OS
Shuttle XH270 XPC slim Barebone
Manufacturer: Shuttle
UPC: 887993001340
SKU: XH270
Condition: New
Shuttle XH270 XPC slim Barebone
Price $400.49
Product TypeBarebone System
Brand NameShuttle
ManufacturerShuttle, Inc
Product ModelXH270
Product NameXPC slim Barebone XH270
Product LineXPC slim
Manufacturer Part NumberXH270
Manufacturer Website Addresshttp://www.us.shuttle.com
64-bit ProcessingYes
Chipset ManufacturerIntel
Chipset ModelH270
Processor SocketSocket H4 LGA-1151
Processor SupportedCore i7Core i3Core i5CeleronPentium
Graphics Controller ManufacturerIntel
Graphics Controller ModelHD graphics
Number of SATA Interfaces4
Total Number of USB Ports8
Number of USB 3.0 Ports4
Number of Internal 2.5" Bays4
Number of Total Expansion Bays4
Number of Total Memory Slots2
Memory StandardDDR4-2400/PC4-19200
Memory TechnologyDDR4 SDRAM
Maximum Memory32 GB
RAID SupportedYes
Controller TypeSerial ATA/600
Ethernet TechnologyGigabit Ethernet
Maximum Power Supply Wattage120 W
Input Voltage120 V AC230 V AC
Energy StarYes
Height2.8"
Width7.9"
Depth9.4"
ColorBlack
Form FactorSlim PC
Weight (Approximate)4.85 lb
Operating System SupportedLinuxWindows 7 x64Windows 8.1 x64Windows 10 x64
Powerful 3-litre PC offers space for four 2.5" drives plus M.2-SSD The ultra-compact Shuttle XPC slim Barebone XH270 comes in a robust metal chassis and can be used in many ways. With three concurrently usable graphics ports and numerous USB ports, it is highly flexible for office and media applications and supports a huge range of processors too. Its COM port and the practical "always-on-jumper" also makes it interesting for industrial environments. Special highlights include support for up to four 2.5" drive bays and one M.2-2280 slot for NVMe drives. This can make it a mini server PC with RAID 10 support. Plus, there are two Intel network ports that support teaming mode. The XH270 is the perfect basis for a power-efficient and reliable system for a wide range of applications. The built-in heatpipe cooling ensures the system runs quietly at maximum stability.