KA7171AK

USB-PS/2 KVM Adapter Module with Local Console and Access Control Box Kit

KA7171AK

Features

  • Compatible with ATEN 2XRT-0015G KVM over IP Access Control Box to grant users at the local console full control of access to servers

  • Cat 5e/6 cable connects the device and KVM switch

  • Supports computers with PS/2 or USB keyboards and mice

  • Local console operation - control your system from the extended USB keyboard, USB mouse, and monitor via local console

  • Pushbutton operating mode selection for privileged console control

  • Built-in ASIC for greater reliability and compatibility

  • USB overcurrent detection and prevention

  • Built-in ESD protection and surge protection

  • Superior video quality - supports resolution up to 1920 x 1200 (Reduced blanking)*

  • Supports VGA , SVGA , SXGA , UXGA , WUXGA and multisyncmonitors; local monitor supports DDC; DDC2; DDC2B

  • Easy to install – no software required - connecting cables to the devices is all it takes * This maximum resolution may vary depending on the transmission distance. For more details, please refer to the product pages of the connected KVM switches.

Diagram

Specifications

Connectors

Console Ports

2 x USB Type A Female (White) 1 x HDB-15 Female (Blue)

KVM Ports

1 x SPHD-18 Female (Yellow)

Power

1 x DC Jack (Black)

USB Port

1 x USB Type A Female (White)

Control

1 x PS/2 1 x RJ-11 Female (Reserved)

RS-232

1 x DB-9 Male (Reserved) 1 x DB-9 Female (Reserved)

Pushbuttons

Operating Mode Selection

1 x Pushbutton

LEDs

Local

1 (Green)

Remote

1 (Green)

Emulation

Keyboard / Mouse

PS/2, USB

Video

Up to 1920 x 1200 @ 60Hz; DDC2B

Power Consumption

DC5.3V:1.96W:16BTU

Environmental

Operating Temperature

0 - 50°C

Storage Temperature

-20 - 60°C

Humidity

0–80% RH, Non-condensing

Physical Properties

Housing

Metal

Weight

0.49 kg ( 1.08 lb )

Dimensions (L x W x H)

20.30 x 8.64 x 2.50 cm (7.99 x 3.4 x 0.98 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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