PLEASE READ THIS PRODUCT MANUAL CAREFULLY BEFORE USING THIS PRODUCT.

Transcription

1 Features The AVG-FMM16 is a high-performance seamless AV modular matrix, providing 12 flexible PCIE slots for single HDMI / HDBaseT / DVI / SDI / VGA input/output cards and 4 fixed slots for output signal cards. 12 card slots for flexible input/ output combinations 4 fixed card slots for output cards Comprehensive signal card compatibility: HDMI / DVI / SDI / VGA / HDBT / 4K HDMI / 4K HDBT Auto detection for Input / Output Cards Powerful EDID management UPnP enables quick-connection to GUI HDCP Compliant Seamless Signal Switching Controllable via front panel buttons, IR, RS232 & TCP/IP Adjustable output resolution Online firmware upgrades via the USB port Easy installation with rack-mounting design

2 PLEASE READ THIS PRODUCT MANUAL CAREFULLY BEFORE USING THIS PRODUCT. This manual is for operation instruction only, and not to be used in a maintenance capacity. The functions described in this version are current as at November Any changes of functions and operational parameters will be updated in future manual versions. Please refer to your dealer for the latest product details. Version 1.0 1/11/15

3 SAFETY OPERATION GUIDE In order to guarantee reliable operation of the equipment and the safety of the user, please abide by the following procedures in installation, use and maintenance: 1. The system must be earthed properly. Please do not use two blade plugs and ensure the AC power supply ranges from 100v to 240v and from 50Hz to 60Hz. 2. Do not install the switcher in an environment where it will be exposed to extreme hot or cold temperatures. 3. This unit will generate heat during operation, please ensure that you allow adequate ventilation to ensure reliable operation. 4. Please disconnect the unit from mains power if it will be left unused for a long time. 5. Please DO NOT try to open the casing of the equipment, DO NOT attempt to repair the unit. Opening the unit will void the warranty. There are high voltage components in the unit and attempting to repair the unit could result in serious injury. 6. Do not allow the unit to come into contact with any liquid as that could result in personal injury and product failure.

4 TABLE OF CONTENTS Introduction... 1 Introduction to the AVG-FMM Features What s in the Box... 2 Product Appearance of the AVG-FMM Front Panel Rear Panel Signal Cards AVG-FM-I-HDMI4K & AVG-FM-O-HDMI4K AVG-FM-I-HDBT4K & AVG-FM-O-HDBT4K System Connection... 4 System Applications Usage Precautions Connection Diagram Connection Procedure System Operation... 5 Front Panel Button Control Switching I/O connection EDID Management Query Clear Operation IR Control RS232 Control Installation/Removal of the RS232 Control Software Basic Settings RS232 Communication Commands TCP/IP Control Control Modes Control via TCP/IP Communication Software GUI for TCP/IP Control Port Management Firmware Update via USB Specifications... 6 Main Unit Signal Cards Panel Drawing... 7 Troubleshooting & Maintenance... 8

5 1. Introduction 1.1. Introduction to the AVG-FMM16 The AVG-FMM16 is a high-performance seamless switching AV modular matrix providing 12 flexible PCIE slots for single HDMI/VGA/DVI/SDI/HDBaseT input/output cards and 4 fixed output slots. With its advanced modular design the AVG-FMM16 can make various matrix combinations consisting of HDMI, DVI, SDI, HDBaseT and VGA cards. All the cards support plug-and-play functionality. The Matrix supports different video signals with seamless cross switching. Every video and audio signal is transmitted and switched independently to decrease signal attenuation. The matrix looks after all the audiovisual management, including the switching, driving and scaling Features 12 card slots for flexible input/output combinations, and 4 fixed output slots Comprehensive signal card compatibility: HDMI/DVI/SDI/VGA/HDBT Auto detection for Input/Output Cards Powerful EDID management UPnP enables quick-connection to the GUI HDCP Compliant Seamless Signal Switching Controllable via front panel buttons, IR, RS232 & TCP/IP GUI Adjustable output resolution Online firmware upgrades via the USB port Easy installation with rack-mounting design

6 2. What s in the Box 1 x AVG-FMM16 2 x Rack mount ears 4 x Adhesive rubber Feet 1 x IR Remote 1 x IR Receiver 2 x Pluggable Terminal Blocks 1 x Power Cord 1 x User Manual Note: Signal cards are sold and packed separately; all the items listed above are for the AVG-FMM16 only. Please confirm if the product and the accessories are all included, if not please contact your dealer.

7 3. Product Appearance of the AVG-FMM Front Panel No. Name Description Touch any button to wake up the touch panel. The buttons will be backlit when the touch panel is awake. The touch panel will go to sleep after 8 seconds of no use. Note: An easy way to wake the touch panel is to slide your fingers across the area shown below. Touch Operation Once the touch panel is awake, pressing any button will make the white backlight turn to a blue backlight. Pressing a button on the AVG-FMM16 s IR remote, will also make the corresponding button illuminate blue. 1 LCD Screen Displays real-time operation status 2 FIRMWARE Micro USB port, used for firmware updates Power indicator ACT IR Illuminates green once powered on Illuminates red in standby mode Turns off when powered off RS232 Link indicator. OFF: No RS232 serial signal Blink GREEN: Serial commands are being transmitted. IR indicator. OFF: No IR signal Blinking RED: IR Receiver is receiving an IR Signal

8 6 7 8 Note: INPUTS OUTPUTS MENU Back-lit buttons for the Input selection, digits 0~ 9, 12 selectable inputs in total. Back-lit buttons for the Output selection, digits 0~ 9, 15 selectable outputs in total. ALL: Select all inputs or outputs EDID: EDID management button, enable input port to learn the EDID data from an output device. CLEAR: Cancel an operation before it is processed. Also used to exit the query mode. ENTER: Confirm operation. Or long-press (3s or more) to enter query mode. 1. Input/output channels are represented as two digit, so enter channel 1~9 as 01~09, the interval between digits should not exceed 8 seconds. 2. Operations will be automatically canceled 8 seconds later unless ENTER is pressed to confirm.

9 3.2 Rear Panel No. Name Description 1 Card Slots 1 Flexible card slots, 12 in total, insert input/output signal cards - 12 into these. 2 Card slots Four fixed card slots, insert output cards ONLY here. 3 RS232 Serial control port, connect with RS232 port of control device to control the AVG-FMM16 or the 3 rd party device connected to a AVG-FM-I-HDBT / AVG-FM-O-HDBT card 4 IR ALL IN Input port for IR control signal, connect an IR receiver (5V, with carrier), works with IR emitters connected to the IR OUT port of the far-end HDBT receivers. 5 IR EYE Connect an IR receiver (5V, with carrier) to control the switcher 6 TCP/IP TCP/IP control port, connect with a control device (e.g. a PC) or an automation product such as RTI, AMX or Crestron. 7 Ground Connect to ground. 8 Power port Connect with 100~240V AC outlet. Notes: AVG-FMM16 supports flexible card configurations to form 12x1~1x15 matrix options. 2. Pictures shown in this manual are only for reference.

10 3.3 Signal Cards The AVG-FMM16 boasts 12 card slots for flexible input / output signal card combinations and 4 fixed slots for output cards. Various signal cards can be selected, including HDBT and HDMI according to your design requirements. All the signal cards support seamless distribution and are hot-pluggable. PLEASE NOTE: YOU CAN NOT MIX 1080P AND 4K CARDS IN THE SAME CHASSIS The chart below shows all the signal cards the AVG-FMM16 frame supports: Input Output Card Ports Card Ports AVG-FM- I-HDMI4K 4K HDMI & Analog Audio AVG-FM- O-HDMI4K 4K HDMI & Analog Audio AVG-FM- I-HDBT4K 4K HDBT & Analog Audio AVG-FM- O-HDBT4K 4K HDBT & Analog Audio AVG-FM-I-HDMI4K and AVG-FM-O-HDMI4K AVG-FM-I-HDMI4K AVG-FM-O-HDMI4K Single 4K seamless HDMI signal card HDMI 2.0 & HDCP 2.2 compliant. It is able to transmit HDMI, DVI-I and DVI-D signals Auto-detects input resolution Max resolution: 4Kx2K@60Hz Output resolution is adjustable via control commands or the Graphic User Interface: including 4Kx2K@30Hz(Default), 4Kx2K@60Hz, 1024x768@60Hz, 1920x1080P@60Hz, 1280x720@60Hz Supports EDID Management (default EDID: 4Kx2K@30Hz ) and DDC communication Input audio source is selectable via control commands or the Graphic User Interface, including HDMI embedded audio (default) and external analog audio

11 Pin layout of the HDMI connector (female): No. Signal No. Signal 1 TMDS Data TMDS Clock Shield 2 TMDS Data 2 Shield 12 TMDS Clock- 3 TMDS Data 2-4 TMDS Data CEC 14 N.C. TMDS Data 1 Shield 15 SCL 6 TMDS Data 1-16 SDA 7 TMDS Data DDC/CEC Ground 8 TMDS Data 0 Shield 18 +5V Power 9 TMDS Data 0-19 Hot Plug Detect 10 TMDS Clock+ TMDS Clock Shield AVG-FM-I-HDBT4K and AVG-FM-O-HDBT4K AVG-FM-I-HDBT4K AVG-FM-O-HDBT4K Single 4K seamless HDBT signal card Adaptive HDCP input and supports HDCP2.2. The Output signal supports HDCP1.4 Max resolution: 4Kx2K@60Hz Works with a HDBT transmitter/receiver to achieve long-distance (up to 70m via HDBT certified CAT6 cable for 1080P or 40m for a 4K signal) Real-time working status indicator: green LED blinks once when powered on, yellow LED illuminates when the port is connected with HDBT devices HDBT port supports PoE

12 Comprehensive audio capacity with embedded HDMI audio and 1 auxiliary analog audio port, audio source is selectable via control commands or the GUI Output resolution is adjustable via control commands or the Graphic User Interface: including 4Kx2K@30Hz(Default), 4Kx2K@60Hz, 1024x768@60Hz, 1920x1080P@60Hz, 1280x720@60Hz Supports bi-directional RS232 control SuSupport bi-directional IR control, compatible with 5V/12V IR receiver (default: 5V) Supports EDID Management (default EDID: 4Kx2K@30Hz ) and DDC communication Pin layout of the HDBT connector: Pin Color 1 orange white 2 orange 3 green white 4 blue 5 blue white 6 green 7 brown white 8 brown

13 L R AUDIO HDMI 4K L R AUDIO HDMI 4K L R AUDIO HDMI 4K L R AUDIO HDMI 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K L R 4K L R 4K L R 4K L R 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K Tx Rx RS232 R L AUDIO HDBaseT IR OUT IR IN 4K S tandby AVG-FMM16 4. System Connection 4.1 System Applications Industrial build quality combined with reliable performance for control and signal transmission makes the AVG-FMM16 ideal for use in the custom installation industry, IT computer space, digital signage, large screen displays, conference systems, television broadcast, banking and security institutions etc. 4.2 Usage Precautions 1. The system should be installed in a clean environment with temperature and humidity maintained to within equipment specifications. 2. All of the power switches, plugs, sockets and power cords should be insulated and safe. 3. All devices should be connected before power is turned on. 4.3 Connection Diagram HDMI Signal: HDBaseT Signal: IR Signal: RS232 Signal: TCP/IP Signal: HDMI AUDIO HDMI AUDIO HDMI AUDIO HDMI AUDIO INPUT INPUT INPUT INPUT INPUT INPUT INPUT INPUT OUTPUT OUTPUT OUTPUT OUTPUT OUTPUT OUTPUT OUTPUT OUTPUT OUTPUTS 13~16 Blu-ray DVD Blu-ray DVD PC PoC Tx Rx Blu-ray DVD HDBT IN HDMI OUT IR IN IR OUT RS232 Receiver Blu-ray DVD PoC Tx Rx HDTV PoC HDBT IN HDMI OUT IR IN IR OUT RS232 Tx Rx Receiver HDBT OUT HDMI IN IR IN IR OUT RS232 Transmitter Blu-ray DVD HDTV PoC Tx Rx HDTV HDBT OUT HDMI IN IR IN IR OUT RS232 Transmitter Blu-ray DVD HDTV

14 4.4 Connection Procedure Step 1. Insert the necessary signal cards into the card slots Step 2. Connect source devices (e.g. Blu-ray) to the corresponding input ports. Step 3. Connect the displays to the corresponding output ports. Step 4. Connect any amplifiers to the audio output ports if required. Step 5. Connect an IR Receiver to the IR EYE port to enable IR control of the AVG- FMM16. Step 6. Connect a control device (e.g. a PC) to the RS232 port to enable serial control of the AVG-FMM16. Step 7. Connect a control device (e.g. a PC) to the TCP/IP port to enable TCP/IP control of the AVG-FMM16. Step 8. Connect the included power cord to a 100~240V AC outlet.

15 5. System Operation 5.1 Front Panel Button Control The AVG-FMM16 provides a convenient front panel button control for I/O switching, EDID management and system query. Here is a brief introduction to the functions Switching I/O connection Input/output channels are recognised as double-digits, press 01~09 for channel 1~9. 1. To switch one input to an output: Operation: INPUT + OUTPUT + ENTER Example: Switch input 1 to output 12: To switch an input to several outputs: Operation: INPUT + OUTPUT + OUTPUT + + ENTER Example: Switch input 2 to output 2 and To switch an input to all outputs: Operation: input + ALL + ENTER Example: Switch input 02 to all outputs + +

16 5.1.2 EDID Management The AVG-FMM16 features EDID management to maintain compatibility between all devices. EDID Learning (from output): One input port learns the EDID data of one output port Operation: EDID + INPUT + OUTPUT + ENTER. Example: Input 2 learns EDID data from output All input ports learn EDID data from one output port Operation: EDID + ALL + OUTPUT + ENTER Example: All input ports learn EDID data from output Query Press and hold the button ENTER for 3 seconds to enter system query mode. The chart below shows the information that can be obtained: Function Items Description Example Check customer serial Check output resolution Correspondence between inputs and outputs Interface shown after entering query mode, customer serial can be changed via RS232 command. In query mode, press output channel to check its resolution OUTPUT + ENTER

17 5.1.4 Clear Operation Function: clear the previous operations before pressing ENTER to enforce it. Pressing CLEAR will only erase the operations not confirmed by pressing ENTER. Note: 1. Input/output channels are recognised as a double-digit, press 01~09 instead of 1~9. 2. The input delay time between two numbers of every input & output channel must be less than 8 seconds; otherwise the operation will be cancelled. 3. The input/output channels on the rear panel are counting from left to right no matter whether there is signal card or not. 5.2 IR Control Connect an IR receiver to the IR EYE on the rear panel, users can control the switcher with the included IR remote (shown as below): No. Button Function 1 2 Standby button Press it to enter/exit standby mode Input channels Input selection buttons, channels 1~9 should be selected as 01~ Function buttons Share the same operation as the front panel buttons Enter Confirm operation Long-press (3 seconds or more) to enter query mode Note: navigation buttons are unavailable. Output channels Output selection buttons, channels 1~9 should be selected as 01~09

18 5.3 RS232 Control The AVG-FMM16 provides a RS232 port for serial port control. Connect the AVG- FMM16 to the control device (e.g. a PC) with a RS232 cable and set the correct communication port parameters, the control device is then able to control the AVG- FMM16 via the designated software Installation/Removal of the RS232 Control Software Installation Copy the control software file to the computer connected with the AVG-FMM16. Removal Delete all the control software files in the corresponding file path Basic Settings Firstly, connect the AVG-FMM16 with an input device and an output device. Then, connect it with a computer which has the installed RS232 control software. Doubleclick the software icon to run this software. Here we take the software CommWatch.exe as an example. The icon looks like below:

19 The interface of the control software is shown below: Parameter Configuration area Monitoring area, indicates whether the command sent Command Sending area Please set the parameters of COM number, baud rate, data bit, stop bit and the parity bit correctly, only then will you be able to send commands from the software Command Sending Area.

20 5.3.3 RS232 Communication Commands NOTES: Commands are case insensitive. Commands with [ and ] symbols are for easy reading and do not need to be typed in the actual command Take note to include these characters. or ; For input / output channels 1~9 in the commands, type in 01 ~ 09 instead of 1~9. After sending the command %0911. To restore factory default, please wait for 10s or so before you reboot the device. Otherwise the factory restoration may fail, and AVG-FMM16 will reply back with Default failed, please try again! Baud rate: 9600 Data bit: 8 Stop bit: 1 Parity bit: none Command Description Feedback System Command /*Type; Query the model FMM12 /%Lock; Lock the front panel buttons System Locked! /%Unlock; Unlock the front panel buttons System Unlock! /^Version; Query the firmware version VX.X.X /:MessageOff; /:MessageOn; Turn off the feedback from the com port. It only shows switcher OK. Turn on the feedback from the com port. Operation Command /:MessageOff; /:MessageOn; Undo. Cancel the previous operation. Undo Ok! Demo. [x]all. Switch to the demo mode, 02->01, 2->2, 3->3 and so on. Switch signal from Input [x] to all outputs Demo Mode AV: 02-> To All. All@. Switch on all the outputs All Open. [x]@. Switch on output [x] 02 Open.

21 All$. Switch off all the outputs All Closed. [x]$. Switch off output [x] 01 Closed. [x1]v[x2],[x3],[x4] Save[Y]. Recall[Y]. Switch signal from input [x1] to output [x2],[x3],[x4].., separate output channels with, Save the present operation to the preset command [Y], [Y]=0~9 Recall the preset command [Y] AV: 01->07 AV: 01->08 Etc. Save To F1 Recall From F1 AV: 02->04 AV: 02->06 Clear[Y]. Clear the preset command [Y] Clear F1 EDIDMInit. Reset factory default EDID EDIDMInit. EDIDM[X]B[Y]. Manage EDID, enable input [Y] learn EDID data from output [X] EDIDM07B03 PWON. Work normally PWON PWOFF. Enter standby mode PWOFF STANDBY. Enter standby mode, can be awakened via front panel button operations STANDBY

22 /+[Y]/[X]:******. Set communication between PC and HDBaseT receiver. Y is for RS232 port (connect with RS232 port of HDBaseT receiver) a. Y = 1~16, send this command to the corresponding HDBaseT receiver to control far-end device. b. Y = A~L, send this command to the corresponding HDBaseT receiver when FMM16 is powered on c. Y = M~X, send this command to the corresponding HDBaseT receiver when FMM16 is powered off X is for baud rate, its value ranges from 1 to 7 ( , , , , , , ) ***** is for data (max 48 Byte) 601% Volume of MIC : 60 (****** and feedback from HDBT receiver) HDCPON. Open HDCP for all output cards HDCP ON HDCPOFF. Close HDCP for all output cards HDCP OFF %0911. Reset factory default Factory Default Query Command Status[x]. Status. CheckInKatype. CheckOutKatype. Query the respective input to output [x] Query respective inputs for all outputs Get the input signal card type *-- no available input signal card/ output card, 1--VGA, 2--DVI, 4--BT, 5--SDI, 6--HDMI Get the output signal card type *-- no available output signal card/ input card, 1--VGA, 2--DVI, 4--BT, 6--HDMI AV:01-> 02 AV:01->02 AV:03->06 Channel IN:*11*4**11*4*. Channel OUT:***4*62**1**.

23 %88[XX]. Query the command send to port [XX]+1 [XX]=00~15, get the command sent to port 1~16 when powered on FMM12 [XX]=17~31, get the command sent to port 1~12 when powered off FMM12 Port 11: 2A1. when PWOFF %9961. Get current key lock status %9962. Query current working status System Unlock!/ System Locked! PWON/STANDBY /PWOFF %9963. Return all input& output connection status Port Mode In Ou Port Mode Ou Ou %9964. Query the IP IP: %9973. Return resolutions of all outputs Resolution Out x1080P %9974. %9975. Get current HDCP Status of output port. X means input port or no signal cards. Y means the output signal traffic with HDCP; N means not. Get current input & output card correspondence status Out HDCP X X X X Out HDCP X N X X Out HDCP N N X N Out HDCP N N N N Out In Out In 06 06

24 %9976. Get the output card type Channel 4 output mode is Digital Channel 6 output mode is VGA Channel 7 output mode is Digital Channel 10 output mode is VGA %9978. %9981. %8800. %8801. %8802. %8803. %8804. %8805. %8806. Query output resolution configuration mode (manual/ auto EDID) Query input/output type of current inserted cards Note: If there is no card inserted in a slot, it will show Nc instead of In/ Ou. Get the command sent to port 1 when PWON Get the command sent to port 2 when PWON Get the command sent to port 3 when PWON Get the command sent to port 4 when PWON Get the command sent to port 5 when PWON Get the command sent to port 6 when PWON Get the command sent to port 7 when PWON Channel xx is auto/manual signal format Port Mode In In Ou In Port Mode Ou Ou Ou Ou Port Mode Ou Ou Nc Nc Channel status has changed Port 1: 1A1. when PWON Port 2: 1A1. when PWON Port 3: 1A1. when PWON Port 4: 1A1. when PWON Port 5: 1A1. when PWON Port 6: 1A1. when PWON Port 7: 1A1. when PWON

25 %8807. %8808. %8809. %8810. %8811. %8812. %8813. %8814. %8815. %8816. %8817. %8818. %8819. %8820. %8821. %8822. Get the command sent to port 8 when PWON Get the command sent to port 9 when PWON Get the command sent to port 10 when PWON Get the command sent to port 11 when PWON Get the command sent to port 12 when PWON Get the command sent to port 13 when PWON Get the command sent to port 14 when PWON Get the command sent to port 15 when PWON Get the command sent to port 16 when PWON Get the command sent to port 1 when PWOFF Get the command sent to port 2 when PWOFF Get the command sent to port 3 when PWOFF Get the command sent to port 4 when PWOFF Get the command sent to port 5 when PWOFF Get the command sent to port 6 when PWOFF Get the command sent to port 7 when PWOFF Port 8: 1A1. when PWON Port 9: 1A1. when PWON Port 10: 1A1. when PWON Port 11: 1A1. when PWON Port 12: 1A1. when PWON Port 13: NO Data when PWON Port 14: NO Data when PWON Port 15: NO Data when PWON Port 16: NO Data when PWON Port 1: 2A1. when PWOFF Port 2: 2A1. when PWOFF Port 3: 2A1. when PWOFF Port 4: 2A1. when PWOFF Port 5: 2A1. when PWOFF Port 6: 2A1. when PWOFF Port 7: 2A1. when PWOFF

26 %8823. %8824. %8825. %8826. %8827. %8828. %8829. %8830. %8831. USER/I/[x]:0706%; USER/I/[x]:0707%; USER/I/[x]:0408%; USER/O/[x]:0804%; USER/O/[x]:0813%; Get the command sent to port 8 when PWOFF Get the command sent to port 9 when PWOFF Get the command sent to port 10 when PWOFF Get the command sent to port 11 when PWOFF Get the command sent to port 12 when PWOFF Get the command sent to port 13 when PWOFF Get the command sent to port 14 when PWOFF Get the command sent to port 15 when PWOFF Get the command sent to port 16 when PWOFF Commands for Signal Cards AVG-FM-I-HDMI4K Set the audio source of input [x] to HDMI embedded audio Set the audio source of input [x] to analog audio Restore the signal card to its factory default settings. AVG-FM-O-HDMI4K Set the resolution of output [x] to 720P 60Hz Set the resolution of output [x] to 1080P 60Hz Port 8: 2A1. when PWOFF Port 9: 2A1. when PWOFF Port 10: 2A1. when PWOFF Port 11: 2A1. when PWOFF Port 12: 2A1. when PWOFF Port 13: NO Data when PWOFF Port 14: NO Data when PWOFF Port 15: NO Data when PWOFF Port 16: NO Data when PWOFF Channel 04 in audio command is:0706% Channel 04 in audio command is:0707% Resolution Out x720P Resolution Out x1080P

27 USER/O/[x]:0824%; USER/O/[x]:0840%; USER/O/[x]:0841%; USER/I/[x]:0408%; USER/I/[x]:0706%; USER/I/[x]:0707%; USER/I/[x]:0408%; USER/O/[x]:0804%; USER/O/[x]:0813%; USER/O/[x]:0824%; USER/O/[x]:0840%; USER/O/[x]:0841%; USER/I/[x]:0408%; Set the resolution of output [x] to 1024x768 60Hz Set the resolution of output [x] to 3840x Hz Set the resolution of output [x] to 3840x Hz Restore the signal card to its factory default settings. AVG-FM-I-HDBT4K Set the audio source of input [x] to HDMI embedded audio Set the audio source of input [x] to analog audio Restore the signal card to its factory default settings. AVG-FM-O-HDBT4K Set the resolution of output [x] to 720P 60Hz Set the resolution of output [x] to 1080P 60Hz Set the resolution of output [x] to 1024x768 60Hz Set the resolution of output [x] to 3840x Hz Set the resolution of output [x] to 3840x Hz Restore the signal card to its factory default settings. Resolution Out x768 Resolution Out x Hz Resolution Out x Hz Channel 04 in audio command is:0706% Channel 04 in audio command is:0707% Resolution Out x720P Resolution Out x1080P Resolution Out x768 Resolution Out x Hz Resolution Out x Hz

28 USER/O/[x]:0409%; USER/O/[x]:0410%; RS232 pass-through control mode 1: Control far-end device from the RS232 port of this output card. RS232 pass-through control mode 2(factory default): Control far-end device from the RS232 port of this Matrix Switcher. 5.4 TCP/IP Control The AVG-FMM16 also has a TCP/IP port for IP control. Default settings: IP: ; Subnet Mast: ; Gateway: ; Serial Port: The IP address and gateway can be changed if required. The Serial Port cannot be changed. Connect the Ethernet port of the control device and TCP/IP port of FMM16, and set the same network subnet for the 2 devices, users are then able to control the device via the web-based GUI or designated TCP/IP communication software Control Modes The AVG-FMM16 can be controlled by a PC without Ethernet access or PC(s) within a LAN. Controlled by a PC without Ethernet access Connect a computer to the TCP/IP port of the AVG-FMM16, and set its network subnet to the same as the AVG-FMM16 s. Same network subnet as the switcher

29 Controlled by PC(s) in a LAN Connect the AVG-FMM16 to a router and several PCs to setup a LAN (as shown in the following figure). Set the network subnet of FMM16 to the same as the router s, then the PCs within the LAN are able to control AVG-FMM16. Internet Router TCP/IP PC CAT5e Follow these steps to connect the devices: Step 1. Step 2. Step 3. Step 4. Connect the TCP/IP port of the AVG-FMM16 to the Ethernet port of the PC with a straight-thru CAT5e/6. Set the PC s network settings to the same as the AVG-FMM16 s. Set the AVG-FMM16 s network subnet to the same as the router. Set the PC s network subnet to the original. Step 5. Connect the AVG-FMM16 and PC(s) to the router. PC(s) within the LAN is able to control the AVG-FMM16 asynchronously Control via TCP/IP Communication Software 1. Connect a computer and FMM16 to the same network. Open the TCPUDP software (or any other TCP/IP communication software) and create a connection, enter the IP address and port of FMM16 (default IP: , port:4001):

30 2. After connecting successfully, you can enter commands to control the AVG- FMM16, as below: Enter your command here. Commands are the same as the previously listed RS232 commands. Here you will receive the feedback when a command is sent Control via the web-based Graphic User Interface The AVG-FMM16 comes with a built-in GUI for convenient TCP/IP control. The GUI allows users to interact with FMM16 through graphical icons and visual indicators. Access the GUI interface through any one of the following methods: 1. Access through UPnP: Go to My Network Place in your PC, and click the icon named FMM16.

31 2. Access through a web browser and type the IP of the device (default: , changeable) in the browser Note: PCs running a Windows XP system may experience issues in finding an UPnP icon, follow these steps to switch on the UPnP protocol: 1. Add UPnP component: go to Control Panel -> double-click Add/ Delete Programs -> double-click Add/ Delete windows component ->tick UPnP -> click Next -> click OK 2. Enable Windows Firewall: go to Control Panel -> double-click Windows Firewall -> click Others -> tick UPnP framework 3. Enable UPnP auto-starting: go to Control Panel -> double-click Administrative Tools -> double-click Services -> find and click SSDP Discovery Service and Universal Plug and Play Device Host -> click OK. UPnP will now automatically start when you turn on your computer. 4. Reboot the device. The log-in page is shown below: There are 2 types of accounts you can log into. Enter the name and password in the relative column and click Login to enter the main interface. Name: admin; Password: admin (default setting, changeable via GUI) Name: user; Password: user (default setting, changeable via GUI) It will enter scene management interface (left) after log-in, which provides direct switching control. The chart below illustrates the main structure of GUI interfaces

32 The web-based GUI system can be divided into Switch Control and System Setting menu, but log in as user will only access Switch Control. Click at the left-bottom corner to enter the Switching menu. Click at the left-bottom corner to enter the System Settings menu.

33 Switching Menu: There are two selectable icon, including the scene switching interface and I/O switching interface. Scene Switch I/O Switch In these interfaces, you can: Scene switch: scene button + Load I/O switch: input + output 1 + / All + Confirm Scene management (save/ delete/ modify) Switch to the system settings page by pressing the in the left-bottom corner of the screen System Setting: 4 submenu items in total, including configuration, status, EDID and password. Configuration: 5 submenu items in total, including Resolution, VGA Port, Network, Audio In and Audio Out

34 On this page, you can: Configure the output resolution AVG-FM-O-DVI, AVG-FM-O-HDBT & AVG-FM-O-HDMI: Auto, 800*600, 1024*768, 720p, 1280x1024, 1080i, 1080p, 1920x1200 AVG-FM-O-HDMI, AVG-FM-O-HDBT: 4K 4K AVG-FM-O-VGA (options vary according to different signal format): VGA: 800x600, 1024x768, 720p, 1280x1024, 1080i, 1080p, 1920x1200 YPbPr: 720p, 1080i, 1080p CVBS: 480i, 576i Set the signal format for VGA port(s): including VGA, YPBPR, CVBS Configure the network settings: set IP to DHCP (automatically assign IP from a router) or static IP (manually set the IP)

35 Switch the Audio on or off for inputs and outputs Change to the switch control page by pressing in the left-bottom corner of the screen Status: 3 submenu items in total, including LCD, Button, and Scene On this page, you can: Configure the LCD display information: max of 16 numbers/letters Set the button lables: maximum of 7 numbers or letters

36 Name scenes: maximum of 7 numbers or letters Note: Remember to click the Confirm Button to save your changed settings.

37 EDID: EDID management interface, enable 1/all input(s) capture and learn the EDID data from 1 output. On this page, you can: 1 input learns EDID from 1 output: Output + Input + Confirm All inputs learn EDID from 1 output: Output + To All Inputs Undo the previous input: click Cancel Password:

38 On this page, you can: Set your password: maximum of 10 numbers or letters Configure the front panel lock status Query the GUI and Hardware versions Note: Remember to click the Save Button to save your changed settings. Icon Status Description Front panel button locked Front panel button unlocked Note: 1. Press the button to toggle between the 2 states. 2. Clear the cache of the browser beforehand to ensure reliable GUI operation Port Management Type in the website address :100 (Default, changeable via GUI) in your browser. Enter the correct username and password (same as GUI name and password) to log into the Webserver: Here is the main configuration interface of the Webserver: On this page, you can: Change the website display language Modify the network settings: Go to Internet Settings -> WAN Upgrade the TCP/IP module: Go to Administration -> Upload Program -> Select program file -> Start upgrading. Reboots the device after upgrading.

39 5.5 Firmware Update via USB The AVG-FMM16 switcher has a USB port for firmware upgrades via the front panel. Follow these steps to upgrade the firmware Step 1. Copy the upgrade software and the latest upgrade file (.bin) to PC. Step 2. Step 3. Connect the USB ports of the switcher and the PC via a USB cable. Double-click the update software icon (see as below). It will enter the upgrade interface shown as below: Step 4. Step 5. Click Connect USB. Click Open to load the upgrade file, then click Updata button to start firmware upgrading. Note: Please note that the COM number of the PC should be between 1~9. If the update progress bar can t go on, please turn off the power and then restart this machine to update the firmware again.

40 6. Specifications 6.1 Main Unit Connectors Control 1 IR ALL IN 1 IR EYE 1 RS232 1 TCP/IP Card Slot 16 PCI-E Control Connectors mm mini jack, 1 3 pin terminal block, 1 RJ45 General Power Supply 100~240V AC Power Consumption 13W (no load) Temperature 0~50 Reference Humidity 10%~90% Dimension (W*H*D) 483 x 132 x 320mm 6.2 Signal Cards AVG-FM-I-HDBT4K and AVG-FM-O-HDBT4K AVG-FM-I-HDBT4K AVG-FM-O-HDBT4K Input 1 HDBT 1 Analog audio 1 RS232 1 IR IN 1 IR OUT Output 1 HDBT 1 Analog audio 1 RS232 1 IR IN 1 IR OUT Input Connector 1 Female RJ pin pluggable terminal block 2 3.5mm mini jack Output Connector 1 Female RJ pin pluggable terminal block 2 3.5mm mini jack Power Consumption 15w Power Consumption 17w General Transmission Distance 1080p 70m(Cat6) Switching Speed < 100ns

41 4K 2K 40m(Cat6) Working Temperature 0~50 Reference Humidity 10%~90% Standard HDMI2.0 & HDCP2.2 Audio PCM EDID Output Resolution Supports EDID Management Auto, 4K 4K AVG-FM-I-HDMI4K and AVG-FM-O-HDMI4K AVG-FM-I-HDMI4K AVG-FM-O-HDMI4K Input 1 HDMI 1 Analog audio Output 1 HDMI 1 Analog audio Input Connector 1 19-pin Type A Female HDMI 1 3-pin pluggable terminal block Output Connector 1 19-pin Type A Female HDMI 1 3-pin pluggable terminal block Power Consumption 4w Power Consumption 1.5w General Switching Speed < 100ns Standard HDMI2.0 & HDCP2.2 Working Temperature 0~50 Reference Humidity 10%~90% EDID Output Resolution Supports EDID Management Auto, 4K 2K@60Hz, 4K 2K@30Hz, @60Hz, p@60Hz, @60Hz

42 7. Panel Drawing AVG-FMM16

43 8. Troubleshooting & Maintenance Problems Causes Solutions Colour loss or no video signal output in the HDMI display The connecting cables may not be connected correctly. Check whether the cables are connected correctly and in good working condition. No HDMI signal output in display while local input is working normally Splash screen in output devices Cannot control the device via front the panel buttons Cannot control FMM16 with control device (e.g. a PC) through the RS232 port Picture static becomes stronger when connecting the video connectors Loose cable connection The display doesn t support the resolution Poor quality HDMI cable Poor contact at the input/output end of cable Front panel buttons are locked Wrong RS232 communication parameters Communication port faulty Poor grounding Reconnect the devices and make sure the cables are seated correctly. Set output resolution to another supported one or select Auto. Use high quality HDMI cable. Reconnect the devices and make sure they are securely seated. Send /%Unlock; to unlock. Or use the GUI. Make sure the RS232 communication parameters are set correct. Send it to an authorized dealer for repair. Check the grounding and make sure it is connected properly.