2-Port VGA Splitter (350MHz) Silver

Description

Aten VS92A-AT-E

Product Key Features
• One video input to 2 video outputs.
• Superior video quality – 1920 x 1440@60Hz.
• Supports 350 MHz bandwidth.
• Cascadable to 3 levels – provides up to 8 video signals.

Product Overview
The VS92A is a video splitter that not only duplicates the video signal from any VGA XGA SVGA UXGA or multisync monitor to two outputs but also boosts the video signal over a distance of up to 30 meters. Cascadable to support up to 8 displays and offering bandwidth up to 350 MHz the VS92A is ideal for broadcasting and enhancing video information to the public monitoring your work environments from safe locations or offering superior video for company or classroom training.

Product Package Contents
• 1x 2-Port Video Splitter.
• 1x Power Adapter.
• 1x User Instructions.

More Product Features
• One video input to 2 video outputs.
• Cascadable to 3 levels – provides up to 8 video signals.
• Supports 350 MHz bandwidth.
• Long-distance transmission – up to 30 m *.
• Superior video quality – 1920 x 1440@60Hz.
• DDC DDC2 DDC2B Compatible (Port 1 only).
• Supports VGA XGA SVGA UXGAWUXGA and multisync monitors.
• All metal casing.

* Video content sent over very long distance using a VGA cable might result in slight degradation of the video signal and quality.

Product Specifications
Video Input
• Interfaces: 1 x HDB-15 Male (Blue).
• Impedance: 75 Ώ.
• Max. Distance: 1.8 m.

Video Output
• Interfaces: 2 x HDB-15 Female (Blue).
• Impedance: 75 Ώ.

Video
• Max. Bandwidth: 350 MHz.
• Max. Resolution: Up to 1920 x 1440.
• Max. Distance: Up to 30 m.

Connectors
• Power: 1 x DC Jack.

Power Consumption
• DC9V:1.15W:5BTU.

Environmental
• Operating Temperature: 0-50?C.
• Storage Temperature: -20 – 60?C.
• Humidity: 0 – 80% RH Non-Condensing.

Physical Properties
• Housing: Metal
• Weight: 0.42 kg ( 0.93 lb )
• Dimensions (L x W x H): 13.00 x 7.51 x 4.40 cm (5.12 x 2.96 x 1.73 in.)

Carton Lot
20 pcs

Note
For some of rack mount products please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.