Greetings to all readers of my blog and this is Denis Trishkin again.
There are many tools to increase the operating system speed. And one of them is improving the processing of information on the hard drive - Advanced Host Controller Interface technology. But how to enable AHCI mode in Windows 7? In this article I will share this information with you.
So, it’s worth starting by getting to know the technology itself. Advanced Host Controller Interface is a standard proposed by Intel Corporation that allows you to significantly increase the speed of reading and writing information from a hard drive. True, this is only provided for hard drives connected via a SATA connector. So, if your equipment has just such an interface, and the motherboard allows the corresponding technology to work, you can increase the speed of your computer.
It should be noted that the latest versions of Windows already have built-in automatic support for this technology. Therefore, during installation of the operating system, the driver appears independently. Older motherboards that provide AHCI, this mode is blocked in the BIOS.
Inclusion( )
There are several ways to enable the system we need.
Convert to AHCI in BIOS before reinstalling Windows. The fact is that if for some reason you decide to reload the operating system on your device, then it is at this moment that you can take all the necessary steps.
Of course, this is only possible if two conditions are met:
SATA connector for hard drive;
The motherboard allows you to connect the function.
So, when we launch the BIOS to set the system startup priority, we do not immediately exit it:
This procedure can be done while your system is in fully running mode. But then you will see that it will not load and will most likely show a blue screen of death.
The option involves enabling the desired function without reinstalling the operating system.
To do this, we need to make all changes in the registry:
As a result, the operating system will have to install the driver and reboot on its own. After this, everything should work as we want.
If you installed the operating system on an IDE hard drive, and now you have connected a new SATA and cannot enable ACHI mode, then these instructions will help you do this.
You can see if ACHI is enabled by launching Device Manager. To do this, you need to right-click on “start” and select the appropriate item. In Device Manager, find the IDE/ATA/ATAPI branch for controllers, expand it and look at the name of your controller. At the end of the name it will be written IDE or SATA/ACHI. If you saw the latter, then you have already activated ACHI, and you do not need these instructions, except for educational purposes.
The first thing you should ask yourself is “do you need it?” What is ACHI? This. A protocol that replaced the outdated ATA, allows the use of hot-swappable disks and, most importantly, has support for NCQ and TRIM. ACHI also improves the energy efficiency of your SSD, which is extremely useful on mobile devices.
Briefly, NCQ is support for command queuing. This technology increases the speed of reading and writing commands on your SSD.
TRIM is a technology that allows you to perform rewrite cycles one by one on certain memory clusters, and not on all of them at once.
This is an extremely important technology when using an SSD, which allows you to significantly extend the life of your storage medium, since, unlike a hard drive, an SSD has an extremely short life span of rewrite cycles.
For the most part, unless your new drive is an SSD, there is no point in enabling ACHI mode. But if you connected an SSD, then ACHI must be turned on, since it significantly improves the performance of this high-speed drive.
There is one clarification. Do you want to run your new SSD at its maximum speed, but it's not the system's drive? The best option would be to reinstall the operating system on the SSD. You will be surprised how much faster Windows and all installed programs will work. There is no point in having an SSD, quick access to the information located on it, if all the information is processed by the operating system on a slow hard drive, especially if it is an IDE hard drive, which has extremely low speed in current realities.
So, the best option would be to install the operating system on an SSD with ACHI enabled in advance in the BIOS. 
If you still want to enable ACHI mode using a hard drive, especially an IDE, as the main one, then follow the instructions.
Launch the registry editor by pressing the keyboard shortcut win+R and enter the command there
In the Registry Editor, go to the branches in
HKEY_LOCAL_MACHINE\ SYSTEM\ CurrentControlSet\ Services\ iaStorV
Find the parameter there start, double click on it and set the value in the field 0
Go to the subsection located one level below
HKEY_LOCAL_MACHINE\ SYSTEM\ CurrentControlSet\ Services\ iaStorAV\ StartOverride
There will be a parameter named 0
, for which you need to set the value 0
Now go to another thread
HKEY_LOCAL_MACHINE\ SYSTEM\ CurrentControlSet\ Services\ storahci
Find the parameter start, set it to a value 0
In the subsection of this thread, located, similar to the previous one, one level below
HKEY_LOCAL_MACHINE\ SYSTEM\ CurrentControlSet\ Services\ storahci\ StartOverride
For the parameter named 0
, set the value 0
Now you need to restart the computer in safe mode, and also enter the BIOS “on the way”.
To enter safe mode, move your mouse cursor to the lower right corner and open settings. While holding down the shift key, press restart, on the screen that appears, select diagnostics, then additional options, then boot options, then turn on safe mode. 
To enter the BIOS, when booting the computer, after turning it on, on the hardware diagnostics screen (or the screen with the logo of the motherboard manufacturer), press the Del key (or F2, depending on the motherboard model).
In the BIOS you need to change the controller operating mode from ATA to ACHI. Most likely this will be the Advanced tab, in which there will be an item SATA Configuration or SATA Mode, it is in this that you need to select ACHI or enable it by changing disabled to enabled.
After loading, the system will begin installing SATA drivers. After installing them, everything will be ready to go. You can reboot into working mode.
Be careful, these actions may cause a system failure. It's unlikely, but possible. Therefore, create a restore point before performing these steps so that, in the event of a failure, you can easily restore the system to a working state.
AHCI, how to launch and configure it
Advanced Host Controller Interface (AHCI)- a mechanism used to connect storage devices via the Serial ATA protocol, allowing for advanced features such as built-in command queuing (NCQ) and hot swapping. The most important thing is that if the ANCI mode is enabled, the TRIM mode in the SSD is activated. In addition, without ANCI mode enabled, it is sometimes impossible to update the firmware in an SSD (for example, KINGSTON).
The ACHI operating mode allows you to use it to clean up “garbage” on an SSD.
AHCI is built into Intel chipsets starting with some versions of ICH6 and into all chipsets for the Core i3/i5/i7 platforms. For Core platforms, AHCI was implemented in the following controllers:
PCHM Intel RAID/AHCI Controller Hub
Intel PCH SATA RAID/AHCI Controller Hub
Intel ICH10R/DO SATA RAID/AHCI Controller Hub
Intel ICH10D SATA AHCI Controller Hub
Intel ICH9M-E SATA RAID/AHCI Controller Hub
Intel ICH9M AHCI Controller Hub
Intel 82801IR/IO Controller Hub (ICH9R/DO) - RAID and AHCI
Intel 82801HEM I/O Controller Hub (ICH8M-E) - RAID and AHCI
Intel 82801HBM I/O Controller Hub (ICH8M) - AHCI only
Intel 82801HR/HH/HO I/O Controller Hub (ICH8R /DH/DO) - RAID and AHCI
Intel 631xESB/632xESB I/O Controller Hub - RAID and AHCI
Intel 82801GHM I/O Controller Hub (ICH7MDH) - RAID only
Intel 82801GBM I/O Controller Hub (ICH7M) - AHCI only
Intel 82801GR/GH I/O Controller Hub (ICH7R/DH) - RAID and AHCI
Intel 82801FR I/O Controller Hub (ICH6R) - RAID and AHCI
Intel 82801FBM I/O Controller Hub (ICH6M) - AHCI only
How to enable AHCI mode for an already installed operating system.
Windows XP
To install the driver from an installed Windows XP system you need:
This is done as follows.
We go to the device manager and find IDE ATA/ATAPI controllers in the list.
We update drivers for controllers (by default there are 2).
To do this, select Update driver => Do not search. I will choose the right driver myself.
Specify the path to the folder on the installation disk for the motherboard.
Uncheck “Only compatible devices” and select Intel(R) ICH8R/D0/DH SATA AHCI Controller from the list. (this is true for both controllers!!!). If you have ICH10R, then set it for 10R accordingly.
Reboot and enter BIOS.
In the BIOS, enable AHCI mode for the SATA controller and save (or dance with a tambourine with a BIOS hack).
During system startup after POST, you will see the SATA AHCI BIOS initialization screen, a list of channels and devices connected to them will be displayed.
If a new device appears and Windows offers to install drivers automatically, we refuse.
Download the updated driver, run it and observe the driver installation.
In the device manager, in the IDE ATA/ATAPI section, controllers are now only: ICH9R/DO/DH SATA AHCI Controller, secondary and primary IDE, Standard dual-channel PCI IDE controller.
The installation is complete - Windows XP now runs in AHCI mode.
If Windows XP does not pick up the AHCI driver, you will see a BSOD with code 0x0000007b after rebooting.
Disable AHCI mode in BIOS, then the system will boot into operating mode and try again.
In fact, for already installed Windows XP, connecting AHCI drivers occurs in two stages. The problem is that the Intel driver installer will not work without AHCI mode enabled, and with AHCI mode enabled, Windows XP will not boot.
Therefore two stages:
— manually install drivers for controllers, this allows you to load Windows XP after enabling AHCI
— and after downloading, install the full set of drivers through the installer
IMPORTANT for Windows XP
After switching Windows XP to ACHI mode, it is almost impossible to return to IDE mode; there are a large number of forums on the Internet on this topic.
Why go back from AHCI to IDE at all? In AHCI mode, it is impossible to fix Windows XP in recovery mode (installing Windows XP over a customized system, running the installation file from the Windows XP environment).
What to do? Everything is lost? Reinstall again (and lose all settings) in case of serious problems?
We carefully read what is written in foreign letters for the controller driver = Intel(R) ICH8R/D0/DH SATA AHCI Controller. See the keyword? No, that's not a word AHCI, this is another word - Intel.
Bingo - we remember (or read the description for the motherboard) that we have another controller on the board, usually a JMicron / Marvell, which only works in IDE mode.
We switch the system disk there and Windows XP boots perfectly in IDE mode (accordingly, in the BIOS we select boot from this disk), because we did not install any AHCI drivers for this controller. Then we fix Windows XP in recovery mode, return the SATA wire to the main ICH controller and quietly work on.
Windows 7
There is no need to install drivers before switching to the BIOS (as in Windows XP) - otherwise the system will crash with a blue screen.
In a nutshell - either run a special utility from MS or reset the corresponding keys in the registry yourself. After Windows 7 starts, it will understand that the controller mode has changed and will install the correct drivers (or default drivers).
To fix the problem yourself, enable the AHCI driver in the registry before changing the boot drive's SATA mode. To do this, follow these steps:
- Close all Windows programs.
- Open menu Start, in the window To start searching Type regedit and press Enter.
- If a window opens user accounts, press the button Continue.
- Find and select one of the following registry subkeys (both will need to be changed):
HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services\Msahci
HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services\IastorV
- In the right pane, right-click on Start in column Name and select a team Change.
- In field Meaning enter 0 and click the button OK.
- On the menu File select team Exit to close Registry Editor.
Summary table for two operating systems (Windows XP and Windows 7)
| Windows XP | Windows 7 |
| Install the appropriate standard Intel drivers for the controller | We make changes to the registry (on our own or using a utility from MicroSoft) |
| After loading the OS will install standard Intel drivers | |
| Install the necessary drivers from the motherboard | |
| Returning to IDE mode is impossible in almost all cases; installing IDE in the BIOS will result in a BSOD. Option - boot through another SATA controller, for example JMicron (works only in IDE mode) |
Return to IDE mode - just switch back in the BIOS and everything will boot normally |
Experiments.
We look at the hardware configuration in Device Manager.
We see the ICH8 controller (there are two of them), but without a letter index, it is not yet clear whether there is AHCI support, we will check.
If there was ICH8E or ICH8R, then there is definitely ACHI.
Drivers can be downloaded both from the Intel website (we are looking for Intel Matrix Storage Manager) and from the official website of the motherboard manufacturer. For example, the budget motherboard MSI P965 Neo-F V2. The specification and technical support claim that the board does not support AHCI mode. Indeed, the BIOS only has IDE mode and no AHCI option. We will continue experiments, see below about the BIOS hack.
SATAII controller integrated in ICH8- SATA controller has AHCI support
and on the drivers page we see - On-Board SATA AHCI/RAID Drivers(there are even drivers)
We carry out all experiments:
— budget motherboard MSI P965 neo-f V2, SATA 2 (4 Intel ICH8 connectors and 1 MARVELL 88SE6111 connector)
— SSD Kingston 140 GB SATA 3
Experiment 1. There is an option to enable AHCI in the BIOS (we don’t have it)
AHCI mode must be enabled before installing the operating system (for Windows 7 and higher systems everything will be done by itself, for Windows XP you need a floppy disk with F6 drivers. If there is no disk drive at all, you need to install it in IDE mode or look for a Windows assembly with ACHI drivers already installed). If you turn it on after installing the OS, you will see a blue BSOD screen. The system does not know that the controller is now operating in a different mode.
What needs to be done for an already installed system.
Return IDE mode to the BIOS and make adjustments in Windows, then reboot and re-enable AHCI mode in the BIOS.
Experiment 2. Intel controllers support AHCI mode (our controller is on the list), but in the BIOS there is no option to switch to AHCI.
What to do? We will do an (easy) BIOS hack. .
We go into the BIOS. For the controller to work in AHCI mode, you need to do Load Setup Defaults in the BIOS after flashing it - otherwise everything will boot in the same IDE mode. And the main thing is not to go to the Configure SATA as menu - it gets confused by IDE - if you go... Which, by the way, is useful for returning to IDE mode.
Attention!
First, we conduct the last experiment on the presence of AHCI mode in controllers! We do not touch Windows (drivers for AHCI) yet. The folder with AMI BIOS files must be saved on drive C: (it may happen after experiments that only this disk will be available)
If after restarting the BIOS all disks disappear from it (i.e. the BIOS sees only the floppy drive), then you are out of luck; the board really does not support AHCI. If you cannot switch back to IDE mode through the BIOS, you need a previously prepared floppy disk with MS DOS, AFUDOS and the original ROM file. Then we boot from the floppy disk into MS DOS and load the original firmware into the BIOS (and also then do Load Setup Defaults). If you have an additional SATA MARVELL controller on the board, you can switch the Windows drive there and boot. And from under Windows, upload the original firmware.
If all the disks are available, return the IDE, make all the changes in Windows for the drivers (as indicated above) - once again upload the firmware with AHCI - reboot.
Experiment 3. What else is on the motherboard?
Remember the scary message
Adapter 1.
Disks Information: No hard disk is detected!
This is just the Marvell controller reporting its operation and that the disk is not connected to it. The controller is activated from the general AMI BIOS, parameter OnBoard IDE Controller, you have to guess that this is Marvell. Nothing, you guessed it, they called it correctly via ROM Marvell IDE Controller. Yes, if you disable it, the message No hard disk is detected! will not appear again.
In our case, this is Marvell 88SE6111, here it is on the motherboard (1 SATA port and 1 IDE port)
It's in the device manager
We try to turn on our SSD there (the message changes at startup) and boot, see what the speed is.
Marvell 88SE61хх Adapter. BIOS Version 1.1.0.L64
Adapter 1.
Disks Information:
Disk name Size Speed
Kingston SV300S37A240G 240 Gb SATA II
Yes, not very good. The read speed is higher than HDD, and the write speed is even lower than HDD.
| HDD via SATA Intel ICH8 | SSD via SATA Intel ICH8 | SSD via SATA Marvell 88SE61111 on a standard driver |
|---|---|---|
 |
 |
 |
In general, the Marvell controller can only be used for the optical drive.
By the way, this information can be used to select a motherboard. We can increase the frequency, voltage, change the processor and memory, but we cannot do anything with the built-in SATA-AHCI controller. For example, for SATA II and the same SSD:
Intel ICH10 - 350 Mb/s
Intel Z87 - 530 MB/sec
those. you need to look at the current tests of controllers and then look for a motherboard on a chipset that gave the maximum SSD performance.
Experiment 4. PCI-e
Yes, we also have PCI-e v1.0a connectors on the board, let's try to use them
| Connections | |||||||
|---|---|---|---|---|---|---|---|
| x1 | x2 | x4 | x8 | x12 | x16 | x32 | |
| PCIe 1.0 | 2/4 | 4/8 | 8/16 | 16/32 | 24/48 | 32/64 | 64/128 |
| PCIe 2.0 | 4/8 | 8/16 | 16/32 | 32/64 | 48/96 | 64/128 | 128/256 |
| PCIe 3.0 | 8/16 | 16/32 | 32/64 | 64/128 | 96/192 | 128/256 | 256/512 |
PCI-e x16 for a video card, google, for the PCI-e x4 option (you need a second version of PCI-e) there is an option
Proper operation of a computer is possible only with coordinated interaction between the hardware and the operating system. Technology is evolving, and lately this has been most noticeable in the field of storage. Modern hard drives and SSD drives are many times faster than those used in computers 5-10 years ago. For data transfer, the SATA interface is used, through which the drive is connected to the computer. The SATA interface is capable of operating in two modes: IDE and AHCI, and if you have a modern hard drive or SSD installed, you can speed up your computer by enabling AHCI mode. WHAT IS AHCI MODE As noted above, AHCI is one of the data transfer modes over the SATA interface. As you know, through the SATA interface you can transfer information at speeds from 1.5 to 6 Gigabytes per second. The maximum speed is supported in AHCI mode, which should be used with all modern drives. As for the IDE mode, it is supported in the SATA interface for compatibility with older hard drives. By default, AHCI mode is not always enabled in the Windows operating system, even if the drives are connected to the motherboard via SATA. Because of this, the user loses in computer performance, since the disk speed is limited by software. By setting the AHCI mode, you can increase the speed of the drive by 20-30%, which will affect the overall experience of the computer. HOW TO FIND OUT IF AHCI MODE IS ENABLED IN WINDOWS Most often, users do not even suspect that it is necessary to enable AHCI mode in order to improve computer performance. At the same time, Windows by default does not always work with HDDs and SSDs, even the most modern ones, in AHCI mode. To check whether AHCI mode is enabled in Windows, you must do the following: 1. Right-click on “Start” and select “Device Manager” from the drop-down menu; 2.Next, expand the list of devices “IDE/ATAPI Controllers”; 3.View the list of devices. If none of them have AHCI mode in their name, most likely it is not enabled in the system.
Please note: Also, the absence of devices operating in AHCI mode in the list may be due to the fact that old drives that are not capable of operating in the new mode are connected to the motherboard. You can also check whether the SATA interface works in AHCI or IDE mode through the BIOS. To do this, you need to restart the computer and press “Del” or F2 during the boot process. The BIOS will launch, where you will need to find the SATA Mode item and see whether the AHCI or IDE option is installed.
Important: If you notice in the BIOS that the SATA interface is set to work in IDE mode, you do not need to switch to AHCI mode, since this will not be of any benefit. HOW TO ENABLE AHCI MODE IN WINDOWS Microsoft began supporting AHCI mode in Windows operating systems with Windows 7. However, you can enable it in Windows XP if you download the necessary drivers on the Internet, made by enthusiasts, and install them. However, it is worth noting that this method does not always provide a performance boost, and on Windows XP it is better to abandon the idea of using AHCI mode and work with drives through a standard IDE. To enable the AHCI mode itself, just set the appropriate setting for SATA in the BIOS. But this must be done before installing the Windows operating system, otherwise when booting the computer will display error 0x0000007B INACCESSABLE_BOOT_DEVICE or go into a constant reboot state. Therefore, to switch the IDE mode to AHCI when Windows is installed, you need to make some changes to the registry; below we will look at what actions to perform for each version of the operating system. HOW TO ENABLE AHCI MODE IN WINDOWS 10 In the modern Windows 10 operating system, Microsoft did not offer a setting that would enable support for AHCI mode on the fly if the SATA interface previously worked through the IDE. To correctly switch to AHCI mode, you will need to do the following: 1. Launch the registry editor by pressing the Windows + R key combination on the keyboard, and in the window that opens, enter the regedit command; 2.Next follow the following path in the registry: HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\iaStorV
3.Select the Start option in the specified folder and double-click on it with the left mouse button. In the “Value” column, set it to 0, then click “OK”; 4. Also set the value of 0 for the Start parameter in the section: hkey_local_machine \ system \ currentControlset \ SERVICES \ Storahci 5. Pose this set values 0 for parameters 0, located in the following two sections: hkey_loocal_machine \ Syste M \ CurrentControlset \ SERVICES \ Storahci \ Startoverride Hokey_local_machine \SYSTEM\CurrentControlSet\Services\iaStorV\StartOverride
6.Having set all the necessary parameters, you can restart the computer and enter the BIOS. Set it to AHCI mode to work with the SATA interface. After the computer boots, the Windows operating system will prompt you to install the necessary drivers to work with AHCI mode; be sure to do this. HOW TO ENABLE AHCI MODE IN WINDOWS 8 AND WINDOWS 8.1 To switch the Windows 8 or Windows 8.1 operating system to work with AHCI mode, you need to do some work on the command line. You will need to do the following: 1.Run the command line as an administrator, to do this, right-click on “Start” and select the appropriate item; 2.Next, enter in the command line and apply the following command: bcdedit /set (current) safeboot minimal
3.Restart the computer and at startup, open the BIOS, where switch the SATA interface to IDE mode in AHCI; 4.Reboot the operating system and launch the command line. Enter and apply the command: bcdedit /deletevalue (current) safeboot 5. Reboot the computer again. It is worth noting that if the computer runs on an Intel CPU, then you can use the company’s standard utility, which allows you to make the necessary settings to switch Windows to work with AHCI. This is done as follows: 1. The following files are downloaded from the official Intel website: f6flpy – this is the driver; SetupRST.exe is an executable file that will be required for setup. 2.After this, you will need to right-click on “Start” and select “Device Manager”. In the list of devices, go to the "Disk devices" section and right-click on the drive on which the Windows operating system is installed. In the drop-down menu, select “Update drivers”;
3. A driver installation utility will appear, you must select the “Search and install drivers manually” option and install the downloaded f6flpy driver; 4.After this, the computer restarts and AHCI mode is enabled in the BIOS; 5.When the Windows operating system is loaded, run the SetupRST file to configure the computer. Please note: The above method is only suitable for computers with Intel processors; there is currently no such solution for AMD. HOW TO ENABLE AHCI MODE IN WINDOWS 7 In the Windows 7 operating system, the method for enabling AHCI mode is close to that used in Windows 10. Here you will also need to make some changes to the registry as follows: 1. Launch the registry editor, to do this, press the keyboard shortcut Windows + R, enter the regedit command in the “Run” window and click “OK”; 2.After this, follow the following path in the registry editor and set the Start parameter to 0: HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\services\msahci
What is AHCI mode and why should it be enabled? AHCI is a mechanism for working with information storage devices. For example, with hard drives or SSD drives. This mode replaces the more outdated IDE mode. The dawn of this “protocol” came, perhaps, in 2011. At that time, prices for SSD drives became more or less affordable for home use.
We will not disclose all the technical details about how the AHCI mode works. It will be enough for an ordinary user to know that with AHCI enabled, the speed of working with the disk and its service life increase. But to experience all the beauty of its work, an SSD drive with a SATA 6Gbit interface must be installed in your computer.
This is where we will finish the story about the details of the operation of the AHCI mode and move on to considering the issue of enabling it in the system.
It’s worth mentioning right away that the connection mode for AHCI drives must be supported by your motherboard. Fortunately today, we can confidently say that almost any motherboard released from 2008 onwards has this capability.
Increase PC speed using AHCI mode
What is the difficulty when switching to AHCI mode? If you are just going to install the operating system, then no problems will arise. You just need to enable this mode in the BIOS of your computer and only then install Windows. Usually enable AHCI it is possible through the BIOS in the section on working with storage devices Storage Configuration.
On different models of motherboards, this section may have a different but similar name. For example, SATA Configuration, SATA Mode, etc. The guideline for your search will be the ability to select from a list of the following modes: IDE, AHCI, RAID.
Switching to AHCI without reinstalling the operating system
So, we figured out installing a clean OS, everything is simple! Now let's look at the situation of turning on AHCI for already working Windows. The fact is that when you change modes in the BIOS, the operating system will stop loading with various types of errors.
These errors are caused by the absence of the required hard disk controller driver when loading the OS. That is why, before changing the BIOS settings, we will need to prepare the operating system.
To do this, open the Registry Editor through the menu Start > Run > Regedit and we will find the following subsections in it:
- HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services\Msahci
- HKEY_LOCAL_MACHINE\System\CurrentControlSet\Services\IastorV
In each section you will need to open the parameter Start and replace its value with - 0 .
After making changes, you need to restart the computer, go into the BIOS, enable AHCI mode and save the changes. When the operating system first starts, it will install the new driver and be ready for further work.
As a rule, this method works and is suitable for all versions of Windows from version 7 and higher. If you were unable to figure it out with the first method, then you can try to enable AHCI mode a little differently or contact our team for help.
