Smart Avi FDX-2500 - Manual (Page 2)

Introduction
The FDX-2500 consists of a transmitter and receiver
that extend KVM, DVI-D, audio and RS-232 signals. It is
a professional quality KVM capable of extending signals
up to 15 kilometers over a single singlemode fiber optic
cable.
Features
• Top Signal Quality at Maximum Extension Over
Singlemode Fiber (15 Km)
• Superior Image Quality at all Resolutions
• Video Resolutions up to 1920 x 1200 at 60Hz (1280
x 1024 at 75Hz)
• Customizable/Programmable DDC Table
• Supports PS/2 Keyboard/Mouse
• Supports Stereo Audio
• Supports DVI-D
• Supports RS-232 Control from 300bps to 115,000bps
• Supports all PS/2 Keyboards
• Fiber Plug Type LC
• Compatible With all Operating Systems
• Compatible With all Major KVM Switches
• Compact Metal Casing
Applications
• Corporate or Educational Presentations
• Financial (Remote Servers/User Control)
• Call Centers
• Industrial (Long-Range Workstation Isolation)
• Information Terminals/Kiosks
• Airport Installations (Air Traffic Control/Passenger
Information)
• KVM Extension where Exceptional Quality of Signal
is Crucial
• Medical (Remote Operation Away from Sensitive/
Magnetic Equipment)
• Recording (for Large Studios where Editing/Mixing
Stations are Compact and/or Require Complete
Silence)
Installation
1. Turn off the computer, display, and speakers.
2. Connect the DVI extension cable, PS/2 keyboard and mouse cables, and audio cable (not included) to the
computer and to the ports on the FDX-2500-TX.
3. Connect the display to the DVI connector on the FDX-2500-RX.
4. Connect PS/2 mouse and keyboard to the PS/2 connectors on the FDX-2500-RX.
5. Connect speakers to the audio connector on the FDX-2500-RX.
6. Connect the power cord and power on the FDX-2500TX and the FDX-2500-RX.
7. Power on the computer, display and speakers.
Receiver Transmitter
Fiber Optic Cable up to 15 Km
Product - Installation Diagram
Why Fiber Optic?
SmartAVI has created a full line of fiber optic
extender products, understanding that this
technology is superior to traditional cabling.
Fiber optic cables are:
• capable of transmitting over very long
distances with no signal loss.
• immune to electromagnetic interference.
In situations where there is considerable
interference, fiber optic cabling is the only
solution.
• much more secure because they cannot be
easily tapped. For this reason, military and
law enforcement agencies use fiber optic
cables for the transmission of sensitive data.
• relatively inexpensive and small enough to
be routed through small spaces.