Scion-Tech SC08.9000 User manual

Scion-Tech
SC08.9000
HDMI over IP Matrix
with Wi-Fi control
4K 60Hz, HDMI 2.0, HDCP 2.2
User Manual
Version 1.01
Scion Tech Limited
Thatcham, Berkshire, United Kingdom
www.scion-tech.co.uk
1

Thank you for purchasing this product
For optimum performance and safety, please read these institutions carefully before
connecting, operating or adjusting this product. Please keep this manual for future
reference.
Surge protection device recommended
The product contains sensitive electrical components that may be damaged by
electrical spikes, surges, electric shock, lighting strikes, etc. Use of protection
systems is highly recommended in order to protect and extend the life of your
equipment.
Table of contents
1. Introduction........................................................................................3
2. Features..............................................................................................3
3. Package Contents...............................................................................3
4. Specifications.....................................................................................4
5. Transmitter Front and Rear Panel......................................................5
6. Receiver Front and Rear Panel...........................................................6
7. Connection Diagram..........................................................................7
8. Connecting Transmitters, Receivers and Controller..........................7
9. Matrix Control using PC Application.................................................8
10. IP Settings........................................................................................10
11. Editing Device Names.....................................................................11
12. Setting Inputs and Outputs..............................................................12
13. Creating Modes Scenarios.............................................................13
14. Matrix Control using IOS and Android APP...................................14
15.Network Switch................................................................................18
16.FAQ..................................................................................................18
2

Introduction
The HDMI over IP solution includes transmitters and receivers which can be used as
point to point extenders up to 120m or when connected to a Gigabit LAN they can
create a matrix with up to 99 inputs to any number of outputs. Transmitters encode
the HDMI source to H.264 and stream the signals to Receivers on a Gigabit LAN.
The matrix is controlled using Infra-Red at the receiver, front panel buttons on the
receiver or for centralized control a PC application, web browser or ISO Android
APP. The units also route infra-red signals for controlling the source devices such as
DVD, SAT.
These devices support resolutions up to 4K and can transmit in excess of 100m when
connected to a gigabit LAN. Each receiver has EDID copy capability ensuring
compatibility with displays creating a true plug & play system.
Features
Route multiple HDMI sources to multiple displays
Supports resolutions up to 4K 60Hz
Compatible with HDMI 2.0 and HDCP 2.2
Control: Front panel buttons, IR, PC application,Web Browser GUI,
IOS Android APP
User standard Gigabit Ethernet switches
Infra-Red pass-through for controlling source devices.
Easy setup and configuration
Components
•SC08.9016 – Transmitter Encoder
•SC08.9021 – Receiver Decoder
•SC08.9005 – LAN Controller
SC08.9016 SC08.9021 SC08.9005
1 Main unit (Transmitter) 1 Main unit (Receiver) 1 Main unit (Controller)
1 IR blaster cable 1 IR sender cable 1 Wi-Fi Antenna
1 Infra-Red remote control 1 Rack ears 1 12V 3A Power supply
1 Rack ears 1 12V 3A Power supply 1 Manual
1 12V 3A Power supply 1 Manual
3

Specifications
Connections
Transmitter
HDMI Signal Input HDMI Socket Type A
Infra-Red Output 3.5mm Jack Socket (IR Pass-Through)
Ethernet LAN RJ45 Socket (Gigabit LAN)
Power 2.1mm DC Jack
Receiver
HDMI Signal Output HDMI Socket Type A
Infra-Red Input 3.5mm Jack Socket (IR Control and Pass-Through)
Ethernet LAN RJ45 Socket (Gigabit LAN)
Power 2.1mm DC Jack
LAN Controller
Ethernet LAN RJ45 Socket (10 100M)
Power 2.1mm DC Jack
Technical
Video Input Resolutions
408i 60Hz, 480p 60Hz, 576i 50Hz, 576p 50Hz,
720p 50 60Hz, 1080i 50 60Hz, 1080p 50 60Hz,
4Kx2K 24 25 30 60Hz
Video Output Resolutions 1080p 60Hz, 4Kx2K 30 60Hz
Audio Formats PCM
Maximum Bandwidth 18Gbps
HDMI Signal HDMI 2.0, HDCP 2.2
HDMI Cable Lengths Transmitter 5m, Receiver 5m (AWG26)
Input Output Control Infra-Red, Push Button, PC Application, Web
Browser and IOS Android APP
Power TX: 5V 3A, RX: 5V 3A, CTLR: 5V 3A
Environmental
Temperature Operating 0 to 50°C, Storage -10 to 70°C
Humidity 0 – 90% (no condensation)
Dimensions & Weight TX: (W) 135 x (D) 115 x (H) 24mm – 330g
RX: (W) 135 x (D) 115 x (H) 24mm – 330g
CTRL: (W) 110 x (D) 110 x (H) 24mm – 300g
4

Transmitter Front & Rear Panel
1 IR Signal input Infra-Red sensor window (channel selection)
2 Blue LED Power indicator
3 TX ID Unique identification number 1 to 99
4 2.1mm DC Jack Power input DC5V 3A
5 Amber LED Data transmission indicator
6 RJ45 Socket Gigabit LAN Connection
7 Green LED HDMI video indicator (always on)
8 3.5mm Jack Socket Infra-Red blaster cable
9 HDMI Socket HDMI input
10 Push button Factory reset button
5

Receiver Front & Rear Panel
1 RX ID Unique identification number
2 IR Signal input Infra-Red sensor window (channel selection)
3 Blue LED Power indicator
4 TX Connected Shows the selected transmitter
5 2.1mm DC Jack Power input DC5V 3A
6 Amber LED Data transmission indicator
7 RJ45 Socket Gigabit LAN Connection
8 Green LED HDMI video indicator (always on)
9 3.5mm Jack Socket IR Sender Cable for IR pass-through
10 HDMI Socket HDMI output to display
11 Push button Factory reset button
6

Connection iagram
Fig: 2
Connecting Transmitters
1. Connect the HDMI cable between the transmitter and the source device
(maximum length 5m).
2. Connect and power the transmitter and wait for the LED panel to display (TX
ID) “ 00”.
3. Using the buttons to the left and right of the numerical display, change the TX
ID to a unique number. It's important to have unique numbers for every
transmitter installed.
4. Connect the Ethernet cable to the transmitter and the Gigabit switch.
Connecting Receivers
1. Connect the HDMI cable between the receiver and the source device
(maximum length 5m).
2. Connect and power the receiver and wait for the LED panel to display (RX ID)
“ 00” and (TX Connected) “00”.
3. Using the buttons to the left and right of the (RX ID) numerical display, change
the RX ID to a unique number. It's important to have unique numbers for every
receiver installed.
4. Connect the Ethernet cable to the receiver and the Gigabit switch.
Connecting the Controller
1. Connect the Ethernet cable to the controller and the Gigabit switch.
2. Connect the power supply.
7

Matrix control using PC Application
Preparing your PC
Step 1: Connect your PC, transmitters and receivers to the Ethernet switch as shown
in Fig: 2.
Step 2: On your PC, go to Control Panel > Network and Internet > Network
Connections > Local Area Connections, right click on it and choose Properties.
Double click Internet Protocol Version 4 (TCP IPv4)
Choose “Use the following IP address”, for example 192.168.1.111 as your PC IP
address, 255.255.255.0 as the subnet mask, then click “OK”.
8

1. Install and run the application program “Matrix Control Centre”.
2. To locate the devices connected on your LAN, click “Start Scan”.
For larger systems the “Device Scan Time” should be increased.
9

IP Settings
The transmitters and receivers have default IP address, transmitter (192.168.1.238)
and the receiver (192.168.1.239).
The units are designed to work on a LAN without needing to change IP address, even
though there are multiple units on the same LAN. The proprietary firmware will
automatically detect and issue IP addresses to transmitters and receivers as the are
connected.
Should you need to change the IP addresses, click the “Tx_setup” and “Rx_setup” to
open the IP address dialogue box.
10