
1.Description
Transmits VGA video signals up to 10km over one fiber optic cable;
Support video resolution up to 1920*1080P@60Hz;
Support external stereo audio unidirectional transmission;
Support transmitter one channel signal output;
Support RS232 signal unidirectional transmission, baud rate self-adaptive;
High compatibility, can auto-match source and display device;
Built-in automatic adjustment system, make the image smooth, clear and stable;
Built-in ESD protection system;
Simple to install, plug and play;
1920x1200@60Hz / 1920x1080@60Hz
1600x1200@60Hz / 1680x1050@60Hz
1280x1024@60Hz / 1280x1024@75Hz
1280x800@60Hz / 1280x768@60Hz
1280x720@60Hz /
1024x768@60Hz / 1024x768@75Hz
800x600@60Hz / 800x600@75Hz
The LM-THF108 Fiber optic extender provides extension of VGA signals long distances over
one fiber optic cable, it supports high resolution up to 1080P, transmitter local output,
RS232 signal and external audio transmission function. The extender can use for a wide
range of applications requiring long distance transmission of high resolution with high
quality by its good stability and powerful security.
2.Features

Self-adaptive, Max:115200bps
The power adapter: DC 5V/2A
1 year free warranty, life-long
maintenance
4.Panel
Transmitter:
Receiver:

Stereo audio signal input/output
Serial port(G: Ground, T: transmit, R: receive)
SFP module---LC connector
Video signal connection indicator
Video signal lock indicator
6.Package list
VGA optical fiber transmitter ………. 1 pc
VGA optical fiber receiver ……………. 1 pc
Fiber optic module TX/RX ……………. 1 set
Power adapter ………………………………2 pcs
User manual ………………………………… 1 pc
1. Connect the provided DC/5V power supplies to the power socket of the transmitter and the receiver,
2. Connect an VGA cable between the VGA input port of transmitter and the VGA output port of the
3. Connect the VGA output port of receiver to the display device with VGA cable,
4. Connect the transmitter optical port to the receiver optical port using one fiber optic cable.
7.Installation
video source,
8.Diagram