PhDsolutions ECO Series User manual

MXC-4K862-HDTL-KIT
8x6+2 HDBaseT™ 18Gb 8X8 Matrix Kit
User Manual
VER 1.0_ 06062019 MXC-4K862-HDTL-KIT User Manual
Series

MXC-4K862-HDTL-KIT USER MANUAL
Thank you for purchasing this incredible
product.
For best performance and safety, please read
these instructions carefully before connecting and
operating this product.
Surge protection device recommended
This product contains sensitive electrical compon-
ents that may be damaged by electrical spikes,
power surges, electro static discharge (ESD),
lightning strikes or transients. The use of surge
protection systems is highly recommended in order
to protect and extend the life of your equipment.
Safety and Performance Notice
The transmission distances of HDMI over UTP Cat
cables are measured using TE CONNECTIVITY
1427071-6
EIA TIA-568-B termination (T568B) of cables is
essential for optimal performance.
Do not run the HDBaseT™ / Cat5e/6/6a cabling in
close parallel proximity or close to mains power
cables. This will minimise interference of the unshi-
elded twisted pairs in the CAT5e/6 cable, which can
cause problems with the signal transmission.
Only use the power supply supplied with the unit,
or a PhD Solutions supplied replacement.
Do not disassemble any of the equipment. This will
void the manufacturer’s warranty.
Table of contents
Introduction..............................................................
Features..................................................................
Package Contents...................................................
Optional Accessories...............................................
Specifications..........................................................
Colour Space Conversion (CSC)............................
Operations Controls & Functions............................
HDBaseT™ Display Receiver.................................
Infrared (IR) Distribution..........................................
Master Remote Control...........................................
Web GUI Setup Guide.............................................
EDID Management..................................................
Matrix Control Protocols & Drivers..........................
Cable Termination & Best Practices........................
Application Diagram................................................
Troubleshooting.......................................................
Product Warrantee..................................................
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1.Introduction
The ECO 8x8 HDBaseT™ Matrix is built with the latest features, at economic price points and is
tailored for the custom installer. It supports HDMI2.0 4K60Hz 4:4:4 HDCP2.2 HDR-18Gbps up to
40m and 1080P up to 70m.Embedded with CSC visually lossless compression technology it
delivers HDMI, Bi-directional IR, and PoC (PoE) over a single CAT cable. The Matrix also prov-
ides 6x HDBaseT™ outputs and 2x independent HDMI output, audio de-embedding configurable
to one of the outputs and advanced EDID management. The Matrix KIT is supplied with 6 x
EXC-4KP70-HDTL-RX HDBaseT™ display receivers. Sources can be selected from the front
panel buttons, IR remote control, RS-232, LAN or Web GUI. Control drivers are available for 3rd
Party control systems (ELAN, Control4, RTI, Crestron etc).
2.Features
• HDBaseT™ distribution of video and audio over a single CAT cable
• Colour Space Conversion (CSC) visually lossless compression technology supports: HDMI2.0
4K604:4:4 HDR 8bit/10bit 18Gbps
• Extends 1080P60Hz 48 bit, 1080P120Hz 24 Bit , 4K60Hz 4:2:0 and 4K60Hz 4:4:4 UHD HDR,
video up to 40m
• Extends HDMI 1080P60Hz 36bit video up to 70m
• Features 8x HDMI 2.0 inputs which can be independently routed to 6x HDBaseT™ outputs
and 2x independent HDMI 2.0 outputs
• Configurable analogue stereo audio or SPDIF optical audio de-embedding to follow one of
eight HD outputs
• Supports most digital HDMI audio formats including Dolby TrueHD, Atmos; DTS-HD Master
Audio and DTS:X transmissions
• Web interface GUI for control and configuration of the matrix
• Supports bi-directional IR on all HDBaseT outputs
• Supplied with 5v IR(RX) receivers and IR (TX) emitters
• Supplied with 6 x EXC-4KP70-HDTL-RX HDBaseT™ display receivers
• Control via front panel, IR, RS-232, TCP/IP and web-GUI
• Supports PoC (Power over HDBaseT™) to power compatible HDBaseT™ receivers
• 3rd Party drivers available for most major 3rd party control brands
• Advanced EDID management
• HDCP2.2 and HDCP 1.4 compliant
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MXC-4K862-HDTL-KIT USER MANUAL

3.Package Contents
4.Optional accessories
These optional accessories are not included with this Matrix KIT and can be purchased separately
ECO-REM8 8-button basic IR room remote controls
PHD-OPTOCABLE-E: Optically isolated IR control cable, 3.5mm Mono to 3.5mm Stereo jack,
for IR passthrough from third party control solutions to PhD Solutions ECO matrices and extenders.
Compatible with 12v IR third party products. Note: Cable is directional -Mono end plugs into IR
output of the control system -stereo end plugs into the IR input of the matrix or extender.
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• 1 x MXC-4K862-HDTL Matrix
• 1 x RS232 cable
• 1 x IEC Power cable
• 1 x IR master remote control
• 1 x User manual
• 2 x 19” 1U Rack mounting ears for the matrix
• 6 x EXC-4KP70-HDTL-RX HDBaseT™ Display Receivers
• 7 x Phoenix terminals (male)
• 12 x Surface mounting brackets for EXC-4KP70-HDTL-RX HDBaseT™ Receivers
• 15 x ECO-IR-TX 5V IR (TX) emitters
• 16 x ECO-IR-RX 5V IR (RX) receivers
MXC-4K862-HDTL-KIT USER MANUAL

5.Specifications
Technical
Video Bandwidth 600MHz[18Gbps]
Video Resolution 480i, 576i, 480p, 576p, 720p, 1080i, 1080p24/30/
50/60, 4Kx2K@30, 4Kx2K@60 (4:4:4)
HDBASET Class B
Matrix
Input Ports:
8×HDMI Type A [19-pin female]
9×IR input [3.5mm Stereo Mini-jack]
1×RS-232 [Phoenix connector]
1×LAN [RJ45 connector]
Output Ports:
2×HDMI Type A [19-pin female]
6×HDBaseT CLASS B Out [RJ45]
9×IR output [3.5mm Stereo Mini-jack]
1×Optical audio [S/PDIF]
1×Stereo audio [3.5mm Stereo Mini-jack]
Receiver
Input ports: 1×HDBaseT CLASS B In [RJ45]
1×IR In [3.5mm Stereo Mini-jack]
Output ports: 1×HDMI Type A [19-pin female]
1×IR Out [3.5mm Stereo Mini-jack]
1×RS-232 [Phoenix connector]
Chassis Material Metal
Silkscreen Color Black
Dimensions MATRIX CHASSIS: 440mm(W)*320mm(D)*44.5mm(H)
DISPLAY RECEIVER: 115mm(W)*65mm(D)*17mm(H)
Weight MATRIX CHASSIS : 3kg, DISPLAY RECEIVER: 206g
Power Supply (Internal) 100~240V AC 50/60Hz- IEC
Power Consumption 74W
Operating Temperature 0°C ~ 40°C / 32°F ~ 104°F
Storage Temperature -20°C ~ 60°C / -4°F ~ 140°F
Relative Humidity 20~90% RH (non-condensing)
NOTE: Specifications are subject to change without notice.
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ESD Protection Human body model —— ±8kV (Air-gap discharge),
±4kV (Contact discharge)
MXC-4K862-HDTL-KIT USER MANUAL

6.Colour Space Conversion (CSC) Technology over
HDBaseT™
HDBaseT™ technology is limited to the maximum bandwidth of CAT cable at 10.2 Gbps, it does
not have enough bandwidth to support the 18Gbps required for 4K UHD resolutions of 4K 60Hz
4:4:4 or 4K60Hz 4:2:2 with HDR 8/10bit colour space. With new sources and displays supporting
these high bandwidth resolutions there is now a requirement to integrate video resolutions with
data speeds up to 18 Gbps over distance to multiple locations. We have implemented CSC
(Colour Space Conversion) technology into our latest products to ensure 4K HDR signals can
now be supported over the 10.2 Gbps infrastructure of HDBaseT™.
Colour Space Conversion reduces the data rate of the HDMI signal by converting the colour space
(or Wide Colour Gamut) from 4:4:4 or 4:2:2 to a lower format. Within Colour Space Conversion
technology, the native resolution and frame rate remain constant from end to end. The only part
of the signal that is converted during transmission is the colour gamut variations.
* CSC products do not support HDR10+ or Dolby Vision due to the way these specific creations
of HDR are encoded. These codecs transmit repeated metadata packets throughout the trans-
mission of any media making it impossible at this stage to convert in the same way using CSC
technology.
7.Operations Controls and Functions
Front Panel
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Number Function descriptionName
1LED power
indicator
When the Matrix is in standby mode the LED shows red. The LED
shows blue input numbers when matrix is working normally.
2 IR receive window Receives IR codes from IR remote controls to control the matrix.
3Display Shows the display output & source Input number.
4 POWER button Power on/off button.
5 OUTPUT button A/B/C/D/E/F/G/H output source button.
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MXC-4K862-HDTL 4K60 HDR HDCP 2.2

Rear Panel
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Number Function descriptionName
1 IR INPUT
IR input ports-1&2 have no function, IR input ports 3-8 sends 5V
IR out to C,D,E,F,G & H corresponding HDBaseT™ Zones. PHD-
OPTOCABLE-E will be required when sending IR into these ports
from a 3rd party control system.
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2 IR EXT PORT
If the front IR sensor of unit is obstructed or the unit is installed in
a closed area out of infrared line of sight, the 5v IR (RX) receiver
included can be inserted into the IR EXT port at the rear of the
matrix to extend the IR sensor range and enable local IR control
of the matrix
3 IR OUTPUT
IR output ports-connect the supplied 5V IR(TX) emitter cables
here and place on the corresponding HDMI source1-8 these are
discrete ports
4 Audio OUTPUT
De-embedded audio output ports. By default, it follows HDMI
output A audio. The de-embedded audio output is configurable in
the matrix web interface to follow any one of the 8 HD outputs.
NOTE: Optical port can support PCM and compressed audio
formats, but L/R analogue audio port only supports PCM audio.
5 CONTROL
LAN
RS-232
TCP/IP (RJ45) – Connect to LAN for TCP/IP control of Matrix
and Web GUI.
Connect to a PC or control system for RS232 serial control via
the Phoenix terminal to transmit & receive commands.
6 GND Connect to earth the chassis to ground.
7 HDMI 2.0 INPUTS HDMI 2.0 Inputs 1-8 Connects HDMI sources to the matrix
8OUTPUT
HDMI 2.0 Connect to HDMI display devices, such as TVs or Monitors.
HDBaseT™ HDBaseT™ outputs C/D/E/F/G/H. Connect to the supplied PoC HDBaseT™
display receiver over cat cable.
9 AC POWER INPUT Connect to AC power with IEC AC power cable.
MXC-4K862-HDTL-KIT USER MANUAL

8.HDBaseT™ Display Receiver
The Matrix is supplied with 6x EXC-4KP70-HDTL-RX HDBaseT™ display receivers
The EXC-4KP70-HDTL-RX Receiver is a Class B HDBaseT™ receiver with 2-way IR pass-through.
The receiver supports display distances up to 70m @ 1080P and 40m 4K (4K60 4:4:4 / 18Gbps
at the input).
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Number Function descriptionName
1This LED illuminates when the device is connected with power supply.POWER
2 DC 24V
No connection is required
(The matrix will power the receiver balun from the HDbaseT IN
port over PoC from the matrix.)
3 HDBaseT™ IN Standard HDBaseT™ signal input port. Connect to Matrix
HDBaseT™ output with a terminated UTP CAT cable.
4 HDMI OUT HDMI output port. Connect to the display with an HDMI cable.
5 IR IN IR Receiver input. Connect the 5V IR Rx cable here.
6 IR OUT IR transmitter output. Connect the 5V IR TX blaster cable here.
7 RS-232 Connect to a PC or control system with phoenix jack for transm-
ission of RS-232 serial commands.
8Connection Signal
Indicator Lamp
※Illuminate: The Transmitter and Receiver are in good connection
status.
※Flashing: The Transmitter and Receiver are in poor connection
status.
※Dark: The Transmitter and Receiver are not connected.
9Data Signal
Indicator Lamp
※Illuminate: The HDMI signal with HDCP.
※Flashing: The HDMI signal without HDCP.
※Dark: No HDMI signal.
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9.Infrared (IR) Distribution
The matrix includes multiple options for control and routing of IR signals.
IMPORTANT: PhD Solutions Infrared matrices and extenders are all 5v and are NOT compatible
with alternative manufacturers Infrared solutions. Please use the supplied IR (TX) Emitters/blasters
& IR (RX) Receivers supplied with the matrix.
The matrix is a switcher and extender of multiple HDMI signals to multiple HDMI receivers located
remotely, it also passes IR control signals through the IR call-back system to the matrix and HDMI
sources for independent control of connected outputs from input locations.
Two-way IR Call-back between matrix, Sources and displays from multiple locations.
A key feature of the matrix is discrete IR control of the matrix, sources and displays from different
locations. Inputs at the matrix end can be controlled at a display location and displays can be
controlled at the matrix location. This is accomplished by placing a series of IR (TX) Emitters/
blasters on devices to control and IR (RX) Receivers at all the locations you wish to control from.
The IR signal travels both ways via the single Cat5e/6/7 cable connected to the display receiver
balun.
IR control from display location.
Insert the 3.5mm IR (TX) emitter/blaster cables into IR OUTPUT ports at the rear of the matrix.
Place the IR (TX) emitter/blaster over the IR window of the source device you wish to control.
At the display connect the HDBaseT™ display receiver extender balun to the matrix’s HDBaseT™
C,D,E,F,G&H ports with a suitable CAT cable. Insert the 3.5mm IR (RX) receiver cable into the
IR IN port of HDBT receiver balun.
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When the user controls the matrix from the display location via remote control, the matrix IR
OUTPUT follows the HDMI video input source. This mean that discrete IR is passed from the IR
(RX) receiver connected to the HDBaseT™ display receiver, down the cat cable to the matrix
and outputted through the IR output ports which are matched to the corresponding video source
selected.
The ALL output port passes all IR commands received by any of the IR (RX) receivers connected
to HDBaseT™ display receiver baluns.
Please note that the local HDMI A & B ports of the matrix have no IR control. IR INPUT 1 &
2 also has no function.
Control for HDMI A/B output will need to be done at the matrix via one of 3 methods:
①Local control at the Matrix: Point the remote control at the front panel of the matrix
②Extend IR control: Insert the 3.5mm IR (RX) receiver cable into the IR EXT port of the Matrix
③From a 3rd party Control System: via IP, RS232 or IR
Note: Source control will need to be done directly from the sources, by a 3rd party control system
or IR routing system
IR control from a 3rd party control system
IMPORTANT: PhD Solutions Infrared matrices and extenders are all 5v and are NOT compatible
with most alternative manufacturers Infrared solutions. When using third party 12v IR control
solutions please use the optional PHD-OPTOCABLE-E Opto-isolated cable for IR conversion,
these are available as an optional accessory from your dealer.
From the control system’s IR output port plug in the 3.5mm Mono end of the Opto-isolated cable
(Part no. Phd- OPTOCABLE-E) Insert the 3.5mm stereo end into the required IR INPUT port at
the rear of the matrix.
At the display connect the HDBaseT™ display receiver extender balun to the matrix HDBaseT™
C,D,E,F,G&H ports with a suitable CAT cable. Insert the 3.5mm IR (TX) emitter/blaster cables into
the IR OUT port of HDBaseT™ display receiver. Place the IR (TX) emitter/blaster over the IR window
of the display you wish to control.
The matrix IR INPUT port passes through IR to the HDMI video output display. This means that
discrete IR is passed from the 3rd party control system to the matrix IR INPUT Port, down the cat
cable to the HDBaseT™ display receiver and out the IR(TX) emitter/blaster to the display.
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MXC-4K862-HDTL-KIT USER MANUAL

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IR input routing will work as follows: IR Input 3 corresponds to HDBaseT™ output Port C, IR
Input 4 corresponds to HDBaseT™ output Port D, IR Input 5 corresponds to HDBaseT™ output
Port E. IR Input 6 corresponds to HDBaseT™ output Port F, IR Input 7 corresponds to HDBaseT™
output Port G. IR Input 8 corresponds to HDBaseT™ output Port H.
PLEASE NOTE: IR Input 1&2 has no function as HDMI output Port A& B are not a CAT extension
ports.
The IR EXT input will receive IR matrix switching commands.
MXC-4K862-HDTL-KIT USER MANUAL

IR Pin-outs
IR (RX) Receiver and IR (TX) Emitter/Blaster
IR RECEIVER IR BLASTER
Each PhD ECO Matrix KIT is supplied with all necessary IR hardware required and includes:
Contextual IR
The Matrix receives CONTEXTUAL infrared (IR) commands from display receivers, determining
which zone output the IR command originated from. Contextual IR allows for the use of simplified
remotes with less buttons compared the Master Remote supplied with the matrix, these are the
optional ECO-REM8room remotes. Contextual IR allows you to roam between rooms with the
same room remote, and the matrix knows exactly which zone you are controlling from.
10.Master Remote Control
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A
B
C
D
DISPLAY
1
A
B
C
D
SOURCE
DISPLAY
1 2 3 4
5 6 7 8
A B C D
E F G H
ALL
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2
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① POWER BUTTON to toggle on/off standby power of the matrix.
② INPUT -OUTPUT SELECT keys: First Select the DISPLAY
OUTPUT A,B,C,D,E,F,G,H next select the required SOURCE
INPUT 1,2,3 4,5,6,7,8
③Use the left or right arrow keys to select next or previous source
inputs.
④Press the ALL Button then Select a Source number. This will
disable the left and right source arrow keys.
Note: optional ECO-REM8 basic 8 button room IR remotes are
available for purchase, these have no power on/off function
MXC-4K862-HDTL-KIT USER MANUAL

11. Web GUI Setup Guide
The Matrix can be controlled via the built in Web GUI interface, by typing in the IP address of the
matrix into any device (smartphone, tablet, PC or Mac) on the local network with a web browser.
The default static IP address of the matrix is 192.168.1.100.
You can also find the matrix’s IP address via Eco Matrix PC Controller software. Software can be
downloaded from the PhD solutions website: www.phdsolutions.co Launch the Eco Matrix PC
Controller software utility :
Then select the “TCP Control Mode” port, click the “Search” button. You will the see the current
IP address of the matrix. Put the Matrix’s IP address in to your web browser to enter the matrix’s
local Web GUI page.
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Matrix web GUI page
①Displays the current matrix input and output port status. The “yes” represents connected input
sources or output displays “none” represents no connection.
②Power switch. The matrix will turn on when this switch is open. The matrix will switch to standby
when this switch is closed
③Beep switch. When this switch is open the matrix will beep when front panel or remote buttons
are pressed. Close the switch to mute the beeping sound.
④This button will reboot device.
⑤This button will factory reset the matrix.
Control page
①Select the input source to the output display.
②Select the output port audio.
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EDID page
①Set EDID mode to input source, then click “Set” button.
②Copy EDID from HDMI output port to input source, then click “Set” button.
③Open EDID file to input source, then click “Set” button.
④Click “Refresh” button to refresh current EDID mode. It will display the current input
source EDID mode status.
*See 12. EDID Management for more information
Status page
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①Network Configuration
NET STATUS switch: Obtains the network configuration information, including IP address, Subnet,
Gateway.
DHCP switch:
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◆DHCP selected: Selects DHCP mode : the matrix will obtain a DHCP IP address from the router
Please click “Save Changes” button to save DHCP status.
◆DHCP unselected: You can manually set the IP, Subnet and Gateway address.
Please click “Save Changes” button to save DHCP status.
(Attention: If you have set a new IP address and clicked the “Save Change” button you will need
set the new IP address in your PC’s web browser and click “Search” to re-enter the Matrix Web
GUI page.)
Net Status button: Press to refresh the current network configuration information to display in the
status log window. .
②Displays the network configuration information.
Upgrade page
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① Open upgrade file to upgrade system firmware. If firmware upgrades are required, they can
be obtained from your distributor or from PhD Solutions technical support.
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12. EDID Management
EDID (Extended Display Identification Data) is an exchange (handshake)of data between a source
and a display. The display sends its highest audio and video resolution capabilities to the source.
The source then decides on the best compatible audio and video resolution it needs to send to
the display.
EDID is used to make connecting a digital display to a source a simple plug and play procedure,
however issues do sometimes arise when multiple displays are connected to the same source
or switched to different sources on a video matrix.
By pre-determining the video resolution and audio format of the source and display device you
can reduce the time need for EDID hand shaking thus making switching quicker and more reliable.
You can also force the source to output a certain audio and video resolution if problems with
older or problematic displays arise.
This is done through the advanced EDID management page on the matrix’s web interface.
On this page you can set an EDID mode for each source input on the matrix or copy an EDID
from a display.
1080p,Stereo Audio 2.0
1080p,Dolby/DTS 5.1
1080p,HD Audio 7.1
1080i,Stereo Audio 2.0
1080i,Dolby/DTS 5.1
1080i,HD Audio 7.1
3D,Stereo Audio 2.0
3D,Dolby/DTS 5.1
3D,HD Audio 7.1
4K2K30_444,Stereo Audio 2.0
4K2K30_444,Dolby/DTS 5.1
4K2K30_444,HD Audio 7.1
4K2K60_420,Stereo Audio 2.0
4K2K60_420,Dolby/DTS 5.1
EDID mode EDID description
720p,Stereo Audio 2.01
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4K2K60_420,HD Audio 7.1
4K2K60_444,Stereo Audio 2.0
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4K2K60_444,HD Audio 7.1
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13.Matrix Control Protocols & Drivers
The matrix can be controlled via TCP IP, RS232 or IR. For the technical API document and IR
hex files and 3rd party control drivers, these are available for Control4, ELAN, RTI, Crestron etc…
Please visit the PhD website www.phdsolutions.co the information is posted on the relevant
product page.
14.Cable Termination and best practices
Sending High Bandwidth HDMI signals over Cat cable successfully is determined by the bandwidth
capability of the cable network. Most problems with HDMI distribution can be avoided by following
a few basic principles. For 4K signal distribution or long distance runs over HDBaseT™.
we recommend CAT6 UTP solid 23 AWG 550mhz Cable.
1.Use decent quality SOLID UTP CAT cable: a min CAT5E or above.
2.Avoid using CCA (copper clad aluminium) this is cheap cable as its made up of mostly aluminium
and does not carry the bandwidth required for long distance HDMI distribution or CSC 18Gb
compression technology.
3.The CAT cable should be terminated properly with the correct RG45 connectors according to
TIA568B termination standard as this is less prone to electromagnetic interference.
4.Avoid running the Cat cable close to or parallel with electric cables, near machinery or HVAC
compressors.
5.Handle the Cat cable with care, avoid stretching kinking, denting, twisting ,folding or joining it
as this will limit the bandwidth of the cable.
6.Avoid punch down block or Wall plates, these may work but are not recommended as they
add potential resistance to the network and reduce transmission distance and bandwidth.
7.Avoid tight bends and tying cable ties tightly around the CAT cables.
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8.If the HDMI signal does not have the correct amount of bandwidth (up to 8gbps for CSC 18gbps
compression), you will not get a picture. If there is any EMI (electromagnetic interference) this
will disrupt the signal. If there is unstable voltage the signal will be disrupted
9.If shielded FTP CAT cables are used, they should be terminated correctly with the correct
shielded connectors, if this is not done properly, more EMI interference will be introduced into
the cable and performance will be inhibited.
RJ45 Pin-Out T568B
1.White Orange 5.White Blue
2.Orange 6.Green
3.White Green 7.White Brown
4.Blue 8.Brown
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15. Application Diagram
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LAN
LAN
MXC-4K862-HDTL-KIT USER MANUAL