RGBlink IC2+ User manual

AV over IP Encoder & KVW/Scaling Decoder
IC2+
User Manual
Article NO: RGB-RD-UM-IC2+ E000
Version NO: V1.0

Before using this product, please read this manual carefully and keep it for
reference. Read the safety operation guide carefully.Pay attention to reminder symbol：
dangerous and Attention.
This manual is only for user operation instructions, not for maintenance services. The
expiration date of the function is March 20, 2020. If the function or related parameters
after this date are changed, supplementary explanations will be provided without prior
notice. For details, please contact each distributor.
All rights reserved. Without the written permission of the Company, any unit or
individual is not allowed to extract or reproduce the contents of this document in part or
in whole, and shall not be transmitted in any formr.
All other trademarks or registered trademarks mentioned in this document are the
property of their respective owners.
The product picture in this manual is for reference only, please refer to the actual
product.

Safety Operation Guide
To ensure reliable use of the equipment and personnel safety, observe the
following precautions when installing, using, and maintaining the equipment:
Danger
There are live parts in the equipment, non-professionals without permission,
please do not disassemble the equipment, so as to avoid the risk of electric
shock.
Please do not disassemble the equipment when the power is on or running to
avoid the risk of electric shock.
Do not operate with wet hands in case of electric shock.
It is strictly forbidden to place the product in the environment of inflammable
substance, containing explosive gas or heat source.
Attention
Do Not sprinkle any corrosive chemicals or liquids on or near the equipment.
Do Not Plug the hole, and keep the working environment of good ventilation,
facilitate the equipment in the work of the heat released in a timely manner, so as
not to damage the equipment temperature is too high
In order to avoid the damage caused by strong vibration during transportation, it
is recommended to use proper packing or original packing during transportation.
Do not use heavy objects to squeeze power cord and equipment
The equipment must be supplied with a grounded power supply.
Please do not repair the equipment without permission, so as not to aggravate
the damage.
When handling equipment, guard against equipment drop, avoid causing injuries
or equipment damage.
The wet environment or long time do not use, should turn off the general power
supply equipment.
The equipment should be stored for a long time before use. It must be checked
and tested before use.
Before cleaning the equipment, the equipment must be power cut, and please
use a dry cloth to clean the equipment.
Please dispose of the equipment as industrial waste and do not burn it.

Contents
Chapter 1 The Introduction .................................................................................1
1.1 Introduction ...................................................................................................1
1.2 Functional Features .......................................................................................1
1.3 Components of Packaging .............................................................................2
Chapter 2 Product Appearance ...........................................................................3
2.1 Front Panel .................................................................................................... 3
2.2 Rear Panel ......................................................................................................3
Chapter 3 System Connection ............................................................................. 6
3.1 Matters Needing Attention ........................................................................... 6
3.2 Connection Configuration Diagram ...............................................................7
Chapter 4 System Settings .................................................................................. 8
4.1 Parameter Settings ........................................................................................9
4.1.1 UMPlatform Interface is Introduced ...................................................... 9
4.1.2 Set the Node Name and IP Address ......................................................10
4.1.3 Set General Node Parameters .............................................................. 12
4.1.4 Input Node 4K Input Parameter Settings ............................................. 15
4.1.5 KVM Input Node Settings ..................................................................... 15
4.1.6 General Parameter Settings for the Output Node ............................... 16
4.1.7 Set Parameters of the Output Node of the Splice Wall ....................... 18
4.1.8 Configure the KVM Output Node ......................................................... 20
4.1.9 RS232 Configure Transparent Serial port Transmission .......................21
4.1.10 RS485 Configure Transparent Serial Port Transmission .....................22
4.1.11 Relay Configuration ............................................................................ 23
Chapter 5 System Design and Configuration .................................................... 24
5.1 Overview ..................................................................................................... 24
5.2 Log in to Software ....................................................................................... 24
5.3 Signal Source Configuration ........................................................................ 25
5.4 Video Wall Configuration ............................................................................ 27
5.5 KVM Seting .................................................................................................. 32
5.6 Authorization ...............................................................................................33
5.7 UI design - Button Configuration ................................................................ 34
5.8 Practice Test ................................................................................................ 37

5.9 Configure Upload and Download ................................................................37
5.10 Configuration Saving, Backing up and Importing .....................................38
Chapter 6 Perform Operations on the Client .....................................................40
Chapter 7 KVM operation ................................................................................. 43
Chapter 8 Upgrade the Firmware ..................................................................... 44
8.1 Matters Needing Attention ........................................................................ 44
8.2 Check and Upgrade the Mainboard ........................................................... 44
Chapter 9 Size ................................................................................................... 45
Chapter 10 Installation ..................................................................................... 46
Chapter 11 After Sales Service .......................................................................... 47
Chapter 12 Appendix ........................................................................................ 48
12.1 Terms & Definitions ...................................................................................48
12.2 Revision History .........................................................................................56
12.3 Support ......................................................................................................57

1
Chapter 1 The Introduction
1.1 Introduction
This is a device that makes full use of advanced technologies such as video
compression processing, network technology, visualization technology, and centralized
control. It integrates multiple functions, including video stitching and processing, KVM
cooperative management, audio processing, centralized control, and photoelectric
mutual backup, and integrates codec with IP network. It has the characteristics of
distributed, network, visualization and decentralized server. The product fully takes into
account the key performance of video processing, such as synchronization, real-time,
compatibility, respiration effect and color restoration. It can reach 4K@30Hz input and
4K@30Hz output, support LCD, LED and DLP split-screen, support I/O, IR, RS232,
relay and RS485 external control, and provide cost reduction, easy wiring, visual
control, decentralized operation and central control integrated solutions for various HD
or 4K video application scenarios.
It can be widely used in conference center, exhibition center, command center,
traffic center and so on.
1.2 Functional Features
Integrated encoder and decoder, dip switch mode;
Supports H.264 and H.265 codec protocols.
True distributed, no server, no need for other auxiliary equipment, completely
decentralized;
Good real-time performance and good experience. The average time between
KVM video output and host local is 60ms.
Operation visualization, KVM and client visualization;
Input and output up to 4K@30Hz;
Better synchronization performance, supporting LCD, LED, DLP splicing screen;
Support multi-channel decoding, single screen 16 screen, roaming, overlay;
Support common custom window layout presets; Support pre-layout and release;
Support subtitle, scene, scene polling;
Supports user interface customization.
Support instant pre-layout release;

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The front panel supports IP display.
Optional OPto-electronic mutual backup is supported.
1.3 Components of Packaging
The host x1
Hanging ear x2
Screw (securing mounting ears) X4
Machine foot x4
The instructions X1
Certificate of Quality & Warranty cardX1
Phoenix seat X4
Note: The machine is strictly packed before leaving the factory. Please confirm
whether the ordered products and accessories are damaged, deformed or missing
before using the product. If there is any damage, discrepancy or missing, please
contact the product supplier.

3
Chapter 2 Product Appearance
2.1 Front Panel
Figure 2-1 Front panel of the switch
No.
Name
Description
1
OLED screen
0.91 inch OLED screen, supporting IP address, CPU
usage, temperature, startup time, network display, etc.
2.2 Rear Panel
Figure 2-2 Rear panel of the switch

4
No.
Name
Description
2
Grounding
screw
For ground wire
3
DC 12V power
port
12V2A female connector of the DC power supply
connects to the male connector of the 5.5 x 2.1 DC
power supply and interconnects with the network
POE power supply。
4
ETH 1000 POE
Gigabit network ports that support POE power
supply, connect to gigabit switches, and interwork
with network POE power supply. The default IP
address is 192.168.*.*
5
FIBER 1G SFP
LC interface, Wavelength: 1310nm, 1550nm,
single mode and two fiber, Package format:SFP、
SFP+（1310nm,10km,LC)（1310nm,40km,LC)
（1550nm,80km,LC)
6
HDMI IN
Video input
interface
When used as an input node, it is used for HDMI
video input.
7
RST
eserved reset button
8
HDMI OUT
As an input node, it is used for input signal loop
out
As an output node, it is used to connect the HDMI
output terminal
9
Dial the code
switch
Used for encoding input and decoding output
mode switching
Dial ENC code, as the input node, connect to the
signal source
The upper dial is decoded by DEC as the output
node, KVM host node and IPC forwarding node
10
Audio Out
3.5mm 3 Pin interface, used for analog audio
output interface. L is the left channel,R is the right
channel, and GND is the ground
11
Audio In
3.5mm 3 Pin analog audio input port. L is the left
channel,R is the right channel, and GND is ground

5
No.
Name
Description
12
IR/IO
IR/IO multiplexing 3pin interface, IR and IO
function of two options. The IR can only receive or
send. IO Supports receiving or sending. There are
two ways of IO.
13
Relay
Relay interface, 12V Max. IN indicates a 12V input
port, and OUT indicates a 12V output port. IN and
OUT Default ports.
14
RS232
RS232 serial port 3 Pin port, two-way function and
network side direct transparent transmission, TX
for sending, RX for receiving, GND for ground.
15
RS485
RS485 serial port 3 Pin port for bidirectional and
transparent transmission on the network side. The
3 Pin port A is for sending, B is for receiving, and
GND is for ground.
16
KM1 /NC
This interface is invalid NC when entering the
(ENC) mode.
When output (DEC) KVM mode, this interface can
be connected to the mouse or keyboard, normal
output node, the interface does not work.
17
KM2 /PC
When entering (ENC) mode, this interface PC
accepts the USB interface of the host that controls
the signal source. Used to transfer mouse and
keyboard signals.
When output (DEC) KVM mode, this interface can
be connected to the mouse or keyboard, ordinary
output node, the interface does not work.
instructions：
The IR operation consumes a lot of resources during the reception, which is only
used for learning infrared. The IR reception is not performed in the daily operation of
nodes.
The product picture is for reference only.

6
Chapter 3 System Connection
3.1 Matters Needing Attention
1. The system installation and use environment should be kept clean, with proper
temperature and humidity, and good ventilation;
2. All power switches, plugs, sockets, and power cables in the system must be
insulated safely.
3. Connect peripheral devices and power on the system.

7
3.2 Connection Configuration Diagram
Figure 3-1 Connection configuration diagram

8
Chapter 4 System Settings
The node has network ports. The default IP address of the node is 192.168.*.*,
mask 255.255.0.0, and gateway 192.168.*.1 (The IP address and gateway can be
changed)
Nodes and control computers are connected to the LAN as shown below.
Three major pieces of software are required for onsite distributed commissioning, as
shown below.
①Node parameter setting software: UMPlatform, green version.
②System design and configuration software: Designer, green version.
③Client: WinClient,IOS distributed system control platform, Windows version is the
green version.
Note: Need to put on the firewall, set reference

9
4.1 Parameter Settings
4.1.1 UMPlatform Interface is Introduced
(1) Current UMPlatform software version
(2) Node type options: The software distinguishes input, output and parameter
modification of other nodes
(3) Scan：Click and broadcast to query data. Nodes that receive broadcast
information will return node information.
(4) Restart：Restart the selected device. You need to restart the system after some
parameters are modified or upgraded.
(5) Select All：Select all input nodes or output nodes.
(6) Reverse select：The selected node is unselected.
(7) Scan Setting：Select the local network IP address and set the scanning mode.
Parameters can be modified on the same network segment. The purpose of
scanning across network segments is to discover devices. After the destination IP
address is detected, set the local network IP address to be on the same network
segment as the destination IP address so that parameters can be modified.
(8) Reset：Restore some node parameters, except network Settings, LCD Settings
and other parameters.

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(9) Advanced options：Mainly set some very useful and advanced parameters,
password = (current year + month + day) X current time, such as 15:31 on March
1, 2022. Password = (2022+3+1) x15=30375
(10) Node handsome selection function: This function is used to select nodes of
different device models for upgrade.
(11) Node list: Click and enter the IP address to sort the IP address. You can view the
current version number.
(12) Click to view the name, external device, master/slave, product name (model), and
access resolution information.
(13) Node setting options: including network parameters, codec Settings, audio
Settings, LCD Settings, advanced Settings, etc.
(14) Settings: After modifying the parameters, click Settings and determine whether to
restart the system based on the information displayed in 15.
(15) Prompt area: A prompt is displayed when you modify parameters.
4.1.2 Set the Node Name and IP Address
Step 1: Connect devices based on the networking diagram
Set the computer IP address to 192.168.0.x, mask to 255.255.0.0, and gateway to
192.168.0.1, as shown in the following figure.
Step 2: Use the UMP software to perform the following steps to scan for the input and
output IP addresses of the current connection.

11
Step 3: Change the node name and IP address as planned.
Step 4: If some nodes are not detected, perform the following steps to scan across
network segments.
Step 5: According to the scanned network segment, set the IP of the computer again to
the same network segment as the node, that is, repeat step 1 to Step 4, until the IP of all
nodes is modified correctly.

12
Step 6: Do the same for the output node.
Step 7:Some parameters are advanced parameters. You need to enter a password to
set them.
As shown in the figure below. Enter password = sum of current year, month and day X
current time, such as 9 o 'clock on March 5, 2022, then calculate (2022+3+5) X 9=18270,
enter password 18270, you can enter the parameter setting of advanced options.
4.1.3 Set General Node Parameters
This step is based on 4.1.2.
Step 1: If the node is newly added, restore the default value.

13
Step 2: Set the audio input mode
Check node parameters and audio input mode. Set the HDMI input or 3.5mm (3pin
Phoenix terminal) input according to the actual situation. Other parameters do not need to
be modified.
HDMI input Settings are shown in the following figure. Do not modify other
parameters.

14
3.5mm (3pin phoenix terminal) input Settings are shown in the following figure. Do
not modify other parameters.

15
4.1.4 Input Node 4K Input Parameter Settings
Input node 4K Input parameter Settings
Enter node-Advanced Settings -system-EDID-4K. The setting takes effect after a
restart.
Input node-code setting to view the resolution of the current HDMI interface
input status, as shown in the following figure.
4.1.5 KVM Input Node Settings
This step is based on 4.1.2.
(1) Set KVM access parameters in WINDOWS
Enter node - Advanced Settings - System - Coordinate selection - ABS, the effect will
take effect after restart. This parameter is ABS by factory default.
(REL-relative mode, ABS -absolute mode)