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An assembly line at a GM factory in Kansas City is controlled by Pentium 4-based computers. GM executives, concerned about failure of the systems' aging 3.5-inch hard drives and availability of the applications on them, engaged Accordance Systems, a Des Moines, Iowa manufacturer of self-configuring RAID-based data protection systems, for a solution. And for Accordance, GM's problem was in its wheelhouse.
For resellers seeking a reliable, low-cost alternative to tape backup systems, Accordance Systems' ARAID line of self-configuring drive enclosures was just the thing for GM, and might be equally suitable for customers in need of real-time backup of legacy hard drives with instant recovery from failure.
For review, Accordance sent the CRN Test Center one of its ARAID 3500 drive enclosures, a boxy-looking, all-metal enclosure that's designed to slide into two adjacent 5.25-inch external PC drive slots like a stacked pair of DVD drives. But rather than disc trays, the 3500 provides a pair of drawers, each of which accepts a 3.5-inch SATA II drive. Once two drives are installed, the ARAID immediately goes to work, converting the two drives into a RAID 1 array -- replicating the contents of the primary drive [in the upper drawer] to the secondary below.
The host system, meanwhile, is none the wiser, and sees the ARAID as a single SATA volume [there's also an IDE model for older systems like those at GE]. We verified this by running Geekbench during and after a drive replication; there was no difference in performance. And since no software or drivers are required on the host, this simple yet ingenious device is compatible with Linux, Mac OS X, Windows and any other operating system that can address a hard drive. Drives do not have to be identical. An LCD display tells you what's going on inside; an included Java agent can send alerts, if needed. It has its own fan.
Installation took literally about two minutes. We simply removed the boot drive from an existing system, bolted it into the ARAID 3500's upper drawer and slid it into the host machine. The machine rebooted as if nothing was different. Then we put a second, identical drive into the lower drawer, and about 79 GB of data was replicated from the primary to the secondary in about a half-hour.
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