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1. UEFI KEEPS SWITCHING TO DISABLED SAGER BIOS UPDATE SOFTWARE
2. UEFI KEEPS SWITCHING TO DISABLED SAGER BIOS UPDATE PC

Later you can format drives and create a new array on your system.ġ. Once connected, follow these steps to reconstruct the RAID volume and proceed to RAID array recovery.

UEFI KEEPS SWITCHING TO DISABLED SAGER BIOS UPDATE PC

You can also use SATA to USB converter cable or HDD enclosures to connect your failed RAID drive to the working Windows PC via USB port. All you need is a working Windows PC with Stellar Data Recovery Technician installed and SATA connectors to connect RAID drives to the system.

UEFI KEEPS SWITCHING TO DISABLED SAGER BIOS UPDATE SOFTWARE

RAID failure recovery software such as Stellar Data Recovery Technician can help reconstruct a RAID array in case it fails on your system. Solution 4: Reconstruct the RAID Volume and Recover Data If you are not able to re-create RAID, then opt for the best solution. Most importantly, this doesn’t work for the RAID that is used as the primary volume in the system. Also, successful RAID recreation is not guaranteed. However, this process is complex and requires time. In case there is no other way other than formatting to re-create RAID array, go to solution 4 and perform RAID array recovery from the failed Later, recreate RAID using the ‘Configuration Utility’ or Intel Matrix Storage Manager.Don’t format drives as you will lose all data from the drive. Immediately press ‘CTRL+I’ to enter Configuration Utility & create RAID volume. After enabling RAID, shutdown and then start the system.Follow these steps to recreate RAID in your system: In case re-enabling RAID from AHCI doesn’t help, a recreation of RAID array is required to fix the RAID failure due to BIOS upgrade. If not, try Solution 3 of recreating the RAID. This should most probably fix the RAID issue. Press F10 to save changes & exit the BIOS utility.In the Configure SATA as options, select RAID.Go to Advanced> IDE Configuration> Configure SATA as using arrow keys on the keyboard and then press ‘Enter’ key.Turn on the System and immediately start pressing press F2 key to ‘Enter’ the BIOS settings.Follow the steps to switch controller to RAID from AHCI mode: This can be solved by switching controller to RAID from AHCI mode. Resetting BIOS switches the controller back to AHCI mode from the RAID. The next solution details resetting BIOS.Ī BIOS reset due to CMOS removal or restoring defaults can lead to RAID failure. If all connections are intact, then the problem lies with Settings. Sometimes, we fail to verify the basic connectivity. Also, check for any loose SATA or power connection to your hard drives. Solution 1: Check SATA Cable, Power Cable, and CMOSĬheck whether the CMOS is connected to the motherboard or not. In case that doesn’t work, we have also mentioned an advanced option that can help you reconstruct RAID array for RAID data recovery, recover data from it, and then recreate a new RAID array through BIOS utility. Moreover, removing the CMOS battery (Complementary metal-oxide-semiconductor, a small amount of computer memory on RAID controller or motherboard that stores BIOS settings) from the motherboard/RAID controller board resets the BIOS to defaults thus resulting in RAID failure.Īlthough RAID failure after upgrading BIOS or reset can be fixed by altering BIOS settings and recreating the RAID array. When the BIOS is upgraded or reset to defaults settings, RAID configuration also changes that leads to RAID failure after upgrading BIOS. In a software controlled RAID array, the array information is saved on the compatible system’s BIOS. But the most common reasons to why RAID fails are related to hardware & software failure. However, a RAID can fail at any time due to various factors such as power failure, disk failure, hard drive corruption, sudden power surge, etc. RAID is a redundant array of independent disks that provide failover protection in data storage.