• Support HDD greater the 2.0TB (3TB tested)
• Hot swap-able up to TEN Serial ATA II drive without tray - save time and money
• 48-bit LBA technology disk drives can access 2.0TB and beyond
• 2x eSATA host interface 3.0Gb - compatible with 1.5Gb
• 400W PSU - Over rate 120% total power
• HDD now can swap in and out as floppy or CD-ROM - no tray
• Advanced data aggregation architecture for ultra-fast read and write operations

Our sBOX-XTL ^tm offers TEN (10) tray-less hot-swap bay with backplane to elimiate the cable connection to create a high reliable 24/7 and extreme fast 3.0Gbps storage solution, sBOX-XTL ^tm - incorperated 2x SiI-3726 Port Multiplier chipset to ten Serial SATA (SATA) drives enclosure features Advanced data aggregation architecture for ultra-fast read and write operations technology and latest Serial ATA II storage technologies, it delivers unprecedented performance across-platform Macintosh, Linux, Windows and Novell at 3.0Gbps transfer bandwidth. Our sBOX-XTL^tm with eSATA host connection enclosure is compatible with SiI-3132, SiI-3124 SATA II HBA or other port multiplier supported host controllers.
 

Flexible
Our sBOX-XTL can be used as a ten drives raid5+hot spare single volume up to 18TB usable space (10x 2.0TB HDD) or TWO independent five drives configures as RAID or JBOD mode, which can connect to TWO separate systems, due to there is TWO independents eSATA channels is used.
 

PSU Over rated^tm
There are so many enclosure had failed due the PSU (power supply unit) was rated too close, not much buffer or safety net margin, but not with DATOptic sBOX-XTL. We use a hefty 400W PSU to insure the reliability of our enclosure, it's 120% over rated of total power requires by our sBOX-XTL total power consumption.
 

Available and ready to ship, our sBOX-XTL provides an massive storage solution and fast data rates to next-generation storage used in high-end applications, such as audio/video (A/V) editing. Our sBOX-XTL offers full SATA II and FIS based switching, which when the host software alternates commands to the drives, the commands are able to overlap using the hardware queue and restructure the data back into meaningful packets. The concurrent access and restructuring enables the combined speed of both drives to use the full bandwidth of the 3Gbps SATA host bus. The host controller must have a multi-level hardware queue and support FIS-based SATA switching.

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