4x HD-SDI to fibre Converter

                4x HD-SDI to fibre Converter

1. Introduction
Internationally advanced SOC digital signal processing technology and full digital video non-compression transmission technology are used in full digital video + optional optical transceiver, to real-time synchronize one-way high-definition SDI video and data/ switching value in single-core optical fiber and achieve lossless and high-quality transfer. Advanced high-stability components are used in optic circuit and core circuit of WT high-definition full digital video optical transmitter and receiver, and all optical/electric interfaces are in accordance with international standards, free of adjustment prior to mounting and applicable in various operating environments.
2.Overview
Features
•Full digital non-compression broadcast level transmission;
•Point -to-point, cascade connected, distributed network connection supported, and with steady SNR;
•Level 3 lightning protection;
•Free of cross interference resulted from FM/PM/AM optical transmitter and receiver;
•All high-resolution video signals supported;
•Lossless video regeneration & relaying supported;
•super optic dynamic range and free of adjustment prior to use;
•Surface coating technique;
•Fiber optic WDM/CWDM/DWDM technique;
•1000 M optical fiber transmission, easy for update;
•Industry level ultra-broad temperature range (-40°C~+85°C), adaptable to various environments;
•On-power hot plug;
•Wall-mounted or 2U rack-mounted;
•User’s customization and OEM supported.
3.Technical Parameters

4. Operating Environment
1.Operating Voltage:AC 220V/ DC +5V
2.Operating Temperature: -40°Cto+85°C
3.Storage Temperature: -55°C to +85°C
4.Humidity: 0 to 95%condensation free

5.Quality Assurance
MTBF > 100,000 hours;
Replacement within one year and non-charge repair within three years guaranteed.

6.Application Industries
Intelligent transport monitoring system, safety and security monitoring system, campus network, industrial monitoring (electric power, chemical industry, steel, oil, railway and water conservancy etc.); military monitoring (warehouse, guard and confidentiality etc.) TV program transfer system.

7. Remarks and Notes
7.1Description of Optical Transmitter Panel : The front panel according to the logo look the following positive solution.Example shown below

a. Fiber-optic video transceiver mark:
T: fiber-optic transmitter
R: fiber-optic receiver
b. Optical Interface: LC Interface (SFP) (Warn: when the device is power-on, do not look into it with bare eyes to avoid laser from damaging your eyes)
c. Video Interface: High-Definition SDI Video Input (input for signal to be transferred)
d. Data Interface: Reverse Data Output (for transmission of data sent to optical received)
Left: Positive Terminal of Data Output
Middle: Negative Terminal of Data Output
Right: Earth Terminal (unnecessary for RS485/232 double wires)
e. LED Indicator:
POWER: Power Indicator (ON for power-on; OFF for power-off)
TX: on upon receiving optical signal; turns off when no optical signal is received
SDI-DATA: Turns on when SDI signal is input; turns off when there is not.
485/232: Turns on when there is reverse data signal output, or turns off when there is not.
7.2. Instruction of back board
DC5V power supply unit for this device.
Back board picture shown below.

8. Pictures display:

4 channel HD-SDI

8 channel HD-SDI

2 channel HD-SDI

1 channel HD-SDI

Certificate:

Workshop Display: