DVI Mini Fiber Optic Extender

DVI Mini Fiber Optic ExtenderDVI Mini Fiber Optic ExtenderDVI Mini Fiber Optic ExtenderDVI Mini Fiber Optic ExtenderDVI Mini Fiber Optic ExtenderDVI Mini Fiber Optic ExtenderDVI Mini Fiber Optic Extender

DVI Mini fiber optical extender has performed excellent electric isolation and electromagnetic interference compare to the copper cable. Using two cores multi mode fiber(MMF) or single mode fiber(SMF), the video signal could transmit in long distance with extremely high quality and stability. They are up to 1920*1200@60Hz.

Performaance
Agreement	DVI 1.0
Data rate / Picel clock	4.95Gbps / 165 Mhz
Supports maximum resolution	1920 * 1200@60Hz
Support for digital audio	7.1 Channel LPCM, 24-bit KHz
Connection
DVI Input / Output	1 x DVI 18 + 1 Public Head
Number of fiber optic connectors	2 Simplex * LC
Transmission distance
Fiber optic type / maximum length	50 / 125µm OM3-300 multimode fiber: ≤300 meters, recommended use of OM3-300 fiber
Fiber optic type / maximum length	9 / 125µm G.625D single-mode fiber: ≤1500m
Eddi / hdcp	EDID automatic learning, no HDCP
Mechanical Structure
Material	Alloy metal outer Box
Environmental Requirements
Operating temperature	0° - 50°
Storage temperature	-20° - 70°
Storage humidity	5％ - 95％(non-condensing)
Power supply requirements
External power Adapter	Input: 100-240 vac / 50-60hz 0.2A
External power Adapter	Output: 5VDC, 1.0A
Power	200-350 MA
Warranty
Limited Warranty	1 annual warranty, life – long maintenance
Scope of Application
Numbers Advertising signage	Remote monitoring and military command and control system of urban traffic
LED Outdoor Display	LCD, projector, display matrix stitching
Medical Imaging Equipment	Large – scale TV curtain wall system
Airport Flight Information Display system	Broadcast Electric Video Station
Video Conferencing video transmission equipment	High speed rail train video system

Installation

1.Connect the SOUREC end with the DISPLAY end by two – core optical fibers. Note that channel 1 corresponds to channel 1 and channel 2 corresponds to channel 2, which can not be crossed.

2.The SOUREC terminal is connected to the signal source or computer graphics card, and the DC adapter is powered on.

3.The DISPLAY terminal is connected to the LCD disp;ay terminal, and the DC adapter is powered on. If the display device has image output, the connection is successful.

4.DCU 2-core optical fiber lengthener adopts automatic learning EDID. When the device is connected, the EDID information of the display will be displayed. If special display is encountered, the EDID information of the display will be displayed. If special display is encountered, the EDID information of the display should be displayed.

To learn the corresponding port display to be connected, the steps are as follows:

A: The SOUREC terminal is connected to the corresponding port of the display to be studied, and the display is powered on.

B: The SOUREC end is plugged into the power cord, and the power adapter supplies the equipment.

C: The LED lights at the SOUREC end will flash quickly and then slowly for five times. The LED always lights up and learns successfully. The LED goes out and learns unsuccessfully. Repeat steps A to C again.

D: Pull out the SOUREC terminal and go back to step 1-3 Connection sequence. When the signal of the display terminal is output, the device is connected successfully.