Datasheet

Product Specification
www.shuttle.com
Shuttle Computer Handels GmbH
Fritz-Strassmann-Str. 5
25337 Elmshorn | Germany
Tel. [phone]
Fax [phone]
[e-mail]
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5
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2011
©2011 by Shuttle Computer Handels GmbH (Germany). All information subject to change without notice. Pictures for illustration purposes only.
Supports Dual-Slot Graphics Cards
Despite the small housing, the Shuttle XPC Barebone SX58H7 Pro is
capable of running dual-slot (double-height) PCI Express graphics
cards. Please refer to the support list on global.shuttle.com for detailed
support information.
Supports up to 16GB of DDR3 memory
The Shuttle XPC Barebone SX58H7 Pro supports up to 16GB DDR3-1333
memory which is ideal for workstations powered by 64-bit operating
systems, enabling users to take full advantage of high-performance
configurations.
500W power supply with 80 PLUS BRONZE logo
The Shuttle XPC Barebone SX58H7 Pro is equipped with a rock-stable
500W power supply which has been tested with the latest graphics
cards and powerful Core i7 processors. Its 80 Plus Bronze logo
indicates that it provides more than 82/85/82% of energy efficiency at
20/50/100% of rated load which reduces energy consumption and
increases the computer’s reliability.
Reasonably low power consumption
Despite its punch-packing performance, the Shuttle XPC Barebone
SX58H7 Pro keeps power draw at a reasonable level. With Intel's 6-Core
processor, Core i7 980X at 3.33GHz, ATI Radeon HD5870, 6GB DDR3
RAM, DVD writer, SSD and Windows 7 it only consumes 101W in idle
mode and 252W under full load.
External Serial ATA ports on front and back panel
In addition to the eSATA port at the back panel, the SX58H7 Pro also
comes with one eSATA port at the front panel for plugging in high-
speed external hard-drives. The eSATA interface is up to three times
faster than USB 2.0.
Supports RAID functionality
This Shuttle XPC Barebone provides two 3.5" bays for Serial-ATA hard
disks that can also be configured in RAID mode. This is complemented
by the Matrix Storage Technology, which allows for deployment of
several RAID arrays across the same set of hard drives. As a simple
example, two hard drives can be installed and use 30 per cent of their
capacity to create a fast RAID 0 stripe set. Now configure the
remaining capacity to hold redundant data in RAID 1 array. This would
be the ideal solution to enhance hard disk performance and data
back up protection without the extra costs of add-on cards.