing helped

It is important to understand that you can’t just take it, and copy the ISO-image file into the root of the flash drive, or open the image and copy the files from it directly to the root of the flash drive. Such a carrier will not become loading, except for some UEFI flash drives with FAT32 file system. To record images, you need to use the RUFUS program or similar, for example, “Ultraiso”.

The UEFI or BIOS program built into the motherboard does not know how to recognize the flash drive “on the go”. T.e., The drive with loading files should be inserted before turning on or rebooting the computer.

Keep in mind that too old computers do not know how to load from flash drives. Download options for “USB-HDD”, “USB-FDD” do not work for flash drives, software with the code name “PLOP” will help. You can start a computer from a diskette or a loading CD with a PLOP utility that will transfer control of the loading sector on a flash drive.

Resetting parameters, updating and flashing BIOS/UEFI

Finally, we will consider the issues related to the updating of the firmware of primary BIOS/UEFI systems and the reset of parameters to factory. Reset is carried out almost in the same way as in BIOS (similar sections like Load Setup Defaults are used for this). But the installation of a new firmware in UEFI, if we compare such actions with similar procedures in BIOS, is generally elementary.

This in BIOS needed to look for a section of updates, write down the flash drive, then perform a lot of operations to choose the right software, etc. D. You can update the software environment of UEFI directly from under Windows. After loading the firmware file, you just need to start it on behalf of the administrator, and all other operations will be performed when rebooting a computer device without user participation. But you need to download the firmware that exactly corresponds to your modification, otherwise you can only achieve that the entire computer system will stop working.

For a search, the easiest way to contact the official website of the motherboard or a certain laptop model is easily to be addressed directly to the official website. You can determine the marking of the motherboard and the current version of the BIOS/UEFI firmware either through information about the system, either through the command line, or through the DirectX dialogue, or with special informative utilities like Speecy, AIDA64, SSU and the similar ones to them. Some developers add their own branded utilities to UEFI, allowing an upgrade directly in the primary system.