Cyp PUV-662PL-4K22 6 x 8 HDMI HDBaseT™ LITE Matrix with Audio Matricing (4K, HDCP2.2, HDMI2.0, PoH, OAR, 60m) Manual

PUV-662PL-4K22
6 x 8 HDMI HDBaseT™ LITE Matrix with Audio Matricing
(4K, HDCP2.2, HDMI2.0, PoH, OAR, 60m)
OPERATION MANUAL
DISCLAIMERS
The information in this manual has been carefully checked and is
believed to be accurate. CYP (UK) Ltd assumes no responsibility for any
infringements of patents or other rights of third parties which may result
from its use.
CYP (UK) Ltd assumes no responsibility for any inaccuracies that may be
contained in this document. CYP (UK) Ltd also makes no commitment to
update or to keep current the information contained in this document.
CYP (UK) Ltd reserves the right to make improvements to this document
and/or product at any time and without notice.
COPYRIGHT NOTICE
No part of this document may be reproduced, transmitted, transcribed,
stored in a retrieval system, or any of its part translated into any language
or computer file, in any form or by any means—electronic, mechanical,
magnetic, optical, chemical, manual, or otherwise—without express
written permission and consent from CYP (UK) Ltd.
© Copyright 2011 by CYP (UK) Ltd.
All Rights Reserved.
Version 1.1 August 2011
TRADEMARK ACKNOWLEDGMENTS
All products or service names mentioned in this document may be
trademarks of the companies with which they are associated.
3
SAFETY PRECAUTIONS
Please read all instructions before attempting to unpack, install or operate
this equipment and before connecting the power supply.
Please keep the following in mind as you unpack and install this
equipment:
•
Always follow basic safety precautions to reduce the risk of fire,
electrical shock and injury to persons.
•
To prevent fire or shock hazard, do not expose the unit to rain,
moisture or install this product near water.
•
Never spill liquid of any kind on or into this product.
•
Never push an object of any kind into this product through any
openings or empty slots in the unit, as you may damage parts inside
the unit.
•
Do not attach the power supply cabling to building surfaces.
•
Use only the supplied power supply unit (PSU). Do not use the PSU if
it is damaged.
•
Do not allow anything to rest on the power cabling or allow any
weight to be placed upon it or any person walk on it.
•
To protect the unit from overheating, do not block any vents or
openings in the unit housing that provide ventilation and allow for
sufficient space for air to circulate around the unit.
REVISION HISTORY
VERSION NO. DATE
SUMMARY OF CHANGE
v1.00
03/03/2017
First release
v1.01
13/03/2017
Updated text and diagrams
v1.02
14/03/2017
Corrections to Specifications
v1.03
23/03/2017
Minor Corrections
4
CONTENTS
1. Introduction�������������������������������������������6
2. Applications�������������������������������������������6
3. Package Contents����������������������������������7
4. System Requirements���������������������������7
5. Features��������������������������������������������������8
6. Operation Controls and Functions�������9
6.1 Front Panel��������������������������������������������������� 9
6.2 Rear Panel���������������������������������������������������10
6.3 Side Panel���������������������������������������������������12
6.4 Remote Control����������������������������������������13
6.5 OLED Menu������������������������������������������������14
6.6 IR Cable Pin Assignment�����������������������15
6.7 RS-232 Protocol����������������������������������������15
6.8 RS-232 and Telnet Commands������������16
6.9 Telnet Control��������������������������������������������35
6.10 WebGUI Control�������������������������������������37
7. Connection Diagram�������������������������� 56
8. Specifications�������������������������������������� 57
8.1 Technical Specifications������������������������57
8.2 Video Specifications�������������������������������58
8.3 Audio Specifications�������������������������������59
8.4 Category Cable Specifications������������61
8.5 HDBaseT Features������������������������������������61
9. Acronyms��������������������������������������������� 62
5
1. INTRODUCTION
This 6×8 HDMI and HDBaseT Matrix supports routing and transmission
of video (resolutions up to 4K@60Hz w/ HDMI 2.0 & HDCP 2.2) and audio
(multi-channel digital/stereo analogue) while providing flexible control
via IR, RS-232, Telnet or WebGUI. As many as six UltraHD sources may be
routed to any of eight destinations, six via single Cat.5e/6/7 cables (up to
60m at 1080p or up to 35m at 4K@30Hz) and two via HDMI 2.0 outputs.
The two HDMI 2.0 outputs support transmission of 18Gbps UltraHD
HDMI sources (up to 4K@60Hz, 4:4:4) from any HDMI input or they can
mirror any of the HDBaseT outputs for local monitoring. 3D video is also
supported when compatible sources and displays are connected.
This product supports passing 7.1 channel LPCM digital audio as well as
advanced bitstream and HD bitstream audio formats. Additionally, six
analogue audio outputs are available to provide stereo breakout audio
from the associated HDBaseT output (LPCM 2.0 sources only). Beyond
basic video routing, this product also incorporates an independent audio
matrix with eight audio outputs and four audio inputs. Offering discrete
audio routing, insertion and extraction, this product makes it possible to
have multiple audio zones within your installation. This product supports
the Optical Audio Return (OAR) channel feature, found on compatible
HDBaseT receivers, allowing optical audio sources connected to those
receivers to be sent back to the matrix unit.
Internally generated test patterns (up to 18Gbps UHD resolutions) are
provided to assist with setup, providing a simple way to verify both matrix
and sink functionality. The Power over HDBaseT (PoH) function can power
compatible receivers, providing greater flexibility in your installations.
Control is via manual selection buttons, WebGUI, Telnet, RS-232 or IR
remote.
2. APPLICATIONS
Full audio/video matrix systems
Residential AV matrix installations
Commercial AV matrix installations
Security systems
University lecture hall systems
Retail installation systems
6
3. PACKAGE CONTENTS
1× 6 by 8 HDMI and HDBaseT Matrix with Audio Matrixing
1× Remote Control (CR-163)
2× IR Blaster Cable
2× 24V/6.25A DC Power Adaptor
2× Power Cord
1× Rack Ear Set
1× Operation Manual
4. SYSTEM REQUIREMENTS
HDMI or DVI source equipment such as media players, video game
consoles, set-top boxes, PCs or laptops. DVI equipped source devices
must be connected via DVI to HDMI cables/adapters
HDMI receiving equipment such as HDTVs, monitors or audio
amplifiers
The use of industry standard Cat.6, Cat.6a or Cat.7 cable is highly
recommended
HDBaseT™ receivers equipped with Optical Audio Return (OAR)
channel support are strongly recommended
The use of “Premium High Speed HDMI” cables is highly recommended
7
5. FEATURES
HDMI 2.0, HDCP 1.4 and HDCP 2.2 compliant
Routes 6 HDMI sources to 8 displays using 6 HDBaseT outputs and 2
independent or mirrored HDMI outputs
HDBaseT feature support: High-Definition video and audio, 48v PoH
(Power over HDBaseT) and control (Bi-directional IR & RS-232 pass
through)
Supported HDBaseT resolutions: VGA~WUXGA, 480i~1080p,
4K@24/25/30Hz (RGB, YUV 4:4:4 & YUV 4:2:2) & 4K@60Hz (YUV 4:2:0)
dependent upon the output display’s EDID settings
Supports HDMI output resolutions up to 4K@60Hz (RGB/YUV 4:4:4)
Supports automatic 4K@60Hz RGB/YUV 4:4:4 to YUV 4:2:0 conversion
for HDBaseT outputs
4K@30Hz signals can be transmitted up to 35m via Cat.5e/6 and up to
60m via Cat.6a/7
Supports pass-through of all standard digital audio formats: LPCM
2.0/5.1/7.1, bitstream, and HD bitstream
Supports audio matrix functionality enabling full audio management
of the system including HDBaseT audio selection, fully independent
audio-only zones and HDMI audio embedding and de-embedding
(LPCM only)
Supports Digital to Analogue Conversion (DAC) and Analogue to
Digital Conversion (ADC) for audio integration
Supports volume, treble, bass, and audio delay for lip-sync (up to
230ms) on analogue audio outputs and mute on all outputs
HDBaseT outputs with Optical Audio Return (OAR) support
Advanced internal and external EDID management with 4 sets of
configurable EDID settings
Internal test pattern generation for self and sink testing
Capable of generating test signals up to 4K@60Hz
Bi-directional IR support over HDBaseT
Supports supplying 48v PoH (Power over HDBaseT) to compatible
receivers (with use of optional 2nd power supply)
Control via front panel controls, Ethernet (Telnet & WebGUI), RS-232, &
IR remote
2U rack mounted design
8
6. OPERATION CONTROLS AND FUNCTIONS
6.1 Front Panel
A 1
B 2
C 3
D 4
E 5
MENU
/CANCEL
+ IN
LOCK
F 6
G 7
H 8
9
10
ENTER
- OUT
PRESET
6
7
8
POWER
1
2 3
4
5
9
10
1 POWER: Press this button to power the unit on or place it into standby mode.
Note: Network functionality and PoH (if the second power supply is
connected) remain active when the unit is in stand-by mode.
2 POWER LED: This LED will illuminate GREEN to indicate the unit is on
and receiving power. When the unit is in stand-by mode the LED will
illuminate RED.
3 IR WINDOW: Accepts IR signals from the included IR remote for
control of this unit only.
4 OUTPUT A~H & INPUT/NUMBER 1~6: Press the “OUT” button to
enter output selection mode. Next, press the output keys (A~H) of
the outputs you wish to route a source to (they will flash to indicate
selection). Next, press the “IN” key followed by the input (1~6) you
wish to route to the selected outputs. Finally, press “ENTER” to confirm
your selection and execute the routing change.
For example, if you wish to display input 1 on outputs A~D then the
following sequence of button presses should be performed: OUT → A,
B, C, D → IN → 1 → ENTER
When directly entering Ethernet address information into the unit all
10 buttons are used to represent the numbers from 0 to 9 (button 10
= 0) to make number entry more streamlined.
5 MENU/CANCEL: Press the “MENU/CANCEL” button to enter the OLED
menu, or to back out from menu items. For a description of the menu
tree, please refer to section 6.5.
6 ENTER: Press this button to confirm selections.
7 +/IN: Within the menu, this button moves you up within the menu
9
tree. Otherwise, in routing mode, this button allows you to make your
input source selection.
-/OUT: Within the menu, this button moves you down within the
menu tree. Otherwise, this button starts routing mode and allows you
to begin your output destination selections.
8 PRESET: Press this button to recall saved presets. A maximum of 8
presets can be stored in the unit. Presets are created and stored via the
WebGUI. Please refer to section 6.10.1 for advanced preset settings.
9 LOCK: Press and hold this button for 3 seconds to lock/unlock all
buttons on the front panel. The OLED will display an “L” in the upper
right corner to indicate the front panel is locked.
10 OLED WINDOW: Displays the unit’s menu, settings and information.
6.2 Rear Panel
D
AUDIO OUT
L
E
EXTENDED
F
L
R
R
1
8
2
1
L
AUDIO IN
C
B
AUDIO OUT
A
ZONE
7
R
L
R
9
2
ANALOG
DIGITAL
AUDIO IN
6
10
11
CONTROL
RS-232
1
2
GND
GND
V+
2
1
4
3
+V
GND
IR IN
A
CAT5e/6 OUT
IR IN
B
CAT5e/6 OUT
IR IN
C
CAT5e/6 OUT
IR IN
D
CAT5e/6 OUT
IR IN
E
CAT5e/6 OUT
IR IN
F
CAT5e/6 OUT
IR IN
ALL
IR OUT
POH 24V
SERVICE
IR OUT
IR OUT
HDMI IN
1
IR OUT
HDMI IN
2
IR OUT
HDMI IN
3
IR OUT
HDMI IN
4
1
IR OUT
HDMI IN
5
HDMI IN
6
HDMI OUT
G
2
3
4
HDMI OUT
H
5
MAIN 24V
12 13
1 HDMI IN & IR OUT 1~6: Connect up to 6 source devices to the HDMI
ports using appropriate quality HDMI cables. Input source devices
include Blu-ray players, set-top boxes, game systems and so on. These
inputs are DVI-D compliant (with the use of DVI to HDMI adapters or
cables). Attach IR blasters to the IR Out ports to transmit the IR signals
received from connected HDBaseT Receivers. The IR signal routing
follows the HDMI signal routing.
Note: The use of “Premium High Speed HDMI” cables is highly
recommended.
2 CAT5e/6 OUT & IR IN A~F: Connect the Cat.5e/6 outputs via an
appropriate cable to the input ports of compatible HDBaseT receivers
for HDMI audio/video and IR/RS-232 control signal transmission. In
order for an IR signal to be transmitted along with the HDMI signal an
IR extender must be connected to the associated IR In port. IR signals
coming back from the connected HDBaseT receiver can be used to
10
control the matrix remotely and will also be broadcast from IR blasters
connected to the appropriate IR Out/All IR Out ports.
Note: 4K signals with HDR (High Dynamic Range) or Deep Colour are
supported by the 2 HDMI output ports, however they are not supported
by the HDBaseT outputs due to bandwidth limitations. If your HDR source
needs to be output over the HDBaseT outputs please remember to disable
the HDR support on your source device or use a non-HDR supporting
EDID.
3 IR IN (ALL): Connect an IR extender to this port for IR signal reception.
All IR signals received will be broadcast by all IR blasters connected
to the matrix or connected HDBaseT receivers. Please ensure that the
remote being used is within direct line-of-sight of the IR extender.
4 IR OUT (ALL): Connect an IR Blaster to this port to broadcast IR signals.
All IR signals received by any IR extenders connected to the matrix
or HDBaseT receivers will be broadcast. Please place the IR Blaster in
direct line-of-sight of the equipment to be controlled.
5 HDMI OUT G & H: Connect up to 2 HDMI displays using these HDMI
output ports. These two HDMI ports can be either independent high
bandwidth (18Gbps) outputs, or they can be configured to mirror two
of the HDBaseT outputs for local monitoring or recording purposes.
Note: 4K signals with HDR (High Dynamic Range) or Deep Colour are
supported by the 2 HDMI output ports, however they are not supported
by the HDBaseT outputs due to bandwidth limitations. If your HDR source
needs to be output over the HDBaseT outputs please remember to disable
the HDR support on your source device or use a non-HDR supporting
EDID.
6 ZONE AUDIO OUT A~F: Six sets of stereo analogue audio outputs.
These audio ports are capable of independently outputting audio
routed from any audio source within the matrix. Treble, bass, volume
and audio delay adjustments can be set in the WebGUI (LPCM 2.0 or
analogue stereo sources only).
7 EXTENDED AUDIO OUT 1~2: Two sets of stereo analogue audio
outputs. These audio ports are capable of independently outputting
audio routed from any audio source within the matrix. Treble, bass,
volume and audio delay adjustments can be set in the WebGUI (LPCM
2.0 or analogue stereo sources only).
8 ANALOGUE AUDIO IN 1~2: Accepts unbalanced analogue audio
from sources such as DVD players, PCs, MP3 players, etc. These audio
11
sources can be paired with the video from any HDMI input.
9 DIGITAL AUDIO IN 1~2: Accepts digital audio (LPCM 2.0 only) from
sources such as Blu-ray players, game systems, PCs, etc. These audio
sources can be paired with the video from any HDMI inputI.
10 CONTROL: Connect directly, or through a network switch, to your PC/
laptop to control the unit via Telnet/WebGUI.
11 RS-232: Connect directly to your PC/laptop to send RS-232 commands
to control the unit (refer to section 6.7).
12 SERVICE: Used for firmware service updates in the field via USB thumb
drive. After connecting a USB thumb drive containing appropriate
firmware, please navigate via the front panel menu to 5-Firmware →
2-Update → YES to begin the firmware update.
13 MAIN 24V & POH 24V: Plug one of the 24V power supplies (included
in the package) into the port marked “MAIN 24V” to power the matrix
unit. If you wish to connect PoH powered HDBaseT receivers to the
matrix, please plug the second 24V power supply into the “POH 24V”
port. This will allow the matrix to provide 48v PoH to all connected
HDBaseT receivers.
6.3 Side Panel
1
1 FAN VENT: These are air ventilation areas. DO NOT block these areas
or cover them with any objects. Please allow adequate space around
the unit for air circulation.
12
6.4 Remote Control
1 POWER: Press to power the unit on or place it
into stand-by mode.
MUTE
2 LOCK: Press to lock/unlock the front panel of
the matrix unit.
3 MUTE: Mutes Zone Audio outputs. HDBaseT
audio can only be muted when an independent,
non-HDMI, audio source has been routed to the
output.
LOCK
POWER
3
5
4 IN 1~6, OUT A~H & PATTERN:
[Local matrix control]: When controlling the
unit directly. Input selection from 1~6 plus test
patterns (pattern button) and output selection
from A~H (refer to section 6.1).
[Zone A/V Pairing]: When controlling the unit
via an HDBaseT receiver in a remote location.
Pressing buttons 1~10 will switch to the A/
V source assigned to the number depending
on your current zone. These assignments are
configured via the WebGUI (refer to section 6.10.6).
1
2
1/A
2/B
3/C
4/D
5/E
6/F
7/G
8/H
9/I
10/J
PATTERN
+/IN
PRESET
MENU/
CANCEL
/VOL-
ENTER
4
6
7
/VOL+
-/OUT
CR-163
5 MENU/CANCEL: Press the “MENU/CANCEL” button to enter the OLED
menu, or to back out from menu items.
6 PRESET: Recall matrix presets. The presets are configured within the
WebGUI.
7 +/IN: Within the menu, this button moves you up within the menu
tree. Otherwise, in routing mode, this button allows you to make your
input source selection.
-/OUT: Within the menu, this button moves you down within the
menu tree. Otherwise, this button starts routing mode and allows you
to begin your output destination selections.
◄/VOL- & ►/VOL-: Adjust volume of zone audio.
ENTER: Press this button to confirm selections.
Note: This remote control is designed for the full family of matrix products.
Some functions are not available on all units.
13
6.5 OLED Menu
1ST LEVEL
2ND LEVEL
3RD LEVEL
EDID
EDID Mode
All
Independent
EDID Select
All
1~6 (Default EDID
settings)
7~14 (Sink's EDID
settings)
15~18 (User's EDID
settings)
Network
Link Status (Idle)
IP Address
Subnet Mask
Gateway Address
MAC Address
DHCP mode
On
Off
HDMI Mirroring
Output G
Output H
Factory Default
Yes
No
Firmware
Version
Update
Yes
No
Note: The model name and IP address will be displayed when the unit is
powered on. The netmask and gateway information can be displayed by
repeatedly pressing the “+” button on the front panel or remote control unit.
14
6.6 IR Cable Pin Assignment
IR Blaster
Power
IR Signal
NC
1
2
3
IR Extender
1
2
3
IR Signal
Power
Ground
6.7 RS-232 Protocol
MATRIX
REMOTE CONTROLLER
Pin
Assignment
Pin
Assignment
1
NC
1
NC
2
TX
2
RX
3
RX
3
TX
4
NC
4
NC
5
GND
5
GND
6
NC
6
NC
7
NC
7
NC
8
NC
8
NC
9
NC
9
NC
►
◄
Baud Rate: 115200bps
Data Bits: 8
Parity: None
Flow Control: None
Stop Bits: 1
15
6.8 RS-232 and Telnet Commands
6.8.1 Command Syntax
The RS-232/Telnet command structure for this unit is both flexible and
powerful, and allows for multiple parameters to be set across multiple
ports simultaneously within a single command transmission. This section
will detail the command syntax used to send both simple (single port/
single parameter) commands as well as the more complex (multi-port/
parameter) commands.
The following multi-function syntax is specifically for use with
these commands: “ZoneLineOut”, “ExtLineOut”, “HDMI_Out”, “HDBT_
Out”, and “Pattern”. “ZoneAvPair” has a special structure that will be
explained separately. All other commands must be sent within discrete
transmissions.
Basic Command Format
Use this syntax to set or change a single parameter for a single input/
output port.
<Command> {Port} {Parameter [= Value]}
Examples: ZoneLineOut B Treble= -12
HDBT_Out A Mute
Basic Command Format (ZoneAvPair)
The ZoneAvPair command requires multiple variables to define the
location of the slot’s value to adjust. This command only accepts 3
possible parameters: “VideoSrc”, “AudioSrc”, and “Load”. Use the following
syntax to set or change a single parameter for a single slot assigned to an
HDBaseT or HDMI output port.
ZoneAvPair HDBT_Out {Port} Slot {Slot} {Parameter [= Value]}
Examples: ZoneAvPair HDBT_Out B Slot 5 VideoSrc = HDMI_In 2
ZoneAvPair HDMI_Out H Slot 3 Load
Multi-Port Command Format
Use the following syntax to set or change a single parameter for multiple
ports. Note that each additional port uses the “+” character for separation.
The number of ports allowed in a single command is limited by the
16
number of ports on that specific interface.
<Command> {Port1}+{Port2}+{Etc.} {Parameter [= Value]}
Examples: ZoneLineOut A+B+C Treble = -12
HDBT_Out A+D+F Mute
Multi-Slot Command Format (ZoneAvPair)
The ZoneAvPair command allows for multiple slots on a single HDBaseT
or HDMI output to be assigned the same value simultaneously. Use the
following syntax to accomplish this. Note that each additional slot uses
the “+” character for separation. The number of slots allowed in a single
command is limited by the number of slots on that specific interface.
ZoneAvPair HDBT_Out {Port} Slot {Slot1}+{Slot2}+{Etc.} {Param [=
Value]}
Example: ZoneAvPair HDBT_Out B Slot 1+3+5 VideoSrc = HDMI_In 2
Multi-Parameter Command Format
Use the following syntax to set or change multiple parameters for a
single port. Note that each additional parameter uses the “,” character for
separation and spaces are allowed. The number of parameters allowed in
a single command is limited only by the number of individual parameters
that command has.
<Command> {Port} {Param1 [= Value]}, {Param2 [= Value]}, {Etc.}
Examples: ZoneLineOut C Treble = -12, Mute, Delay = 100
HDBT_Out A VideoSrc = HDMI_In 1, AudioSrc = HDMI_In 1
Multi-Parameter Command Format (ZoneAvPair)
The “VideoSrc”, “AudioSrc” and “Load” parameters may be combined on a
ZoneAvPair command. Note that the “,” character is used for separation.
ZoneAvPair HDBT_Out {Port} Slot {Slot} {Param1=Value},
{Param2=Value}
Example:
ZoneAvPair HDBT_Out B Slot 5 VideoSrc=HDMI_In 2, AudioSrc=CoaxIn 1
17
Complex Multi-Port/Parameter Command Format
It is possible to have a single command that affects multiple ports with
multiple groupings of parameters. All previously explained syntax rules
must be observed and each additional set of ports/parameters are
separated by the “&” character.
<Command> {Port1}+{Port2}+{Etc.} {Param1 [= Value]}, {Param2 [=
Value]}, {Etc.} & {Port1}+{Port2}+{Etc.} {Param1 [= Value]}, {Param2 [=
Value]}, {Etc.} & Etc.
Example:
HDBT_Out A+C+E VideoSrc=HDMI_In 2, AudioSrc=CoaxIn 1 & B+D Mute & F
VideoSrc=HDMI_In 1, AudioSrc=HDMI_In 1
Complex Multi-Slot/Parameter Command Format (ZoneAvPair)
The ZoneAvPair command can also control multiple slots with multiple
parameter groupings however the syntax is slightly different. Each
command can only affect a single port at a time. Each additional set of
slots/parameters are separated by the “&” character.
ZoneAvPair HDBT_Out {Port} Slot {Slot1}+{Slot2}+{Etc.}
{Param1=Value}, {Param2=Value} & Slot {Slot1}+{Slot2}+{Etc.}
{Param1=Value}, {Param2=Value} & Etc.
Example:
ZoneAvPair HDBT_Out B Slot 1 VideoSrc=HDMI_In 2, AudioSrc=CoaxIn
1 & Slot 2+3+4 VideoSrc=HDMI_In 2, AudioSrc=AnalogIn 1 & Slot 5+6
VideoSrc=HDMI_In 1, AudioSrc=HDMI_In 1 & Slot 1 Load
6.8.2 Real World Command Use
Zone A/V Pairing Mode Command Example
The easiest way to use the matrix for simple HDMI switching while still
allowing for individually tailored zone audio is to use the Zone A/V Pairing
setting within the WebGUI.
This is a configured and saved setting allowing each HDMI input to be
paired with different audio inputs, depending on the zone it is being
output to, for easy selection from a remote within that zone. For example,
certain zones might not be able to handle surround sound, so you can
pair the video in that zone with stereo inputs. Please review to section
6.10.6 for details of Zone A/V Pairing configuration.
18
COMMAND
DESCRIPTION
ZoneAvPair HDBT_Out A Slot 1 Load
Load the 1st A/V pairing for
HDBaseT Output A’s zone
Optical Audio Return (OAR) Command Example
If you are also using the Zone Audio outputs (Stereo Zones) for any zone
we recommend using the Optical Audio Return (OAR) function to set the
Zone Audio output to always play the audio coming from the TV itself.
In this way the end user can freely switch between the matrix input on
the TV and the internal tuner/smart functions of the TV and always be
guaranteed audio (remember to set the TV’s optical output to LPCM 2.0).
This command only needs to be resent after an audio only source has
been selected for that individual Zone Audio output. Commonly a control
system would have a “TV” button in the audio source selection area along
with your other audio sources.
COMMAND
DESCRIPTION
ZoneLineOut A AudioSrc=OAR_In A
Zone Audio output “A” plays OAR
audio from the TV connected to
HDBaseT output “A”
HDMI Mirroring Command Example
If you have rack (head end) based AVR’s for surround sound rooms we
recommend using the HDMI outputs and the HDMI mirroring mode to
easily have the audio and video sent to the AVR follow the signal sent to
that zone’s TV.
As long as no further commands are ever sent to the HDMI outputs of the
matrix you only need to set this up once:
COMMAND
DESCRIPTION
HDMI_Out H Mirroring=HDBT_Out A
Set HDMI output “H” to mirror
HDBaseT output “A”
When using the mirroring function you can use any standard commands
with the mirrored HDBaseT output and the mirroring HDMI output
will follow the commands. These can be an A/V Pairing, Video or Audio
commands, etc.
19
Audio Only source selection Command Examples
This unit offers 4 direct audio only inputs, while some of these inputs will
likely be used for down mixed audio signals from surround sound sources
(for stereo only zones) we expect audio only sources to be connected to
deliver just audio to both TV zones and Audio Only zones.
COMMAND
DESCRIPTION
ZoneLineOut A AudioSrc=AnalogIn 1
Route Analogue input 1 to Zone
Audio output “A”
ZoneLineOut A AudioSrc=OpticIn 1
Route Optical input 1 to Zone
Audio output “A”
ZoneLineOut A AudioSrc=CoaxIn 1
Route Coaxial input 1 to Zone
Audio output “A”
ExtLineOut 1 AudioSrc=AnalogIn 1
Route Analogue input 1 to
Extended Line output “1”
ExtLineOut 1 AudioSrc=OpticIn 1
Route Optical input 1 to Extended
Line output “1”
ExtLineOut 1 AudioSrc=CoaxIn 1
Route Coaxial input 1 to Extended
Line output “1”
Above are just a few example of the audio selections available. Please
refer to the full command listing for all possible commands. Remember if
you have configured any audio zones to play the OAR audio from the TV
within a zone you must be able to select this again to return to “listening”
to that TV.
Individual Audio and Video Routing Command Examples
To offer the greatest level of flexibility the matrix can be used to send
individual commands for both video and audio, this allows the installer
to completely tailor the matrix to suit any possible configuration the end
user may require.
Route audio and video from HDMI input 1 to HDBaseT output A
independently:
COMMAND
DESCRIPTION
HDBT_Out A VideoSrc=HDMI_In 1
Video switch command
HDBT_Out A AudioSrc=HDMI_In 1
Audio switch command
20
Combined Audio and Video Routing Command Example
It is also possible to switch audio and video simultaneous by using an
advanced command structure. In this case the individual parameters
of the “HDBT_Out” command are separated by a comma. Please check
section 6.8.1 for additional information on how commands can be
combined.
Route audio and video from HDMI input 1 to HDBaseT output A
simultaneously:
COMMAND
DESCRIPTION
HDBT_Out A VideoSrc=HDMI_In 1,
Video and Audio switch command
AudioSrc=HDMI_In 1
Every individual audio and video input has a bespoke command (including
separate commands for the audio and video within a HDMI source).
21
6.8.3 Full Command List
COMMAND
DESCRIPTION
Help
Display all available commands.
(Except hidden commands.)
?
Display all available commands.
(Except hidden commands.)
Help {Command}
Detailed description of the
specified command.
? {Command}
Detailed description of the
specified command.
SaveMuteSetting ?
Display the current Save Mute
Setting configuration.
SaveMuteSetting XXX
Allow or disallow saving the audio
mute setting when the unit is
powered off.
XXX = "On" or "Off"
ZoneLineOut M AudioSrc=XXX
Set the audio source for a zone line
output.
M = A~F
Available XXX values:
HDMI_In n [n=1~6]
OpticIn n [n=1]
CoaxIn n [n=1]
AnalogIn n [n=1~2]
OAR_In n [n=A~F]
ZoneLineOut M Treble=XXX
Set the treble value for a zone line
output.
M = A~F
XXX = -12~+12 (units: dB)
22
COMMAND
DESCRIPTION
ZoneLineOut M Bass=XXX
Set the bass value for a zone line
output.
M = A~F
XXX = -12~+12 (units: dB)
ZoneLineOut M Volume=XXX
Set the volume for a zone line
output.
M = A~F
XXX = 0 ~ -100 (units: dB)
ZoneLineOut M Volume=Fast XXX
Adjust the volume of a zone line
output in large steps (2dB steps).
M = A~F
XXX = “Up” or “Down”
ZoneLineOut M Volume=Slow XXX
Adjust the volume of a zone line
output in small steps (0.5dB steps).
M = A~F
XXX = “Up” or “Down”
ZoneLineOut M Delay=XXX
Set the audio delay for a zone line
output.
M = A~F
XXX = 0~230 (units: ms)
ZoneLineOut M Mute
Mute a zone line output.
M = A~F
ZoneLineOut M Unmute
Unmute a zone line output.
M = A~F
ZoneLineOut M Status
Display the status of a zone line
output.
M = A~F
23
COMMAND
DESCRIPTION
ZoneLineOut M Name={NameString}
Set the verbose name of a zone line
output. Maximum 32 characters.
M = A~F
Note: Can only rename one port at
a time. Multi-port is not supported.
ExtLineOut M AudioSrc=XXX
Set the audio source for an
extended line output.
M = 1~2
Available XXX values:
HDMI_In n [n = 1~6]
OpticIn n [n = 1]
CoaxIn n [n = 1]
AnalogIn n [n = 1~2]
OAR_In n [n = A~F]
ExtLineOut M Treble=XXX
Set the treble value for an
extended line output.
M = 1~2
XXX = -12~+12 (units: dB)
ExtLineOut M Bass=XXX
Set the bass value for an extended
line output.
M = 1~2
XXX = -12~+12 (units: dB)
ExtLineOut M Volume=XXX
Set the volume for an extended
line output.
M = 1~2
XXX = 0 ~ -100 (units: dB)
24
COMMAND
DESCRIPTION
ExtLineOut M Volume=Fast XXX
Adjust the volume of an extended
line output in large steps (2dB
steps).
M = 1~2
XXX = “Up” or “Down”
ExtLineOut M Volume=Slow XXX
Adjust the volume of an extended
line output in small steps (0.5dB
steps).
M = 1~2
XXX = “Up” or “Down”
ExtLineOut M Delay=XXX
Set the audio delay for an
extended line output.
M = 1~2
XXX = 0~230 (units: ms)
ExtLineOut M Mute
Mute an extended line output.
M = 1~2
ExtLineOut M Unmute
Unmute an extended line output.
M = 1~2
ExtLineOut M Status
Display the status of an extended
line output.
M = 1~2
ExtLineOut M Name={NameString}
Set the verbose name of an
extended line output. Maximum
32 characters.
M = 1~2
Note: Can only rename one port at
a time. Multi-port is not supported.
25
COMMAND
DESCRIPTION
HDMI_Out M AudioSrc=XXX
Set the audio source for an HDMI
output.
M = G~H
Available XXX values:
HDMI_In n [n = 1~6]
OpticIn n [n = 1]
CoaxIn n [n = 1]
AnalogIn n [n = 1~2]
OAR_In n [n = A~F]
FollowVideo
HDMI_Out M Mute
Mute an HDMI output’s audio.
M = G~H
HDMI_Out M Unmute
Unmute an HDMI output’s audio.
M = G~H
HDMI_Out M VideoSrc=XXX
Set the video source for an HDMI
output.
M = G~H
Available XXX values:
HDMI_In n [n = 1~6]
HDMI_Out M VideoSrc=Pattern
Set the video source of an HDMI
output to the internal test pattern.
M = G~H
HDMI_Out M VideoSrc=Default
Reset the video source of an HDMI
output to the factory default.
M = G~H
HDMI_Out M Mirroring=XXX
Set the audio/video mirroring
source for an HDMI output.
M = G~H
Available XXX values:
HDBT_Out n [n = A~F]
26
COMMAND
DESCRIPTION
HDMI_Out M Status
Display the status & properties of
an HDMI output including audio/
video matrix.
M = G~H
HDMI_Out M Name={NameString}
Set the verbose name of an HDMI
output. Maximum 32 characters.
M = G~H
Note: Can only rename one port at
a time. Multi-port is not supported.
HDBT_Out M AudioSrc=XXX
Set the audio source for an
HDBaseT output.
M = A~F
Available XXX values:
HDMI_In n [n=1~6]
OpticIn n [n=1]
CoaxIn n [n=1]
AnalogIn n [n=1~2]
OAR_In n [n=A~F]
FollowVideo
HDBT_Out M Mute
Mute an HDBaseT output’s audio.
M = A~F
HDBT_Out M Unmute
Unmute an HDBaseT output’s
audio.
M = A~F
HDBT_Out M VideoSrc=XXX
Set the video source for an
HDBaseT output.
M = A~F
Available XXX values:
HDMI_In n [n=1~6]
27
COMMAND
DESCRIPTION
HDBT_Out M VideoSrc=Pattern
Set the video source of an HDBaseT
output to the internal test pattern.
M = A~F
HDBT_Out M VideoSrc=Default
Reset the video source of an
HDBaseT Tx output to the factory
default.
M = A~F
HDBT_Out M Status
Display the status & properties
of an HDBaseT output including
audio/video matrix.
M = A~F
HDBT_Out M Name={NameString}
Set the verbose name of an
HDBaseT output. Maximum 32
characters.
M = A~F
Note: Can only rename one port at
a time. Multi-port is not supported.
HDMI_In M Status
Display the status of an HDMI
input.
M = 1~6
HDMI_In M Name={NameString}
Set the verbose name of an HDMI
input. Maximum 32 characters.
M = 1~6
Note: Can only rename one port at
a time. Multi-port is not supported.
SETIP {IP} {Subnet} {Gateway}
Set the IP address, subnet and
gateway in Static IP mode.
Address format: xxx.xxx.xxx.xxx
RSTIP
Request updated IP information
from the DHCP server.
28
COMMAND
DESCRIPTION
IPCONFIG
Display the current IP
configuration.
P0
Enter light stand-by mode. (RS-232,
Ethernet and PoH functionality is
still active.)
P1
Turn the power on.
P2
Enter deep stand-by mode. (Only
RS-232 functionality is still active.)
P?
Report the current power status.
PRESET Save M
Save the current A/V routing as a
preset.
M = 1~8
PRESET Load M
Load and activate a saved A/V
preset.
M = 1~8
PRESET Show [M]
List the contents of a stored A/V
preset.
M = 1~8 (If M is omitted, list all A/V
presets.)
PRESET name M={NameString}
Set the verbose name of a preset.
Maximum 32 characters.
M = 1~8
29
COMMAND
DESCRIPTION
EDID All=XXX
Set the EDID source for all HDMI
input ports.
Available XXX values:
1~6 [Factory EDIDs]
7~14 [Connected sink EDIDs]
15~18 [User EDIDs]
EDID HDMI_In M=XXX
Set the EDID source for a single
HDMI port.
M = 1~6
Available XXX values:
1~6 [Factory EDIDs]
7~14 [Connected sink EDIDs]
15~18 [User EDIDs]
EDID M Name={NameString}
Set the verbose name of a user
EDID slot. Maximum 16 characters.
M = 15~18
Pattern
Display the current test pattern
configuration.
Pattern timing=XXX
Set the output resolution and
timing used by the internal test
pattern generator.
Available XXX values:
4K2K30
4K2K25
1080p60
1080p50
720p60
720p50
30
COMMAND
DESCRIPTION
Pattern type=XXX
Set the colour to display the test
pattern in.
Available XXX values:
Black
Blue
Green
Cyan
Red
Magenta
Yellow
White
FactoryDefault
Reset all settings to their factory
defaults. (Hidden command.)
MAC
Display the MAC address.
Ver
Display the firmware version.
ZoneAvPair HDBT_Out M Slot N AudioSrc=XXX
Assign an audio source to a Zone
A/V Pair slot on an HDBaseT
output.
M = A~F
N = 1~11
Available XXX values:
HDMI_In n [n=1~6]
OpticIn n [n=1]
CoaxIn n [n=1]
AnalogIn n [n=1~2]
OAR_In n [n=A~F]
31
COMMAND
DESCRIPTION
ZoneAvPair HDBT_Out M Slot N VideoSrc=XXX
Assign a video source to a Zone A/
V Pair slot on an HDBaseT output.
M = A~F
N = 1~11
Available XXX values:
HDMI_In n [n=1~6]
Pattern
Note: HDMI_In is not available for
use with slot 11.
ZoneAvPair HDBT_Out M Slot N Load
Load and activate the contents of
a Zone A/V Pair slot on an HDBaseT
output.
M = A~F
N = 1~11
ZoneAvPair HDMI_Out M Slot N AudioSrc=XXX
Assign an audio source to a Zone
A/V Pair slot on an HDMI output.
M = G~H
N = 1~11
Available XXX values:
HDMI_In n [n=1~6]
OpticIn n [n=1]
CoaxIn n [n=1]
AnalogIn n [n=1~2]
OAR_In n [=A~F]
32
COMMAND
DESCRIPTION
ZoneAvPair HDMI_Out M Slot N VideoSrc=XXX
Assign a video source to a Zone A/
V Pair slot on an HDMI output.
M = G~H
N = 1~11
Available XXX values:
HDMI_In n [n=1~6]
Pattern
Note: HDMI_In is not available for
use with slot 11.
ZoneAvPair HDMI_Out M Slot N Load
Load and activate the contents of
a Zone A/V Pair slot on an HDMI
output.
M = G~H
N = 1~11
IR_Route HDBT_Out M0 M1 M2
Select the IR source(s) for an
HDBaseT output.
M0 is the output port index.
M1 is the function to use.
M2 is the IR input source.
M0 = A~F (supports multiple port
selection by using “+”.)
Available M1 values:
Add [Add M2 source to M0]
Del [Remove M2 source from M0]
Available M2 values:
IR_InAll [IR In (ALL) input jack]
Generator [Internal IR encoder]
33
COMMAND
DESCRIPTION
IR_Route HDBT_Out M0 Show
Display the current IR source of the
HDBaseT output.
M0 = A~F (supports multiple port
selection by using “+”.)
IR_Route IR_Out M0 M1 M2
Select the IR source(s) for an IR
Output jack (next to each HDMI
input).
M0 is the output port index.
M1 is the function to use.
M2 is the IR input source.
M0 = 1~6 (supports multiple port
selection by using “+”.)
Available M1 values:
Add [Add M2 source to M0]
Del [Remove M2 source from M0]
Available M2 values:
IR_InAll [IR In (ALL) input jack]
Generator [Internal IR encoder]
IR_Route IR_Out M0 Show
Display the current IR source for an
IR Output jack (next to each HDMI
input).
M0 = 1~6 (supports multiple port
selection by using “+”.)
Note: Commands will not be executed unless followed by a carriage return.
Commands are not case-sensitive.
34
6.9 Telnet Control
Before attempting to use Telnet control, please ensure that both the unit
and the PC/Laptop are connected to the same active networks.
To access Telnet in Windows 7, click on the “Start” menu and type “cmd” in
the search field, then press “Enter”.
Under Windows XP go to the “Start” menu, click on “Run”, type “cmd” then
press “Enter”.
Under Mac OS X, go to Go → Applications → Utilities → Terminal.
See below for reference.
35
Once in the CLI (Command Line Interface) type “Telnet” followed by the IP
address of the unit and “23”, then hit “Enter”.
This will connect us to the unit we wish to control. Type “help” to list the
available commands.
Note: Commands will not be executed unless followed by a carriage return.
Commands are not case-sensitive. If the IP address is changed then the IP
address required for Telnet access will also change accordingly.
36
6.10 WebGUI Control
Install the Device Discovery Tool
Please obtain the Device Discovery software from your authorised dealer
and save it in a directory where you can easily find it.
Note: The unit’s default IP address is 192.168.1.50
Connect the unit and your PC/Laptop to the same active network
and execute the Device Discovery software. Click on “Find Devices on
Network” and a list of devices connected to the local network will show
up indicating their current IP address.
By clicking on one of the listed devices you will be presented with the
network details of that particular device. If you choose, you can alter the
static IP network settings for the device, or switch the unit into DHCP
mode to automatically obtain proper network settings from a local DHCP
server. To switch to DHCP mode, please select DHCP from the IP mode
drop-down, then click “Save” followed by “Reboot”.
Once you are satisfied with the network settings, you may use them to
connect via Telnet or WebGUI. The network information window provides
a convenient link to launch the WebGUI directly.
37
Login to the WebGUI
By default, both the Username and Password are “admin” for the WebGUI.
The administrator password can be changed within the “User Config” tab
of the WebGUI if desired.
The above function tabs will always display on left side of the WebGUI to
aid with navigation.
38
6.10.1 Video Switch
This page provides video routing settings including HDCP and test
pattern configuration.
Output and Input Routing
To begin assigning a new video route, please click the button of the
HDBaseT output you wish to send video to (e.g. “HDBT_Out A”) and then
click on the button of the preferred HDMI input port (e.g. “HDMI_In 1”). If
desired, you may select more than one output prior to selecting the input.
As you select each button they will change their colour to orange. The
new route will become active immediately and the routing information
displayed on the buttons will change accordingly.
If you need to route an input to multiple outputs, please select all of the
appropriate output buttons before selecting the input port.
39
Output and Input Naming
All inputs and outputs can be renamed as required. To rename the HDBaseT
output ports and HDMI input ports please click the “edit” icon ( ). Click the
“Save” button to confirm the change.
Note: Blank spaces (“ ”) are not allowed in names.
40
HDMI Output Setting
The two HDMI outputs (port G & port H) allow support for the maximum
HDMI timing up to 18Gbps (4096×2160@60Hz) and can be used for
normal source routing (listed as “Independent” within the WebGUI) and
mirroring (listed as “Mirror” within the WebGUI) for local monitoring
purposes or zone monitoring (e.g. The HDBaseT output connects to a TV
in a remote zone the local HDMI connection goes into an AVR ).
Click the “edit” icon ( ) to toggle the HDMI output mode between
“Independent” and “Mirror”. When an HDMI port is in “Mirror” mode you
can only select HDBaseT outputs as inputs.
41
Internal Test Pattern
This advanced matrix system comes with an internal test pattern
generation feature which can be used to test connected sink device
functionality or be used to self-test matrix unit itself. This is a useful tool
for installation engineers to troubleshoot potential issues between the
matrix and connected devices.
This can also be used as a video source for any connected “audio only”
sources in cases where only a TV is available for audio reproduction and it
requires an active video source in order for the audio to be heard.
Timing: Test patterns can be generated with the following standard
timings: 720p@50/60Hz, 1080p@50/60Hz, 4K@25/30Hz. Test pattern
output does not use HDCP.
Colour: The test pattern can be changed to any one of a choice of
eight colours.
42
Preset Setting
This matrix can store up to eight video and audio routing presets. Presets
can be utilised to store multiple different routing states in advance for
rapid, hassle-free, recall.
Store: Once you have the matrix set the way you like, you can click the
“store” icon ( ) in the upper right corner of the window. You may also
name the preset at this stage by selecting the “edit” icon ( ). Click
“Save” when you are ready to commit the preset to memory.
Recall: When you wish to load a previously stored setting, please click
the “recall” icon ( ) and you will be presented with a choice of the
available 8 presets. The preset will load immediately upon selecting
the preset.
43
6.10.2 Zone Audio
This advanced matrix offers a complete audio routing function. The Zone
Audio ports offer analogue audio breakaway capability. The audio source,
treble, bass, volume and audio delay adjustments can be set on this page.
Output and Input Routing
Click the buttons from left to right to choose each output’s source. Once
the new source has been selected, the change will happen immediately.
Audio source options include HDMI, Optical, Coaxial, Line, and OAR.
44
Audio Output Setting
Click the “edit” icon (
) to change the following settings:
Rename: The Zone Audio outputs can be renamed here.
Volume: Adjustable from -100dB to 0dB.
Bass: Adjustable from -12dB to +12dB.
Treble: Adjustable from -12dB to +12dB.
Delay: Adjustable from 0 to 230ms.
Mute: Mute may be turned on or off.
45
6.10.3 Extended Audio
The Extended Audio ports offer additional analogue audio breakaway
capability. The audio source, treble, bass, volume and audio delay
adjustments can be set on this page.
Output and Input Routing
Click the buttons from left to right to choose each output’s source. Once
the new source has been selected, the change will happen immediately.
Audio source options include HDMI, Optical, Coaxial, Line, and OAR.
Extended Audio Output Setting
Click the “edit” icon (
) to change the following settings:
Rename: The Zone Audio outputs can be renamed here.
Volume: Adjustable from -100dB to 0dB.
Bass: Adjustable from -12dB to +12dB.
Treble: Adjustable from -12dB to +12dB.
Delay: Adjustable from 0 to 230ms.
Mute: Mute may be turned on or off.
46
6.10.4 HDMI Audio
The audio routed to the two HDMI outputs (ports: G & H) and their
associated settings are adjusted on this page.
Output and Input Routing
Click the buttons from left to right to choose each output’s source. Once
the new source has been selected, the change will happen immediately.
Audio source options include HDMI, Optical, Coaxial, Line, and OAR.
HDMI Audio Output Setting
Click the “edit” icon (
) to change the following settings:
Rename: The HDMI Audio outputs can be renamed here.
Mute: Mute may be turned on or off.
Follow Video Source: Clicking the selection bar switches between
Enable (follow video) and Disable (don’t follow video).
47
6.10.5 HDBaseT Audio
The audio routed to the six HDBaseT outputs (ports: A~F) and their
associated settings are adjusted on this page.
Output and Input Routing
Click the buttons from left to right to choose each output’s source. Once
the new source has been selected, the change will happen immediately.
Audio source options include HDMI, Optical, Coaxial, Line, and OAR.
48
HDBaseT Audio Output Setting
Click the “edit” icon (
) to change the following settings:
Rename: The HDBaseT Audio outputs can be renamed here.
Mute: Mute may be turned on or off.
Follow Video Source: Clicking the selection bar switches between
Enable (follow video) or Disable (don’t follow video).
49
6.10.6 Zone A/V Pairing
The zone A/V pairing function allows the end user to control the matrix,
using the supplied remote control, in a customised manner while in
remote rooms (zones) containing an HDBaseT receiver and IR extender.
Each zone can have a different set of video/audio sources assigned to the
buttons on the remote control for easy switching. The video and audio
routing selections for each of the six HDBaseT outputs need to be set up
via the WebGUI in advance.
After setting them all up, the end user just needs to press a number
key on the remote control unit once to change the routing status in
whichever zone they are currently occupying. The distinct zone pairings
can also be activated from within the WebGUI or by using Telnet/RS-232
commands.
Quick Button Selection
Please select the HDBaseT output port first and then click the “edit” icon
( ) to launch the window for further adjustments. The numbers 1~10
and “pattern” correspond to the keys on remote control unit.
50
Video and Audio Pairing Edit
Please click the “edit” icon ( ) to edit the video and audio routing
settings. Once you have completed your selections press “Save”.
6.10.7 EDID Settings
This matrix provides the option of six standard EDIDs, eight sink sourced
EDIDs and four customer uploaded EDIDs that can be assigned to each
input port individually. The names of the four customer uploaded EDIDs
can changed if desired.
Customer EDID Settings
To upload a custom EDID, please click the “Upload” button next to the
Customer EDID Settings item you would like to change. An EDID Upload
window will appear, allowing you to locate and upload your preferred
EDID file from the file directory on your local PC. Once the correct file has
been selected, please click the “Upload” button in the window, and the
file will be transferred to the matrix.
51
Sink EDID Download
To save an existing custom EDID to your local PC please press the
“Download” button next to the Customer EDID Settings item you would
like to save. An EDID Download window will appear, allowing you to save
the EDID file to your local PC. Once a file save location has been selected,
please click the “Download” button in the window, and the file will be
transferred to your PC.
Set EDID Input Content
The Set EDID Input Content section allows for the assignment of an EDID
to each individual input port, or to all inputs at once. Click the selection
bar to toggle between individual assignment, or all inputs.
52
The unit comes with the following 6 default EDIDs:
FHD/2CH: 1080p/60Hz(148M), 2.0 LPCM, 8-bit colour.
FHD/MCH: 1080p/60Hz(148M), 7.1 LPCM and bitstream, 8-bit colour.
4K UHD/2CH: 3840×2160p/30Hz (297M), 2.0 LPCM, deep colour
(8/10/12-bit).
4K UHD/MCH: 3840×2160p/30Hz (297M), 7.1 LPCM and bitstream,
Deep Colour (8/10/12-bit).
4K UHD+/2CH : 3840×2160p/60Hz (594M), 2.0 LPCM, deep colour
(8/10/12-bit).
4K UHD+/MCH: 3840×2160p/60Hz (594M), 7.1 LPCM and bitstream,
deep colour (8/10/12-bit).
Note: In some rare cases it is possible for custom or external EDIDs to cause
compatibility issues with certain sources. If this happens, it is recommended
to switch to one of the 6 default EDIDs for maximum compatibility.
6.10.8 HDBaseT & H/W Info
This page provides information concerning the temperature inside the
matrix (areas 1, 2 & 3) and the HDBaseT firmware versions used in the
matrix and in connected receivers. Temperature area 1 is the left side of
the output ports (from the front), area 2 is the right side of the output
ports (from the front) and area 3 is at the middle of the HDMI inputs.
53
6.10.9 User Config
The WebGUI and Telnet username/password are set on this page. Two
management levels are available: “Administrator” and “General User”. The
administrator username (“admin”) cannot be changed.
The “Administrator” user has access to change all settings. The “General
User” is not permitted to access or change information on the EDID
Settings or System Settings pages.
6.10.10 System Settings
This page provides system configuration options including turning the
power on/off, changing the network settings, downloading/restoring
saved system configurations, resetting the system to factory defaults and
updating the firmware.
54
Click the “Download” button to save the current system configuration to
your local PC. The current system configuration will be saved as XML file.
The system configuration can also be restored from a saved XML file by
clicking the “Choose File” button to locate the saved XML file, then clicking
the “Restore” button.
6.10.11 Logout
The “Logout” tab will indicate if the current user is connected as an
Administrator or General User. Clicking the “Logout” tab will automatically
log the user out of the WebGUI and return to login page.
55
7. CONNECTION DIAGRAM
Audio Zone
Audio Zone
Audio Zone
Audio Zone
AV Zone
E
Audio Zone
AV Zone
C
Audio Zone
AV Zone
A
F
AV Zone
D
AV Zone
B
AV Zone
AV Zones
• HDMI Out
• IR In/Out
• PoH
• OAR
Audio Source
Devices
Audio Zone
Analogue
Stereo
Outputs
Analogue
Stereo Inputs
D
L
E
EXTENDED
F
L
R
R
1
2
1
L
R
L
R
2
ANALOG
DIGITAL
AUDIO IN
C
B
AUDIO IN
A
AUDIO OUT
ZONE
AUDIO OUT
CAT5e/6
Outputs
Audio Zone
Extended Analogue
Audio Zones
Digital S/PDIF
Inputs
1
2
GND
GND
V+
2
1
4
3
+V
GND
IR IN
A
CAT5e/6 OUT
IR IN
B
CAT5e/6 OUT
IR IN
C
CAT5e/6 OUT
IR IN
D
CAT5e/6 OUT
IR IN
E
CAT5e/6 OUT
IR IN
F
CAT5e/6 OUT
IR IN
ALL
IR OUT
CONTROL
RS-232
POH 24V
SERVICE
IR OUT
IR OUT
HDMI IN
1
HDMI Inputs &
IR Outputs
IR OUT
HDMI IN
2
IR OUT
HDMI IN
3
IR OUT
HDMI IN
4
IR OUT
HDMI IN
5
HDMI OUT
G
HDMI IN
6
HDMI OUT
H
MAIN 24V
Power
Supplies
IR
In/Out
LAN
RS-232
Internet
Enabled
Router
RS-232
Equipped
PC/Laptop
HDMI Source
Devices
HDMI
Outputs
Local
Monitors
56
8. SPECIFICATIONS
8.1 Technical Specifications
Video Bandwidth
HDMI: 600MHz/18Gbps
HDBaseT: 340MHz/10.2Gbps
Input Ports
6×HDMI
4×RCA [Stereo Audio]
1×Coaxial [S/PDIF Audio]
1×Optical [S/PDIF Audio]
Output Ports
2×HDMI
6×Cat.5e/6/7
12×RCA [Stereo Audio]
4×RCA [Extended Stereo Audio]
Control Ports
7×IR Extender
7×IR Blaster
1×RS-232 (9-pin D-sub)
1×Control (RJ-45)
Service Port
1×USB 2.0
IR Frequency
38kHz
Baud Rate
115200bps
Power Supply
24V/6.25A DC (US/EU standards, CE/FCC/UL
certified)
ESD Protection
Human Body Model:
±12kV (Air Discharge)
±8kV (Contact Discharge)
Dimensions
438mm×88mm×316mm (W×H×D)
[Case Only]
483mm×96mm×356mm (W×H×D)
[All Inclusive]
Weight
6,400g
Chassis Material
Metal
57
Silkscreen Colour
Black
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 (No-condensing)
Power Consumption
140W
8.2 Video Specifications
8.2.1 Supported HDMI Resolutions
HDMI Resolution (Hz)
Input
Output
480i@60


480p@60


576i@60


576p@60


640×480@60


800×600@60


720p@50/60


1080i@50/60


1080p@24/50/60


1024×768@60


1280×1024@60


1360×768@60


1600×1200@60


1920×1200@60


2560×1440@60


3840×2160@24/25/30/50/59.94/60


4096×2160@24/50/59.94/60


58
8.2.2 Maximum HDMI Cable Length
HDMI Resolution
Input
Output
8-bit 1080p
10 meters
10 meters
12-bit 1080p
10 meters
10 meters
3840×2160@60Hz (YCbCr 4:2:0)
5 meters
5 meters
3840×2160@60Hz (YCbCr 4:4:4)
3 meters
3 meters
Note:
1. 18Gbps (4K@60Hz YCbCr 4:4:4) HDMI signals will be converted to
10.2Gbps (4K@60Hz YCbCr 4:2:0) signals when output over the six
HDBaseT ports. Some TVs may not support YCbCr 4:2:0 colour or 4K@60Hz
and may display the signal incorrectly, or not at all. Please check your TV’s
technical specs before attempting to display 4K@60Hz signals.
2. The use of “Premium High Speed HDMI” cables is highly recommended.
8.3 Audio Specifications
8.3.1 Analogue Audio
Analogue Inputs
Max Audio Level
2Vrms
Input Impedance
>10kΩ
Analogue Outputs
0dBFS Output Level
2Vrms
THD ≤ 80%
1K 0dBFS
THD ≤ 90%
1K -1dBFS
SNR
> 100dB @ 1K 0dBFS
Frequency Response
< ±0.5dB @ 20Hz~20KHz
Crosstalk
< 90dB @ 20hz~20Khz
Output Impedance
> 470Ω
59
8.3.2 Linear PCM Audio
Channels (kHz)
LPCM [email protected]
LPCM [email protected]
LPCM [email protected]
LPCM [email protected]
LPCM [email protected]
LPCM [email protected]
LPCM [email protected]
LPCM [email protected]
LPCM [email protected]
LPCM 2.0@32
LPCM 5.1@32
LPCM 7.1@32
LPCM 2.0@48
LPCM 5.1@48
LPCM 7.1@48
LPCM 2.0@96
LPCM 5.1@96
LPCM 7.1@96
LPCM 2.0@192
LPCM 5.1@192
LPCM 7.1@192
8.3.3 Compressed Audio
Bitstreams
Standard Bitstream Formats
High-Bandwidth Bitstream Formats
Notes: Audio break away function supported in LPCM format only. The OAR,
optical, and coaxial functions only support LPCM.
8.3.4 Audio Adjustments
■ Volume: -100dB to 0dB and adjust 0.5dB per step (for both zone and
extended audio).
■ Treble/Bass : Bass range from - 12dB to +12dB, 1dB per step
adjustment. Treble range from - 12dB to +12dB, 1dB per step
adjustment.
■ Audio Delay: 230ms for line-out per channel, 1ms per step
adjustment.
60
8.4 Category Cable Specifications
Cable Type
Cable Length
Supported Video Format
Cat.5e/6
60 meters
Most common Full HD video:
Up to 1080p@60Hz, 36-bit colour
Data rates lower than 5.3Gbps or
below 225MHz TMDS clock
35 meters
Full HD & Ultra HD video:
1080p@60Hz, 48-bit colour
Cat.6a/7
40 meters
4K@24/25/30Hz, 24-bit colour
Data rates higher than 5.3Gbps or
above 225MHz TMDS clock
8.5 HDBaseT Features
HDBaseT Feature
Support
HD Video & Audio

IR Control

RS-232 Control

Power to Compatible Receiver

LAN

61
9. ACRONYMS
ACRONYM
COMPLETE TERM
Cat.5e
Category 5 (enhanced) Cable
Cat.6
Category 6 Cable
Cat.7
Category 7 Cable
CLI
Command Line Interface
DVI
Digital Visual Interface
EDID
Extended Display Identification Data
GUI
Graphical User Interface
HD
High-Definition
HDCP
High-bandwidth Digital Content Protection
HDMI
High-Definition Multimedia Interface
HDR
High Dynamic Range
HTTP
HyperText Transfer Protocol
IP
Internet Protocol
IR
Infrared
LAN
Local Area Network
LPCM
Linear Pulse-Code Modulation
OLED
Organic Light-Emitting Diode
PC
Personal Computer
PCM
Pulse-Code Modulation
PoC
Power over Cable
PoH
Power over HDBaseT
S/PDIF
Sony/Philips Digital Interface Format
UHD
Ultra-High-Definition
USB
Universal Serial Bus
VGA
Video Graphics Array (640×480@60Hz)
WUXGA
Wide Ultra Extended Graphics Array (1920×1200@60Hz)
62
CYP (UK) Ltd., Unit 7, Shepperton Business Park, Govett Avenue, Shepperton,
Middlesex, TW17 8BA
Tel: +44 (0) 20 3137 9180 | Fax: +44 (0) 20 3137 6279
Email: [email protected]
www.cypeurope.com
v1.03