KA7168 - Aten - USB HDMI Virtual Media KVM Adapter with Smart Card Support (KA Range)
Description:
Aten KA7168 *DirectShip*
The KA7168 KVM Adapter Cable connects a KVM switch to the HDMI video and USB ports of a target computer. The KA7168 supports HDMI output and provides a USB plug to connect a target computer for Smart Card/CAC support*. With its small size and light weight design, it represents the next generation of KVM Adapter Cables offering superior signal compensation and delay skew technologies for greatly enhanced video quality
Features:
Auto Signal Compensation (ASC), no DIP switch setting needed for different distances
Keyboard and mouse emulation keeps your server functioning smoothly when its disconnected from the switch's KVM port or is relocated to a different KVM port
Lifetime firmware upgrades
Built in ASIC for greater reliability and compatibility
CPU module designed with automatic conversion to allow for flexible interface combinations (PS/2, USB) to control all computer types (PC, Mac, Sun)
Compact size
Virtual Media Support*
Smart Card / CAC Reader Support*
* Virtual media and CAC reader functions are not supported for KH1508A, KH1516A, KH1508Ai, KH1516Ai, KL1508A, KL1516A, KL1508Ai, KL1516Ai, KH2508A, KH2516A, KN2116A, KN4116, KN2132, or KN4132.
Specification:
SETUP: pbcs0824
Package Contents
US 6160543
CN ZL 01124239.6
TW 150098
US 6489854
DE 102004017843
JP 3917598
TW I276963
CN ZL 200410008850.2
US 7415552
CN ZL 200410031689.0
TW I237762
DE 102004019107
US 7613854
TW I243890
JP 4160936
DE 102004058233
US 7532998
CN ZL 200410042772.8
US 8090553
JP 5244448
CN ZL 200710162351.2
TW I337456
US 7456696
US 8106898
HDMI USB Virtual Media KVM Adapter
Connectors
Link 1 x RJ-45 Female
Computer - 2 x USB Type A Male
1 x HDMI Male
LEDs
Link 1 (Green)
Power 1 (Orange)
Physical Properties
Housing - Plastic
Weight - 0.11 kg ( 0.24 lb )
Dimensions (L x W x H) 9.10 x 5.60 x 2.12 cm (3.58 x 2.2 x 0.83 in.)
Note - For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format