Product Specification
www.shuttle.eu
Shuttle Computer Handels GmbH
Fritz-Strassmann-Str. 5
25337 Elmshorn | Germany
Tel. +49 (0) 4121-47 68 60
Fax +49 (0) 4121-47 69 00
Pa
e 2
8 A
ril 2013
©2013 Shuttle Computer Handels GmbH (Germany). All information subject to change without notice. Pictures for illustration purpose only.
Shuttle XPC Barebone SH61R4 – Product Features
The R4 chassis design: a clean and modern look
Shuttle has always placed great emphasis on the interior and exterior
aesthetics of the XPC with the belief that a good blend of style and
form factor allows the XPC to be attractive, versatile, and work well in
almost any environment. The construction and cover of the R4 chassis
is made of aluminium. This leads to a stylish-robust appearance and
makes it a popular design. The drives and media connectors on the
front are easy to access in daily use.
Customizable
The front of this XPC can easily be customized by simply changing the
mylar behind the acylic front plate. Add your individual design such as
a photo, graphics or a company logo to the front panel in just a few
steps.
19 cm
3
2.
5
cm
2
1
.
5
Small, but easy to build
Shuttle XPCs offer the performance of a desktop PC at a third of the
size while using standard desktop components. Be ready for the future
when banking on Shuttle’s new H3 chassis. The meticulously designed
internal layout features pre-routed cables to reduce clutter, increase
airflow and make the installation of components easy.
Traditional Planar
Transistor
22nm Tri-Gate
Transistor
Supports the Intel 22nm Ivy Bridge Processor
Ivy Bridge (IVB) is the codename for Intel's new 22nm processor
microarchitecture introduced in April 2012. Ivy Bridge is the first chip to
use Intel's 22nm tri-gate transistors, which will help scale frequency and
reduce power consumption. At a high level Ivy Bridge looks a lot like
Sandy Bridge - one monolithic die incorporates up to four CPU cores,
the shared L3 cache, the memory controller, PCIe links and the
graphics processor. Compared to its predecessor Sandy Bridge, the
new design brings some improvements in overall performance,
overclocking, power management and also features PCIe v3.0 and
DDR3-1600 capability, an updated DirectX 11 graphics, new security
features and CPU instructions. Ivy Bridge still uses the known LGA1155
socket - this allows cash conscious users to upgrade their XPC to
SZ77R5 immediately and wait to upgrade their Sandy Bridge CPU later
on in the year.
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