- last edited on by
ROGBot
Hi to all
after many month of perfect work, my RAIDR fail to boot.
The disc is used as a system disk with windows 7 ultimate on a Asus Sabertooth Z77. and has always worked fine until today when it fails to boot presenting an error message that reports disk off line.
Starting the Marwell bios utility i can see that the disk is recognized and configured but it is present as virtual disk off line.
It seems to me that the raid configuration is broken and the disk can' t work properly.
How i can fix the "off line" status?
Can i still create a system image with clonezilla, to be used if necessary to restore the disk, once solved the problem?
Any help appreciated mates !!
after many month of perfect work, my RAIDR fail to boot.
The disc is used as a system disk with windows 7 ultimate on a Asus Sabertooth Z77. and has always worked fine until today when it fails to boot presenting an error message that reports disk off line.
Starting the Marwell bios utility i can see that the disk is recognized and configured but it is present as virtual disk off line.
It seems to me that the raid configuration is broken and the disk can' t work properly.
How i can fix the "off line" status?
Can i still create a system image with clonezilla, to be used if necessary to restore the disk, once solved the problem?
Any help appreciated mates !!
In case anyone was curious on how these garbage drives fail (I'm a bit bitter losing 5 years of data, but it's totally my fault for using this ROG RAIDR as a RAID0 OS drive....which wasn't backed up on the nextwork), here is the report from a reputable data recovery service, and the estimated cost to retrieve the data:
The test results for your failed set are in and have shown the following:
1) The SSD configuration is RAID 0, stripe set, no fault tolerance.
2) The SSDs are Sandforce® based, hardware encrypted.
3) One SSD has developed cell damage inside the NAND array and is locking the system into a busy state.
We must discover the ECC value used to write the raw data across the NANDs and perform a raw data dump. Once the dump is in hand, we’ll image to a like device, combine the RAID, mount the volume and extract the data to a universal media for ease of access.
The costs for these procedures, in US dollars, are as follows:
$3,200 Total Cost
Standard Service (estimated completion is ~15-20 business days)
Procedures-
Initially, we must acquire images from each of the members of the array. This separates out physical issues and gives us working copies. Depending upon the level of RAID, we must read every sector of every drive in order to insure a quality recovery. Sometimes this requires rebuilding drives in order to acquire the needed raw data. Once we have all the raw data possible, we analyze the patterning of the data and merge it back together, and if all is well, we will produce the logical structure that you were used to seeing and copy the data to a stable media.
The test results for your failed set are in and have shown the following:
1) The SSD configuration is RAID 0, stripe set, no fault tolerance.
2) The SSDs are Sandforce® based, hardware encrypted.
3) One SSD has developed cell damage inside the NAND array and is locking the system into a busy state.
We must discover the ECC value used to write the raw data across the NANDs and perform a raw data dump. Once the dump is in hand, we’ll image to a like device, combine the RAID, mount the volume and extract the data to a universal media for ease of access.
The costs for these procedures, in US dollars, are as follows:
$3,200 Total Cost
Standard Service (estimated completion is ~15-20 business days)
Procedures-
Initially, we must acquire images from each of the members of the array. This separates out physical issues and gives us working copies. Depending upon the level of RAID, we must read every sector of every drive in order to insure a quality recovery. Sometimes this requires rebuilding drives in order to acquire the needed raw data. Once we have all the raw data possible, we analyze the patterning of the data and merge it back together, and if all is well, we will produce the logical structure that you were used to seeing and copy the data to a stable media.
