Product Information
HP Server Console Switches are key components for rack mount implementations (a console represents one keyboard, video monitor, and mouse (KVM) attached to a server). The family of HP Server Console Switches allows multiple servers in a rack to be accessed and managed by one keyboard, monitor, and mouse. By using a console switch, as many as 256 computers running different operating systems can be managed. The 16-port Server Console Switches features an On-Screen Display (OSD) interface, which has intuitive menus for accessing each attached computer or serial attached device. Equipment can be identified by a user-defined name or sequentially by number, enabling easy access.HP Server Console Switches can be connected in a tiered fashion, to increase server access from eight servers to as many as 256 servers. Switching between computers is accomplished by typing a switching command at the keyboard, or by using the mouse to interact with the graphic interface of the selected computer via the OSD.The 16-port version offers dual console support, allowing the flexibility of controlling switch configurations from more than one location, or by more than one user. Standard rack mounting of the HP Server Console Switches will take up 1U of front panel rack space. However, the Switches can also be mounted in a "zero U" profile by mounting in the side rails of the rack, or behind the HP 1U keyboard drawer.Product Identifiers
UPC4948382626943, 0884420689430
Model0x2x16
eBay Product ID (ePID)74129399
Additional Product Features
Power SourceAC 120/230V (50/60Hz)
Ports Qty16
Power SupplyPower Supply
CompatibilityPC
KVM Local Users Qty2
Min Operating Temperature32 ˚F
Form FactorRack-Mountable
Networking TypeKVM Switch
Enclosure TypeExternal
Interfaces1X Network Stack Device-Rj-45, 16 X Keyboard / Video / Mouse (KVM) -RJ-45, 1X Management-Rs-232-9 Pin D-Sub (DB9), 1X USB
Max Operating Temperature122 ˚F
Other FeaturesOn-Screen Display
TypeKVM Switch PS/2 Cat 5 Stackable
Humidity Range Operating (Range)20-80%
Connectivity TechnologyWired