- Windows 7 Intel Sata Ahci Controller Driver Load Windows Installation
- Windows 7 Intel Sata Ahci Controller Driver Load Windows Install Error
- Windows 7 Intel Sata Ahci Controller Driver Load Windows Install For Windows 10
- Windows 7 Intel Sata Ahci Controller Driver Load Windows Install For Laptop
Use the links on this page to download the latest version of Standard SATA AHCI Controller drivers. All drivers available for download have been scanned by antivirus program. How to Enable AHCI in Windows 8 and Windows 10 after Installation AHCI (Advanced Host Controller Interface) makes NCQ (Native Command Queuing) along with hot-plugging or hot swapping through SATA Serial-ATA host controllers possible Usually today's motherboards will have AHCI enabled in UEFI or BIOS by default. This utility contains the only official version for Standard SATA AHCI-controller Driver for Windows XP/7/Vista/8/8.1/10 32-bit and 64-bit versions. With just one click you can update the driver as well as the rest of the drivers in your system, such as. Use Windows shortcut keys Win + X to launch the Jump List and select Device Manager. Expand the IDE ATA/ATAPI controllers entry. Navigate to your SATA AHCI controller, which is the device you are going to install the driver on. Yes, Windows 7 has the necessary AHCI and raid drivers available during install. I Installed windows 7 successfully on a SSD when the sata mode was set to AHCI. As to raid support of the ICHR10 chipset, I believe the support is there, but since I have no use for raid, I cannot personally verify that option.
I'm building a second system based on the components I built on two weeks ago, which include Gigabyte GA-P35-DQ6 and a pair of WD 500GB SATA drives, to name the affected components.
This time, based on reading that Windows 2000/XP is supposedly AHCI-capable, I went ahead and enabled it in the BIOS from the start of things after basic system check before installing an OS.
Windows Setup was doing its thing, that is, until I selected a drive to partition. At that point Setup terminated with the error 'unable to find any drives'. No problem, so I thought. I'll just disable AHCI and restart installation.
That's when my troubles began... The very next time I tried to boot the system, it would hang at 'verifying DMI pool data' and >ASCI 127 characters would appear in random places on the screen.
I Googled the problem and read everything from bad floppy drives to bad hard drives to bad motherboard. Oh boy... I contemplatedd the possibility of an 'infant mortality' failure and the prospect of an RMA.
Not being one to give up easily, I disconnected any hardware that wasn't required for BIOS POST. That included the hard drives. As soon as BOTH hard drives were disconnected, the system would POST and get past the DMI pool message and then complain about no disc. Now we're getting somewhere, I thought.
Next step was to reconnect one drive at a time and see which drive 'failed'. After exhaustive testing and rebooting with one and then the other drive, the problem persisted. Could BOTH drives have failed at the same time? Unlikely, I thought.
So I continue troubleshooting. Now I'm thinking it's either a bad motherboard or a power supply issue. So I moved the drives from the Gigabyte controller to the Intel controller connectors and rebooted. Once again, the problem persisted. Hmmm.. now what are the odds both controller chips are bad? Very slim.
After that, I figured it HAD to be a power problem, so I got out my DVM and measured 4.95, 12.04 and 3.29 volts on the red, yellow and orange wires going to the drives. Power's good--very much dead on spec.
So I Google some more, and finally run across something to do with corrupt master boot records. Some folks were fixing the hang on DMI pool with FDISK /MBR, from a DOS boot floppy.
So I tried it. With both drives connected. Then I rebooted. I got a slightly different hang--different 'junk' characters displayed than usual. So I disconnected the second drive and rebooted. Now it booted into Windows setup. Ahah! That means I need to have only ONE disc in the system when I fix MBR. FDISK can't select which drive to fix, so the key is to have only one drive in the system. So I unplugged the first drive and ran FDISK /MBR again. Then I found I was able to boot into Windows Setup.
Here's what I think happened:
Contrary to what I read on the net, Windows XP setup does not natively understand AHCI protocol, so when it looked for the available drives, it could not find them, but this error was NOT non-destructive. Windows managed to corrupt the MBR on all drives attached to the controller that was in AHCI mode, causing the system to hang during DMI pool verification. The fix was to set up legacy IDE mode and fix the MBR on all attached hard disks, THEN installed Windows.
So if you are setting up a new system with AHCI-capable controllers, DO NOT enable it until you have Windows installed and then your motherboard chipset drivers for AHCI installed. Trying to jump the gun and be too advanced for the situation caused me a two-hour delay in setting up this machine, due to the inexplicable hang. Keep it simple, add the fancy stuff later, AFTER the drivers are installed.
This time, based on reading that Windows 2000/XP is supposedly AHCI-capable, I went ahead and enabled it in the BIOS from the start of things after basic system check before installing an OS.
Windows Setup was doing its thing, that is, until I selected a drive to partition. At that point Setup terminated with the error 'unable to find any drives'. No problem, so I thought. I'll just disable AHCI and restart installation.
That's when my troubles began... The very next time I tried to boot the system, it would hang at 'verifying DMI pool data' and >ASCI 127 characters would appear in random places on the screen.
I Googled the problem and read everything from bad floppy drives to bad hard drives to bad motherboard. Oh boy... I contemplatedd the possibility of an 'infant mortality' failure and the prospect of an RMA.
Not being one to give up easily, I disconnected any hardware that wasn't required for BIOS POST. That included the hard drives. As soon as BOTH hard drives were disconnected, the system would POST and get past the DMI pool message and then complain about no disc. Now we're getting somewhere, I thought.
Next step was to reconnect one drive at a time and see which drive 'failed'. After exhaustive testing and rebooting with one and then the other drive, the problem persisted. Could BOTH drives have failed at the same time? Unlikely, I thought.
So I continue troubleshooting. Now I'm thinking it's either a bad motherboard or a power supply issue. So I moved the drives from the Gigabyte controller to the Intel controller connectors and rebooted. Once again, the problem persisted. Hmmm.. now what are the odds both controller chips are bad? Very slim.
After that, I figured it HAD to be a power problem, so I got out my DVM and measured 4.95, 12.04 and 3.29 volts on the red, yellow and orange wires going to the drives. Power's good--very much dead on spec.
So I Google some more, and finally run across something to do with corrupt master boot records. Some folks were fixing the hang on DMI pool with FDISK /MBR, from a DOS boot floppy.
So I tried it. With both drives connected. Then I rebooted. I got a slightly different hang--different 'junk' characters displayed than usual. So I disconnected the second drive and rebooted. Now it booted into Windows setup. Ahah! That means I need to have only ONE disc in the system when I fix MBR. FDISK can't select which drive to fix, so the key is to have only one drive in the system. So I unplugged the first drive and ran FDISK /MBR again. Then I found I was able to boot into Windows Setup.
Here's what I think happened:
Contrary to what I read on the net, Windows XP setup does not natively understand AHCI protocol, so when it looked for the available drives, it could not find them, but this error was NOT non-destructive. Windows managed to corrupt the MBR on all drives attached to the controller that was in AHCI mode, causing the system to hang during DMI pool verification. The fix was to set up legacy IDE mode and fix the MBR on all attached hard disks, THEN installed Windows.
So if you are setting up a new system with AHCI-capable controllers, DO NOT enable it until you have Windows installed and then your motherboard chipset drivers for AHCI installed. Trying to jump the gun and be too advanced for the situation caused me a two-hour delay in setting up this machine, due to the inexplicable hang. Keep it simple, add the fancy stuff later, AFTER the drivers are installed.
After upgrade from Windows 7, 8 to Windows 10, all the drivers will update including the SATA AHCI Controller to compatible with the new system. Updating SATA AHCI controller driver will make the Windows 10 system run faster. But sometimes, you will find this device changes to Standard SATA AHCI Controller below the IDE ATA/ATAPI controller, and your computer runs slow.
So how to solve the standard SATA AHCI controller error and update its driver will be more helpful for the computer speed.
What is AHCI?
AHCI is short for Advanced Host Controller Interface. The AHCI supports Windows Vista and the later system such as Windows 7, 8 and Windows 10. AHCI and IDE (Integrated Drive Electronics) are two different modes for the internal hard drive storage controller. AHCI is faster than IDE and it support the new technologies such as hot plugging and native command queuing (NCQ). In BIOS OnChip SATA Type, choose the AHCI will be more effective than the IDE mode especially when you are using the SSD.
So if need, after upgrade the system to Windows 10, or you add a new hard drive to the motherboard, try to update the SATA AHCI controller driver will be necessary.
![Windows 7 intel sata ahci controller driver load windows installation Windows 7 intel sata ahci controller driver load windows installation](/uploads/1/2/6/6/126620573/922448182.jpg)
1. Open device manager.
Windows 7 Intel Sata Ahci Controller Driver Load Windows Installation
2. Expand IDE ATA/ATAPI controllers tree and find the SATA AHCI Controller, sometimes, it is a Standard SATA AHCI controller.
3. Right-click Intel(R) 8 Series/C220 Chipset Family SATA ACHI Controller or standard SATA AHCI controller, and choose the first option Update Driver Software from the context menu.
4. In the Update Driver software window, select the first option: Search automatically for update driver software to update the Intel SATA AHCI Controller driver.
After that, windows will automatically search the latest version of driver from the Internet especially Intel official site and install it for you automatically.
You can also use Driver Doctor to help you scan your computer for the new hard drive or update the Standard SATA AHCI driver.
You can download the Driver Doctor from here:
Install and run it on Windows 10.
Install and run it on Windows 10.
After download and run this software, following these steps: Scan Now > Get Drivers.
After scan, you can see the Intel (R) 8 Series/C220 Chipset Family SATA AHCI Controller need to update.
Windows 7 Intel Sata Ahci Controller Driver Load Windows Install Error
Click Download button to download it.
After download finished, you can click Install button to install it. This is an Intel R Rapid Storage Technology.
Windows 7 Intel Sata Ahci Controller Driver Load Windows Install For Windows 10
After the installation finish, you need to restart the computer to make your updated SATA AHCI controller driver work.