Partner Manufacturers - Product Information

KA7169 - Aten - USB DisplayPort Virtual Media KVM Adapter with Smart Support (KA Range) DP Model


Description:
The KA7169 KVM Adapter Cable connects a KVM switch to the DisplayPort video and USB ports of a target computer. The KA7169 supports a DisplayPort connection 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.

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

• 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.

SETUP:

Specification:
Package Contents

1x KA7169 KVM Adapter Cable

DisplayPort USB Virtual Media KVM Adapter Cable with Smart Card Reader (CPU Module)

Connectors

Link 1 x RJ-45 Female
Computer - 2 x USB Type A Male
1 x DisplayPort 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.

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