Name: Aten 2 Port USB VGA Cable KVM Switch-CS22U-AT
Brand: Aten
SKU: CS22U-AT
Availability: InStock

Aten 2 Port USB VGA Cable KVM Switch-CS22U-AT

$29.90 'inc. GST'

ATEN 2-Port USB VGA Cable KVM Switch allows one keyboard, mouse, and VGA monitor to control two computers with video up to 2048×1536 and a remote port selector.

In stock

Vendor Code:

SKU: CS22U-AT Categories: KVM Switches, Network & Connectivity, Switches & Hubs

Supplier ID: DIC-CS22U-AT

Aten 2 Port USB VGA Cable KVM Switch

The CS22U is a 2-port USB Cable KVM Switch that provides a simple and quick method of selecting computers – a built-in remote port selector. This allows the CS22U unit to be hidden from sight, while the remote port selector can be placed conveniently on the desktop.

The CS22U’s compact all-in-one design makes it ideal for multiplatform desktop applications that require high resolution video.

Key Features:

One USB console controls two USB computers
Supports multifunction mice
Multiplatform support – Windows, Mac, Linux and Sun
The console USB ports can be used for USB peripheral sharing
Superior video quality – up to 2048 x 1536; DDC2B
Bus-Powered

Specifications:

Computer Connections	2
Port Selection	Remote Port Selector
CONNECTORS
Console Ports	1 x HDB-15 Female (Blue) 2 x USB Type A Female
KVM Ports	2 x HDB-15 Male (Blue) 4 x USB Type A Male (Black)
LEDs
Selected	2
CABLE LENGHT
Computer	2 x 0.9 m
Remote Port Selector	1.8 m
Video	2048 x 1536, DDC2B
Power Consumption	DC5V:0.14W:13BTU/h Note: ● The measurement in Watts indicates the typical power consumption of the device with no external loading. ● The measurement in BTU/h indicates the power consumption of the device when it is fully loaded.
ENVIROMENTAL TEMPERATURE
Operating Temperature	0-50°C
Storage Temperature	-20-60°C
Humidity	0-80% RH, Non-condensing
PHYSICAL PROPERTIES
Housing	Plastic
Weight	0.30 kg ( 0.66 lb )
Dimensions (L x W x H)	8.24 x 7.01 x 2.46 cm (3.24 x 2.76 x 0.97 in.)
Note	For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.