Host Interface:
eSATA, FireWire 800 (FireWire 400 compatible), and USB 2.0
Drives: Accommodates from one to five 3.5” SATA I / SATA II hard drives of any manufacturer, capacity, spindle speed, and/or cache¹. No carriers or tools required.
Power:
Idle system (standby, drives off) = 12 watts
Typical busy system (four drives) = 56 watts
Accoustics (Normal operation): 31.8 dB²
Dimensions: 5.9 inches wide x 7.3 inches tall x 10.3 inches long
Weight: 8lbs (without hard drives or packaging)
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File System Options
Windows: NTFS
Mac OS X: HFS+
Cross-Platform: FAT32
Linux: EXT3
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Operating System Support
Windows 2008 Server
Windows 2003 Server
Windows 2000 Server
Windows XP
Windows Vista
Windows 7
Linux using EXT3
Mac OS 10.4 or later
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Box Contents
Drobo S
External power supply with power cord
eSATA cable
FireWire 800 cable
USB 2.0 cable
User Guide and Quick Start Card (printed)
Drobo Resource CD with Drobo Dashboard application, help files, and electronic documentation
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Security:
Kensington lock port
(lock not included)
Warranty:
One (1) year warranty in the US, two (2) year warranty
in the EU (as provided by EU law), or as provided by
local law.
¹ Tests performed with OS X Leopard on a Mac Pro using a 7200 RPM internal hard drive and a Drobo using two 7200 RPM drives over FireWire 800. Large file transfers performed with 1GB of video files via drag & drop. Small file transfers performed with 1GB of mp3 files via drag & drop. Kona video benchmarking test performed using the Disk Read/Write test with the following settings: 1GB file size, DVCProHD1080i60 video frame size, and disable file system cache enabled. Performance will vary significantly according to many factors such as file size, number of files, software drivers, operating system, hardware support, and other factors. Data Robotics, Inc. cannot guarantee all host systems will achieve similar results.
² Acoustics tests performed 1m from the front of Drobo with four 1TB Western Digital GreenPower™ drives during a file copy to Drobo. Drobo has a smart, five-speed fan governed by multiple internal temperature sensors that will normally be off or operate on its lowest setting. The fan is programmed to minimize noise, but never at the expense of disk integrity. The fan can switch to higher speeds if necessary in in hot operating environments or during strenuous usage to protect drives from overheating up to 38.1dB.