How to properly enable usb ports in BIOS. How to enable the hard drive controller in the BIOS How to enable the disk in the BIOS

The problem described in the title can sometimes be encountered when installing Windows OS from an optical disc or flash drive. Often, a similar error appears when installing Windows 7, especially if the hard drive has recently been replaced.

A window with such a menacing message appears on the screen at the stage of selecting a suitable HDD partition for installing the operating system. The full text of this warning is as follows:

The solution to this problem is quite simple, however, detailed instructions will definitely not be superfluous, especially for inexperienced PC users. So, the algorithm of actions is as follows:

1. Restart your computer and go to the BIOS menu.

How to get there depends on the version of that same BIOS, it is either the Del button, or F8, F10 or F11. In any case, the required key will be indicated in the second window that will appear after turning on the PC.

1. Go to the “Advanced” section and find the “AHCI Mode Control” item there.

1. Switch this mode from "Auto" to "Manual".

1. You can now disable "Native AHCI Match" by making it "Disable". This is required to eliminate the error and normal installation of the OS.

1. After installing the operating system and drivers necessary for its proper operation, you can return the BIOS settings back.

That's all, now you know how to solve the problem "Make sure that the controller of this disk is enabled in the computer's BIOS menu."

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SATA controller. How to enable SATA controller in BIOS?

Computers are complex devices that rely on many different elements to operate. One of them is a SATA controller. What is this device? How to work with it? How to take care of its performance? Here is an incomplete list of questions that will be considered as part of our article.

What is a SATA controller?

Serial Advanced Technology Attachment is a technology that allows storage devices such as hard drives and optical cables to communicate over a high-speed cable with the motherboard. It is optimal to use the connector with the lowest number. SATA0 or SATA1 are considered ideal. For optical drives, it is possible to use other ports.

When working with hard drives, you must initially use SATA0. It is installed on system media. Each subsequent one must have a number one more and so on. If you have multiple hard drives and use RAID mode to increase storage space, one wire is connected to the connector, and then everything else is connected to the controller.

Operating modes

Controllers determine how the hard drive will communicate with the motherboard. There can be three principles of interaction:

1. Operating mode of the SATA IDE controller. The simplest option. With it, the hard drive functions as IDE or PATA. In this case, it has limited potential and is also not very fast. But this mode is very valuable if it is necessary to ensure compatibility of interaction with equipment that is already outdated. It can also be used in cases where the computer has only one hard drive and there is no need to use various drive functions.
2. Operating mode of the SATA AHCI controller. In this case, the use of advanced drive functions becomes possible. An example is Native Command Queuing and hot swapping. Also a significant advantage is the high speed of interaction (when compared with the previous option).
3. RAID controller operating mode. With this setup, multiple separate hard drives can be used to create a single storage array. It is characterized by redundancy of information, as well as higher performance. The first is achieved by creating a backup copy of the hard drive, and the second by striping the disk space. When this mode works, AHCI also functions together with it.

Notes

Initially, you need to set the operating mode in which the SATA controller for a laptop or computer will function correctly, and only then deal with the operating system. After all, if you do this later, the OS may not work correctly, even to the point of failure. So, this may happen due to the disk driver being disabled or the wrong BIOS setting being used.

Causes of malfunctions

Let's say your PC stops working with its hard drive. This malfunction may have several reasons:

1. Cables are loose.
2. The hard drive has failed.
3. The SATA controller does not work or is very slow.

In the first option, you need to check the tightness of the cable. In the second case, the device most likely needs to be replaced. And in the third - set the correct settings. Administrator rights are required for such changes. If they are, then you can begin to solve the problem.

How to enable the SATA controller in the computer BIOS?

First you need to go into the BIOS. There is no single standard here - each machine uses a separate special key for this. To find out, you need to read the instructions on the screen that appear immediately after turning on the computer. Moreover, for a guaranteed result it must be pressed more than once.

After logging in successfully, you need to find the Integrated Peripherals item. If it is not there, then any one that is consonant in meaning will do. It contains all the parameters that relate to the internal capabilities of the motherboard. Now you need to find the Onboard SATA Controller. If it's not there, just look for any entry that says "SATA controller." This parameter can only be set to Disabled and Enabled (disabled and enabled, respectively). You need to make sure that it is activated.

To save changes, you can press F10 and the enter button. If you do not do this, the system itself will offer to perform these actions. After this, you should restart the computer and go into the BIOS again to make sure that the hard drive has been detected. You can understand this thanks to the Standard CMOS Features item. Now we know how to enable the SATA controller. Let's look at the modes.

AHCI connection

This is done using the same BIOS. To make changes, go to the control window. After that you need to look for IDE, AHCI or RAID. They must come with SATA. Also, on some devices, the word “MODE” is used additionally. We disable the mode that we do not need, and, on the contrary, enable the necessary one (this is also done by changing Disabled to Enabled and vice versa).

If, when you try to change the mode, a message is displayed stating that no disk is located, it means that the necessary drivers are missing. Therefore, you will need to log into the operating system and install them with administrator rights first. This can also be done using the OS installation disc. But still, the first option is less time-consuming. Also remember that changes you make to the basic I/O system must be saved for them to take effect. How to do this was discussed in the previous paragraph.

In general, here's how to switch the SATA controller to AHCI mode or another mode that is necessary. In this case, it is important to strictly follow the instructions so as not to touch anything unnecessary. Now let's take a look at two options that may come in handy when setting up your computer. Moreover, the main topic of the article has already been revealed, and we will now deepen our knowledge.

SATA Controller Mode

This option is used to specify the operating mode. We have already discussed this. Now let's pay attention to how and what works in this case. If you set the IDE mode, there will be no need to use additional drivers when working with equipment that uses this technology. The RAID mode is compatible with all operating systems starting from Windows 2000. The only peculiarity is that outdated media for drivers will be required here (if the equipment is of the same year as the operating system). Otherwise, their role can be successfully performed by a Flash drive or CD. But it makes sense to talk about creating a RAID array only if there are at least two hard drives. Their work will be positively influenced by the same brand and volume. And if the parties and firmware match, these are already ideal conditions for using this mode.

ANSI is a newer technology and is not compatible with older (relatively) systems. Due to the fact that this mode has a positive effect on the performance of the equipment, it is recommended to focus on it. Moreover, although RAID and ANSI can still be launched on representatives of operating systems and computers starting from the 2000 generation, they will not help with Windows 9x: there are simply no drivers that would combine the operation of software and hardware. Please note that changes must be made before the OS is installed. If you change the mode when the operating system is already installed, you can find a “blue screen of death” on your computer, which will display information about an error and the impossibility of correct operation. If you don’t want to see him and demolish the OS, then you should forcibly change the controller driver to one that will work with the new settings.

History of development

The first of the family of controllers is rightfully considered SATA 150. It is an interface that uses a serial data bus. It operates at a frequency of 1.5 GHz, thereby providing a throughput of 150 Megabytes per second. The standard has spread due to a number of advantages that previous developments did not have. Thus, the architectural advantages of the bus, the small size of connectors and cables, ease of use and overall reliability of the connection played a role. Also, when connecting two devices to one port, there are no conflicts or problems.

The second generation of SATA 300 provides operation at speeds of 300 Megabytes in one second. In theory, both options are compatible, but problems cannot be ruled out. But, in fairness, it is worth saying that even the most modern hard drives have not yet learned to operate faster than 130 Megabytes per second, so there is no particular point in chasing numbers in this case. So there is no difference when using controller types. All that matters is which one connects first.

Conclusion

The SATA controller is, of course, an important part of any computer. It is a device that allows us to access data that is valuable. Also worthy of special attention is the success the developers of this part were able to achieve in terms of performance. In addition, this suggests that there is significant reserve for increasing the capacity of hard drives without improving data transfer technology, which makes it unlikely that it will become obsolete and unnecessary in the next few decades.

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The disk controller is enabled in the computer's BIOS menu

During installation of the Windows 10 operating system, various errors may occur. As a rule, they are associated with incorrect BIOS settings or incorrect operation of computer or laptop components. One of the common errors sounds like this: “Windows cannot be installed on this disk. Your computer's hardware may not support booting from this disk. Make sure that the controller for this drive is enabled in the computer's BIOS menu." Yes, troubles happen when the disk actually gets cut off and no longer works. But most often the reason is different.

The most common reason why this malfunction occurs is in the settings of the SATA controller when working with old hard drives. First, when you turn on the PC, try going into the BIOS and changing the controller operating mode from ACHI to IDE.

On more modern motherboards with UEFI, instead of the usual BIOS, changing to Legacy mode can help.

If none of these manipulations help, then return everything as it was. The reason is most likely something else.

Sometimes the error “Make sure that the controller of this disk is enabled in the computer’s BIOS menu” may appear because the boot record of the hard disk has become corrupted and needs to be restored. To do this, when starting the installation of the Windows 10 operating system, click on the “System Restore” button and go to the “Diagnostics” menu>>”Advanced options”>>”Command Prompt”, or simply press the key combination Shift + F10. A black Windows console window will appear:

We type the commands one by one:

Bootrec /fixmbr bootrec /fixboot bootrec /RebuildBcd

Each of them should complete successfully. After that, reboot the PC and try to start the installation again. Usually, this resolves the disk controller error in the computer's bios menu and then everything goes on without any problems.

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Make sure that the controller for this drive is enabled in the computer's BIOS menu. Solved. | A good person's blog. good4el.ru

Question. Windows cannot be installed on this disk. Your computer's hardware may not support booting from this disk. Make sure that the controller for this drive is enabled in the computer's BIOS menu. Solved

I got an error when installing win7, XP installed without any problems. I started googling (the sites have a lot of crap on this issue) and found a similar answer, and when I finished it, I got an article.

And so we install Windows 7 on the Samsung r530 and the error “Make sure that the controller of this disk is enabled in the computer’s BIOS menu” pops up.

Answer: The main reason for this error is the BIOS setting.

1) Go to BIOS (F2 or DEl)

2) Look for the Advanced tab

3) Select and set the AHCI Mode Control value to

immediately change Native AHCI Mode to

4) Save, restart and install windows.

How I installed an SSD drive on an old computer

I have already mentioned SSD drives more than once in my articles, saying that they are faster than regular ones and can be used to upgrade your computer. And it would seem that installing them is a trivial thing, what could be simpler, remove the old hard drive, install a new SSD, install Windows on it and rejoice, but in reality everything is not so simple. The fact is that in order to squeeze maximum speed from an SSD drive (otherwise why use it), you need to switch to AHCI (Advanced Host Controller Interface) mode in the BIOS. And this is where the surprises can begin...

So, I have an old computer that I decided to upgrade and install an SSD drive. I switched the AHCI mode in the BIOS. To do this, I went into the BIOS (press the Del or F2 button (there may be other keys depending on the motherboard model), when turning on the computer) in the "Main" menu and selected "Sata Configuration".

And in "Configure Sata as" I chose "AHCI"

I saved the settings, restarted the computer and started installing Windows. But that was not the case, an error occurred:

I started changing the BIOS settings, even updated its version, the result was the same - this error kept appearing. In the end, I decided to select IDE mode in the BIOS and install Windows. The installation was successful, then I decided to try switching back to AHCI mode in the BIOS, but a similar trick failed and Windows simply did not boot (in principle, I expected a similar result). Then I decided to do this - switch back to IDE mode, go into Windows and change the mode to ACHI in the registry editor.

Having returned to IDE mode, Windows booted successfully; now you need to make changes to the registry. To do this, open the registry editor - press the key combination "Win" + "R" and enter regedit.

In the registry editor, go to the path "HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services\Msahci", find the "Start" parameter, open it by double-clicking. In the "Value" field, enter "0".

That's it, the system can be rebooted and AHCI mode can be set in the BIOS. As a result, everything worked, the SSD disk worked in ACHI mode. Windows booted successfully and worked many times faster than with a regular hard disk.

So, if your old computer has stopped pleasing you with the speed of its operation, installing an SSD drive, in my opinion, is the ideal solution. But we must not forget about the minimum size of RAM - 2GB and a processor, preferably 2 cores of at least 2 GHz.

I hope this article helped you avoid the mistake:

Installing Windows on this disk is not possible. Your computer's hardware may not support booting from this disk. Make sure that the controller for this drive is enabled in the computer's BIOS menu.

And it helped to upgrade your computer and increase its performance and performance.

How to enable a disk in BIOS?

If a new drive is not detected on your computer or the old one is no longer detected, there are several ways to enable the hard drive in the BIOS or enable the disk controller. Today we will tell you how to do this.

How to enable disk in BIOS

First you need to enter Bios. To do this, you need to press a certain key while the computer is booting, in most cases it is the “del” button, but there may be another key or a combination of them.

Immediately after turning on the computer, the message “Press DEL to enter SETUP” or similar usually appears at the bottom of the screen, at which point you need to press the required key.

In the window that opens, you need to find the “MAIN” or “Standard CMOS Features” tab, where a list of connected optical and hard drives is displayed and make sure that the disk is not detected. That is, it is not in the list of connected devices, or if this is the only disk, all items say “none”.

• If the drive is Sata, you can check whether the sata interface controller is enabled. In the "SATA configuration" tab in the controller line, the "enable" item must be selected; if not, you need to select it. After this, you need to go to the previous tab and if there is still no device, select the required sata connector and select auto, after which the device should be detected.
• In the event that the disk disconnection was preceded by someone's intervention in the BIOS settings, i.e. it was disabled (read how to do it here:), you can return the BIOS settings to default by selecting "Load Defaults BIOS", or something similar depending on the BIOS version, for example: "Load Safe-Fail Defaults", etc.
• If this is a new disk and it is detected in the BIOS, but not detected in the operating system, perhaps it is not partitioned or has a file system not supported by your OS, then it needs to be formatted. Read how to do this correctly in this article - be careful, formatting will destroy all data on the hard drive.

If the above doesn't help you, especially if you have older hardware and multiple hard drives connected, the problem is most likely not in the BIOS. Try this:

1. Turn off the computer and check the position of the jumper on the hard drive; if this is the second hard drive, it should be in the “slave” position, if the first is “master”. Information about the position of the jumpers is usually located on the cover of the device.
2. If you have an old ide disk and it is not detected even in the “slave” position, you can try removing the jumper.

All actions must be performed with the computer turned off and without power. After each change, of course, you need to go into the BIOS and check for the presence of the device.

When replacing a hard drive with a new one, it happens that the system cannot detect it. The hard drive is connected to the computer, but it is not in the list of available hardware. Sometimes, to correctly display connected devices, you need to change some settings in the BIOS. With the correct BIOS configuration, all hard drives will be displayed automatically.

You will need

• Computer running operating system

Instructions

Turn on the computer, and immediately after turning on, without waiting for the operating system to start loading, press the “DEL” key. You will find yourself in the BIOS menu. Go to the "MAIN" tab and press "Enter". A menu will appear showing the optical drives and hard drives connected to the computer. Find the required hard drive in the equipment list. If it is not there, select the number of the “SATA” connector to which it was connected and click “AVTO”. The system will now search for equipment connected to this connector. If the hard drive was detected by the system, click on the “save end exit” command. The computer will restart and the hard drive will be available in My Computer.

If the system is unable to detect the hard drive, the SATA interface controller is most likely disabled. Find the line “SATA configuration” and in the “controller” tab select “enable”. Then perform the operation described in the paragraph above.

If you just accidentally turned off the hard drive in the BIOS, the easiest way to turn it back on is to reset the settings. Enter the BIOS and select the line (Load Default). The computer will restart and the hard drive will be accessible again.

After the hard drive is displayed in the BIOS, you will need to update the data about the connected devices in the operating system. Turn on your computer and wait for Windows to load. Right-click My Computer. Select the "Properties" command. Then go to Device Manager. Click on the line that displays the names of your system. This is the computer name that was specified when installing Windows. Simply put, this is the top line, right-click on it and select the “Update Hardware Configuration” command. The system will scan the connected devices, and the hard drive will be available for use.

Tip added on February 28, 2012 Tip 2: How to enable the disk in the BIOS The situation when the computer does not see the disk is quite rare. In this case, the user may need to open the BIOS and set the correct settings. Knowing how to do this will allow you to return your computer to working condition.

Instructions

First, assess the situation that is causing the problem on your computer. For example, it worked properly, then the next time it was turned on it stopped booting, and the disk was not visible in the BIOS. This situation is accompanied by the text DISK BOOT FAILURE. INSERT SYSTEM DISK AND PRESS ENTER. That is, the system does not see the disk, and therefore cannot boot from it.

Enter the BIOS by pressing Del or F2 when the system starts. The specific key depends on the computer model (can also be F1, Esc, F11, F12). Go to the Standard CMOS Features menu and make sure that the disk is really not detected - in this case, there will be a None entry everywhere.

In this case, it will not be possible to “turn on” the disk, since it is not detected at the hardware level. That is, there is some kind of physical malfunction: the disk itself, the power or data cable is faulty, or the motherboard may be faulty. You can check the health of the disk by connecting it to another computer. Remember that a working disk does not need to be turned on; the system finds and detects it automatically.

You may encounter a situation where the system does not see the disk when installing the OS - a message appears that the disks were not found. The problem is typical for laptops and fairly old Windows distributions that do not have SATA drivers. The best option in this case is to find a newer distribution that has these drivers.

Changing settings in the BIOS may be required when installing a new OS if there is no boot menu (usually called by pressing the F12 key). In this case, you need to select the disk from which to boot from in the BIOS. Find the tab with the lines First boot, Second boot, etc. In the First boot line, set to boot from CD and save the changes - menu item SAVE AND EXIT SETUP. The computer will now begin loading the OS from the CD. Remember that when installing, immediately after the first automatic reboot, you should enter the BIOS again and return to the original settings. Without this, the OS installation from the CD will begin again.

If the disk is visible in the BIOS, but Windows does not find it, then the problem is most likely in its file system type. For the disk to become visible, it must be formatted in the type of file system that you use. For Windows XP and Windows 7 this is NTFS. To format, use Acronis Disk Director. It is better to use the version downloaded from a CD. After formatting and restarting, Windows will begin to see the disk.

How to enable a disk in the BIOS - printable version

Computers are complex devices that rely on many different elements to operate. One of them is a SATA controller. What is this device? How to work with it? How to take care of its performance? Here is an incomplete list of questions that will be considered as part of our article.

It is a technology by which storage devices such as hard drives and optical cables can communicate over a high-speed cable with the motherboard. It is optimal to use the connector with the lowest number. SATA0 or SATA1 are considered ideal. It is possible to use other ports.

When working with hard drives, you must initially use SATA0. It is installed on system media. Each subsequent one must have a number one more and so on. If you have multiple hard drives and use RAID mode to increase storage space, one wire is connected to the connector, and then everything else is connected to the controller.

Operating modes

Controllers determine how the hard drive will communicate with the motherboard. There can be three principles of interaction:

1. Operating mode of the SATA IDE controller. The simplest option. With it, the hard drive functions as IDE or PATA. In this case, it has limited potential and is also not very fast. But this mode is very valuable if it is necessary to ensure compatibility of interaction with equipment that is already outdated. It can also be used in cases where the computer has only one hard drive and there is no need to use various drive functions.
2. Operating mode of the SATA AHCI controller. In this case, the use of advanced drive functions becomes possible. An example is Native Command Queuing and hot swapping. Also a significant advantage is the high speed of interaction (when compared with the previous option).
3. RAID controller operating mode. With this setup, multiple separate hard drives can be used to create a single storage array. It is characterized by redundancy of information, as well as higher performance. The first is achieved by creating a backup copy of the hard drive, and the second by striping the disk space. When this mode works, AHCI also functions together with it.

Notes

Initially, you need to set the operating mode in which the SATA controller for a laptop or computer will function correctly, and only then deal with the operating system. After all, if you do this later, the OS may not work correctly, even to the point of failure. So, this may happen due to the disk driver being disabled or the wrong BIOS setting being used.

Causes of malfunctions

Let's say your PC stops working with its hard drive. This malfunction may have several reasons:

1. Cables are loose.
2. The hard drive has failed.
3. The SATA controller does not work or is very slow.

In the first option, you need to check the tightness of the cable. In the second case, the device most likely needs to be replaced. And in the third - set the correct settings. Administrator rights are required for such changes. If they are, then you can begin to solve the problem.

How to enable the SATA controller in the computer BIOS?

First you need to go into the BIOS. There is no single standard - each machine uses a separate special key for this. To find out, you need to read the instructions on the screen that appear immediately after turning on the computer. Moreover, for a guaranteed result it must be pressed more than once.

After logging in successfully, you need to find the Integrated Peripherals item. If it is not there, then any one that is consonant in meaning will do. It contains all the parameters that relate to the internal capabilities of the motherboard. Now you need to find the Onboard SATA Controller. If it's not there, just look for any entry that says "SATA controller." This parameter can only be set to Disabled and Enabled (disabled and enabled, respectively). You need to make sure that it is activated.

To save changes, you can press F10 and the enter button. If you do not do this, the system itself will offer to perform these actions. After this, you should restart the computer and go into the BIOS again to make sure that the hard drive has been detected. You can understand this thanks to the Standard CMOS Features item. Now we know how to enable the SATA controller. Let's look at the modes.

AHCI connection

This is done using the same BIOS. To make changes, go to the control window. After that you need to look for IDE, AHCI or RAID. They must come with SATA. Also, on some devices, the word “MODE” is used additionally. We disable the mode that we do not need, and, on the contrary, enable the necessary one (this is also done by changing Disabled to Enabled and vice versa).

If, when you try to change the mode, a message is displayed stating that no disk is located, it means that the necessary drivers are missing. Therefore, you will need to log into the operating system and install them with administrator rights first. This can also be done using the OS installation disc. But still, the first option is less time-consuming. Also remember that changes you make to the basic I/O system must be saved for them to take effect. How to do this was discussed in the previous paragraph.

In general, here's how to switch the SATA controller to AHCI mode or another mode that is necessary. In this case, it is important to strictly follow the instructions so as not to touch anything unnecessary. Now let's take a look at two options that may come in handy when setting up your computer. Moreover, the main topic of the article has already been revealed, and we will now deepen our knowledge.

SATA Controller Mode

This option is used to specify the operating mode. We have already discussed this. Now let's pay attention to how and what works in this case. If you set the IDE mode, there will be no need to use additional drivers when working with equipment that uses this technology. The RAID mode is compatible with all operating systems starting from Windows 2000. The only peculiarity is that outdated media for drivers will be required here (if the equipment is of the same year as the operating system). Otherwise, their role can be successfully performed by a Flash drive or CD. But it makes sense to talk about creation only if there are at least two hard drives. Their work will be positively influenced by the same brand and volume. And if the parties and firmware match, these are already ideal conditions for using this mode.

ANSI is a newer technology and is not compatible with older (relatively) systems. Due to the fact that this mode has a positive effect on the performance of the equipment, it is recommended to focus on it. Moreover, although RAID and ANSI can still be launched on representatives of operating systems and computers starting from the 2000 generation, they will not help with Windows 9x: there are simply no drivers that would combine the operation of software and hardware. Please note that changes must be made before the OS is installed. If you change the mode when the operating system is already installed, you can find a “blue screen of death” on your computer, which will display information about an error and the impossibility of correct operation. If you don’t want to see him and demolish the OS, then you should forcibly change the controller driver to one that will work with the new settings.

History of development

The first of the family of controllers is rightfully considered SATA 150. It is an interface that uses a serial data bus. It operates at a frequency of 1.5 GHz, thereby providing a throughput of 150 Megabytes per second. The standard has spread due to a number of advantages that previous developments did not have. Thus, the architectural advantages of the bus, the small size of connectors and cables, ease of use and overall reliability of the connection played a role. Also, when connecting two devices to one port, there are no conflicts or problems.

The second generation of SATA 300 provides operation at speeds of 300 Megabytes in one second. In theory, both options are compatible, but problems cannot be ruled out. But, in fairness, it is worth saying that even the most modern hard drives have not yet learned to operate faster than 130 Megabytes per second, so there is no particular point in chasing numbers in this case. So there is no difference when using controller types. All that matters is which one connects first.

Conclusion

The SATA controller is, of course, an important part of any computer. It is a device that allows us to access data that is valuable. Also worthy of special attention is the success the developers of this part were able to achieve in terms of performance. In addition, this suggests that there is significant reserve for increasing the capacity of hard drives without improving data transfer technology, which makes it unlikely that it will become obsolete and unnecessary in the next few decades.

I have already mentioned SSD drives more than once in my articles, saying that they are faster than regular ones and can be used to upgrade your computer. And it would seem that installing them is a trivial thing, what could be simpler, remove the old hard drive, install a new SSD , install Windows on it and rejoice, but in reality everything is not so simple. The fact is that in order to squeeze maximum speed from an SSD drive (otherwise why use it), you need to switch to AHCI (Advanced Host Controller Interface) mode in the BIOS. And this is where the surprises can begin...

So, I have an old computer that I decided to upgrade and install an SSD drive. I switched the AHCI mode in the BIOS. To do this, I went into the BIOS (press the Del or F2 button (there may be other keys depending on the motherboard model), when turning on the computer) in the "Main" menu and selected "Sata Configuration".

And in "Configure Sata as" I chose "AHCI"

I saved the settings, restarted the computer and started installing Windows. But that was not the case, an error occurred:

I started changing the BIOS settings, even updated its version , the result was the same - this error constantly appeared. In the end, I decided to select IDE mode in the BIOS and install Windows.
The installation was successful, then I decided to try switching back to AHCI mode in the BIOS, but a similar trick failed and Windows simply did not boot (in principle, I expected a similar result). Then I decided to do this - switch back to IDE mode, go into Windows and change the mode to ACHI in the registry editor.

Having returned to IDE mode, Windows booted successfully; now you need to make changes to the registry. To do this, open the registry editor - press the key combination "Win" + "R" and enter regedit.

In the registry editor, go to the path "HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services\Msahci", find the "Start" parameter, open it by double-clicking. In the "Value" field, enter "0".

That's it, the system can be rebooted and AHCI mode can be set in the BIOS. As a result, everything worked, the SSD disk worked in ACHI mode. Windows booted successfully and worked many times faster than with a regular hard disk.

So, if your old computer has stopped pleasing you with the speed of its operation, installing an SSD drive, in my opinion, is the ideal solution. But we must not forget about the minimum size of RAM - 2GB and a processor, preferably 2 cores of at least 2 GHz.

I hope this article helped you avoid the mistake:

Installing Windows on this disk is not possible. Your computer's hardware may not support booting from this disk. Make sure that the controller for this drive is enabled in the computer's BIOS menu.

And it helped to upgrade your computer and increase its performance and performance.