System Application Diagram Description AMRT-FD-05K-2LC-XX extender enables PC HDMI and RS232 link to far end display monitor through fibers, and the maximum communication distance is up to 5000 meters. AMRT-FD-05K-2LC-XX is pure hardware base design, easy to installation just likes as plug & play, no need any additional driver and software. It also provides LED indicators to display system connection status. AMRT-FD-05K-2LC-XX extender can be applied on long distance HD video broadcasting and control, such as information display system of metro-railway-transportation, airport, super market, huge conference room and outdoor activities. In addition, medical equipment, factory facility and remote learning host can extend connection distance to LCD monitor, plasma and projector. It is really uncompressed video, high quality and interference free communication. Feature Long distance HDMI and RS232 link Support pseudo-edid Support full duplex RS232 control signal Support 4 HDMI source, Built-in 4 * 8 matrix No EMI issue and interference free Class 1 laser product complies with EN 60825-1 Application HD video broadcasting Plasma, LCD TV and projector connection over fiber TV wall installation Page 1 of 8
Ordering Information Part Number Description Note AMRT-FD-05K-2LC-T-XX AMRT-FD-05K-2LC-R-XX AMRT-FD-05K-2LC-XX XX Checklist Transmitter (TX machine) 1 Receiver (RX machine) 1 AC-DC adaptor 2 Transmitter Receiver Transmitter + Receiver 00: US adaptor 01: EU adaptor 02: BS adaptor 03: AU adaptor HDMI 4 Full duplex RS232 1 This product does not include optical fibers Specification PARAMETER SPECIFICATION NOTE Maximum Distance 5000 m 2 9/125μm SMF Optical Power Budget Maximum Video Resolution Video Bandwidth EDID Support 10 db 1920 1080 (16:9) 1920 1200 (16:10) 1.65 Gbps per channel Pseudo DDC RS-232 Baud Rate 9600, 19200, 57600, 115200 bps Operation Voltage DC 5V TX: 15 W Power Consumption RX: 5 W Operation Temperature -10 to 50 Storage Temperature -20 to 75 TX: 216.5 485 45 Outline RX: 111 189 32 5V/3A 5V/1A L W H (mm) Weight TX: 3535 g RX: 575 g Page 2 of 8
System requirement PC HDMI source HDMI display ( provide RS232 control interface ) 100~240VAC 50~60Hz 0.3A electricity AC-DC adaptor specification PARAMETER SPECIFICATION NOTE Input Voltage 100~240VAC, 50~60 Hz Output Voltage DC 5V Current Rating 3A max DC Jack Inside +5V, outside ground Page 3 of 8
Installation Step 1. Transmitter placed on the HDMI near the computer. Step 2. Receiver placed on the HDMI displays (such as LCD TV or projector) near. Step 3. computers and transmitter connected to the HDMI cable. Audio-visual displays (such as LCD TV or projector) and the receiver to the HDMI cable connected. Step 4. Depending on the number of links each LC fiber plug, transmitter LC fiber slot "1" and LC fiber optic receiver slot "1" link to together. The other signals In this way the order link. Step 5. 5V transformer transmitter / receiver connected to the power supply. Note 1: before insertion, please fiber end face clean. Dust might be interested in fiber damage. Note 2: the HDMI transmission lines no longer than two meters. RX TX Page 4 of 8
Transmitter Operation Specification 1. Input: PC HDMI *4 2. Output: 2LC (Single Mode Fiber) * 8, 3. UART support 9600bps, 19200bps, 57600bps, 115200bps, full duplex communication 4. RS232 command remote turn on/off display (Display must support RS232 command) 5. RS232 command check display connectivity, and LED indicator 6. Build-in 1-to-8 fiber splitter, convert HDMI and RS232 signal to optical signal Receiver Operation Specification 1. Input: 2LC(Single Mode Fiber) *1 2. Output: HDMI * 2, RS232 * 2 3. UART support 9600bps, 19200bps, 57600bps, 115200bps, full duplex communication 4. Recovery optical signal to HDMI and RS232 signal 5. Receiver address can be defined by switch, 2 HDMI and 2 RS232 can be controlled independently 6. Accept RS232 command to truen on/of display (Display must support RS232 command) 7. Feedback HDMI sink connectivity 8. LED indicators for TX link, display link, control path link Page 5 of 8
RS232 Command Specification Byte 0 : 0xFD, header to indicate start of UART packet Byte 1 : 1,0,0,0,RNo(3b),UNo(1b) RNo specified RX box number UNo specified UART number Byte1=0xFF indicated broadcast Byte 2 (0xAA) : 1010 1010 Assign Matrix Byte 2 (0xBA) : 1011 1010 read source status Byte 2 (0xBB) : 1011 1011 read sink status Byte 2 (0xDD) : 1101 1101 UART data identification Byte 3~n : UD0~UDn, UART data Byte n+1 : 0xFC, end of UART packet User scenario 1. Read source status: FD 8F BA FC Return: FD 8F BA 0b 0000ssss FC, s Bit is HDMI source link status ssss: HDMI4 HDMI3 HDMI2 HDMI1 Example: FD 8F BA 0b 00000110 FC, HDMI2 and HDMI3 source link 2. Read sink status: FD 8F BB FC Return: FD 8F BB 0b ssssssss(tv1) 0b ssssssss(tv2) FC, s Bit is TV sink link status 0b ssssssss(tv1): RX1~RX7 TV1 link status, 0b ssssssss(tv2): RX1~RX7 TV2 link status Example: FD 8F BA 0b 00000001 0b 00000100 FC, RX1 TV1 and RX3 TV2 sink link 3. Send UART char to all TV(Maximum 11Char): FD FF DD UD0 ~ UDn FC (UDn: UART Data) Example: FD FF DD 11 22 33 44 55 FC, Send 11 22 33 44 55 to all TV 4. Send UART char to specified TVx (Maximum 11 Char): FD 8x DD UD0 ~ UDn FC, x=0~f Example: FD 83 DD 66 77 88 99 00 FC, Send UART Command 66 77 88 99 00 To RX2 TV2 5. Assign matrix: FD 8F AA 0x 02 1y FC, assign RX(x=0~7) link to HDMI source(y=0~3) Example: FD 8F AA 03 02 11 FC, Assign matrix RX4 = HDMI2 Page 6 of 8
Outline Size Transmitter Page 7 of 8
Receiver Page 8 of 7