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I allowed it to re-mirror the data from one drive to the other as part of this. Here I was able to create a RAID1 group containing the two drives. The job then was to plug the drives in, set them up as a RAID group without losing the data already on them and then get them visible and useable in Windows.Īfter plugging the drives in, I went into the Silicon Image SATA RAID BIOS utility.
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You can also install a SATA Link “base” BIOS to the card as well, instead of the RAID one, but since the SATARAID BIOS has a pass thru mode which allows the use of drives in a non RAID configuration, it makes you wonder why you’d bother. OR – it can be used as a straight disk controller for up to 4 SATA drives (no RAID) – this is called “SATA Link” and requires SATA Link software in Windows. This requires a SATA RAID bios to be installed on the card (the default) and some SATARAID5 manager software to be installed in Windows. As a RAID controller for up to 4 SATA drives. The Sil3114 card can be used in one of two configurations. (This was subsequently either resolved by a BIOS update to the card – more on this later – or pushing down hard on the card to ensure it was fully in – not sure which). However the motherboard recognised this only some of the time. The card as delivered plugged into an empty PCI slot easy enough. This is an inexpensive card offering RAID0,1,5,10 & JBOD. The board chosen used a chipset from SilconImage – the Sil3114. The Gigabyte board I was moving to did not, so I had to add an additional RAID controller on a PCI card. The server they came from, an old MSI AMD motherboard had a Promise RAID controller built in. It was not without difficulty.īoth server’s had the OS on a third non RAIDed drive, so i didn’t have to worry about being able to boot from them (thank god!) I recently had the experience of moving a pair of RAID1 storage disks from one server to another.