Shuttle SZ77R5 Manuel D’Utilisation
Product Specification
w w w . s h u t t l e . c o m
Shuttle Computer Handels GmbH
Fritz-Strassmann-Str. 5
25337 Elmshorn | Germany
25337 Elmshorn | Germany
Tel. +49 (0) 4121-47 68 60
Fax +49 (0) 4121-47 69 00
sales@shuttle.eu
Fax +49 (0) 4121-47 69 00
sales@shuttle.eu
Page 2 | 5 April 2012
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Shuttle XPC Barebone SZ77R5 – Special Product Features
The R5 chassis design: a clean and modern look
R5 is the new chassis design for the middle / high-end series XPCs in
the year 2012. 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 chassis and case cover
are made of aluminium and come with a sleek brushed metal front
fascia. The drives and front panel connectors are elegantly hidden by
drive doors for superior style and visual appeal.
the year 2012. 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 chassis and case cover
are made of aluminium and come with a sleek brushed metal front
fascia. The drives and front panel connectors are elegantly hidden by
drive doors for superior style and visual appeal.
21.6 cm
19.8 cm
33.2
Small, but easy to install
Shuttle XPCs offer the performance of a desktop PC at a third of the
size while using standard desktop components. Shuttle keeps the
concept of being "futureproof" in mind when designing the new R5
chassis. The meticulously designed internal layout features pre-routed
cables to reduce clutter, increase airflow and make the installation of
components easy.
size while using standard desktop components. Shuttle keeps the
concept of being "futureproof" in mind when designing the new R5
chassis. The meticulously designed internal layout features pre-routed
cables to reduce clutter, increase airflow and make the installation of
components easy.
What is a Barebone?
The Shuttle XPC Barebone SZ77R5 consists of a stylish case with pre-
installed mainboard, power supply unit (PSU) and cables. Despite its
small form factor it offers outstanding connectivity, functionality and
performance. For a full PC system, at least a processor, memory, hard
disk and operating system need to be added. Shuttle XPC Barebones
are completely customizable meaning users can pick certain
components on their own to ideally match their individual needs.
installed mainboard, power supply unit (PSU) and cables. Despite its
small form factor it offers outstanding connectivity, functionality and
performance. For a full PC system, at least a processor, memory, hard
disk and operating system need to be added. Shuttle XPC Barebones
are completely customizable meaning users can pick certain
components on their own to ideally match their individual needs.
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 along with the 7-series
chipsets. 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.
microarchitecture introduced in April 2012 along with the 7-series
chipsets. 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.