Aten KA7166-AXProduct Key Features • Auto Signal Compensation (ASC) no DIP switch setting needed for different distances. • Keyboard and mouse emulation – keeps your server functioning smoothly when it’s disconnected from the switch’s KVM port or is relocated to a different KVM port. • Superior video quality - supports resolution up to 1920 x 1200 (Reduced blanking)*. • Virtual Media and Smart Card/CAC Reader Support. • Lifetime firmware upgrades. • Built in ASIC for greater reliability and compatibility. • Compact size. • Virtual Media Support**. • Smart Card / CAC Reader Support**.
- This maximum resolution may vary depending on the transmission distance. For more details please refer to the product pages of the connected KVM switches. ** 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. Product Overview The KA7166 KVM Adapter Cable connects a KVM switch to the DVI-D video and USB ports of a target computer. The KA7166 supports DVI-D 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.
- 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. Product Package Contents 1 x KA7166 KVM Adapter Cable. Product Specification Connectors • Link: 1 x RJ-45 Female. • Computer: 2 x USB Type A Male 1 x DVI-D Male. LEDs • Link: 1 (Green). • Power: 1 (Orange). Environmental • Operating Temperature: 0-50?C. • Storage Temperature: -20–60?C Physical Properties • Housing: Plastic. • Weight: 0.14 kg (0.31 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.
