ASUS 90S4TA0000C200UET

TW300-E5 SERVER BAREBONE BARE 1X S775 FSB1333 DDR2 450W PSU IN

Super Quiet ﹠ High Performance Workstation

ASUS TW300-E5 combines the latest performance technologies into a flexible and user-friendly workstation system. It is ideal for Computer Aided Design (CAD), Computer Aided Manufacturing (CAM), video editing and lots of technical applications. As the best partner of SOHO and small business, the TW300-E5 offers significant price/performance benefits.

The TW300-E5 supports quad-core processor, four ECC memory capacity and four SATA HDDs to provide powerful performance and mass storage capacity.

Latest Technology Ready
Support the latest Intel 45nm CPU which introduces new micro-architecture features for greater performance at a given frequency, up to 50% larger L2 caches, and expanded power management capabilities for new levels of energy efficiency
The workstation system is designed to support 8GB memory

Quieter Working Environment
Workstation is required to be quiet since it works near people
TW300-E5 is excellent in acoustic control under 30dB in operating mode

High-Performance Graphic Card Support
TW300-E5 is built with two PCI-E 2.0 x16 slots (for high speed Infiniband connections or professional graphic cards) with each support up to 8GB/s bandwidth, which doubles that of PCI-E (1.0)
Provide five choices of independent graphic cards for power users to meet their demand in graphic processing; the graphic cards can range from 2D, entry-level 3D to mid-range 3D in specification

Mass Storage – Four Easy-swap HDD Bays Support
TW300-E5 provides 4 HDD bays by default
Easy-swap HDD design helps customers install conveniently

Reliable ﹠ Cost-effective Data Protection
Support RAID 0, 1, 5 ﹠ 10 to provide customers with reliable and cost-effective data protection;

Longer Life and Higher Reliability for all Conductive Polymer Caps
All conductor polymer has better stability, electronic conductivity and longer lifetime
All conductor polymer capacitors can reduce energy loss and has better thermal characteristics