Download Wyrestorm MX-0808-HDBT Instruction manual

WyreStorm 4K Matrix
Solutions
MX-0808-PP-pOH-4K
4K HDBaseT™ 5-Play™ 8x8 Matrix including
PoH, Bidirectional IR and RS232 Serial Control
Instruction Manual
Thank you for choosing this WyreStorm product.
Please read these instructions carefully before installing to avoid complications later.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 REV0115A
343
1
CONTENTS AND INTRODUCTION
Contents
1
Introduction
2
Features
3
Safety precautions
4
Package contents
5
Specifications
6
Front panel description
7
Rear panel description
8
Connection and operation
9
Front panel control
10 Matrix IR remote control
i. Matrix control at matrix location (local)
ii. Remotecontrol at display location
iii. Advanced remote control
11 RS232 control
i. Com control software home screen
ii. Message receive window
iii. Send message window
iv. Connecting the matrix to a COM port
v. Set panel introduction
vi. Input or output switch
vii. Control commands and codes
viii. Controlling IR devices remotely
12 EDID management
i. EDID presets
ii. Copying output port EDID
13 LAN control
i. Matrix control screen log in
ii. Matrix control
iii. Telnet
14 Troubleshooting
15 FAQ
16 Maintenance
17 Provided service
18 Mail in service
19 Warranty
Warranty limits and exclusions
2
20 Glossary
21 Installation reference logs
22 Installation Notes
1.
Introduction
As the flagship model of the WyreStorm matrix range,
the MX‐0808‐PP-POH-4K 8x8 matrix offers distribution
and control of both UltraHD 4K content @ 30Hz up to
70m/230ft as well as HDBaseT Class A transmissions of
1080p/48bit @ 60Hz up to 100m/328ft along a single Cat6
cable.
Boasting a full HDBaseT 5Play feature set including video,
multichannel HD audio, discrete internal IR routing with RS232
control and network switching for LAN, Ethernet pass-through
and 100W power to display zones, this latest evolution of the
diverse WyreStorm matrix range makes an already strong feature
set future-proof by offering 4K support at 30Hz with 24bit true
color and chroma sub-sampling rates of 4:2:2 for a superior
color palette in UltraHD.
Featuring a module‐based chassis design consisting of HDMI In,
HDBaseT Out and switched HDMI out, the MX-0808‐PP-POH4K is capable of feeding up to 16 screens from a single unit in
an 8x8+8 configuration, each including serial control and Power‐
over‐HDBaseT functionality to display zones to power super-slim
PoH display receivers (sold separately) for more convenient
installations behind even the slimmest display wall mounts.
As with other models in the PP-POH range, the MX-0808- PPPOH-4K includes extensive internal EDID management using
pre-set, stored or recalled settings via control software to
negotiate communication between connected source/display
devices with full compatibility with leading third party control
systems including the WyreStorm Enado multi-platform browserbased control interface.
Seeking to avoid compatibility issues encountered by some
manufacturers with certain display devices, the WyreStorm
MX-0808-PP-POH-4K is tested compatible with all currently
available 4K screens, CI and commercial control systems,
graphics cards and consumer devices that may form part of
any present 4K project, while future 4K compatibility is assured
through flexible modular transmission capable up being updated
as technical standards such as HDCP 2.2 come into effect or
should client distribution needs change to include 4K at a later
date.
For further information on this product and other WyreStorm
ranges, visit our website or download our latest product guide.
wyrestom.com
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
• Protection against ESD (electrostatic discharge) included within
the unit to further stabilise transmission.
• LED indications for clear power and video signal selection.
2.
MX0404-QI
Features
• Quick and easy installation – set up in seconds straight out of
the box.
• Simplified ports - Input: HDMI – Output: integrated RJ45
connectors for a single Cat5e/6/7 UTP cable to each display
point for ease of installation.
• 5v mains supply included but
receivers may be powered
through the
Recommended
transmission
conditions
USB port of the display using Wyrestorm USB to 5v power adaptor)
**
denote cable
run within specified distance range of product, no
electrical interference, the use of straight cable runs
with no
or kinks and no patch panels or wall
USBbends
to 5V Cable
Part Number
outlets
used.CAB-USB-5V
The presence of any of these factors may
compromise
bandwidth and signal strength.
• Fully cascadable to further lengthen transmission.
FEATURES AND SAFETY PRECAUTIONS
Features
FEATURES AND SAFETY PRECAUTIONS
2.
• Conforms
to IEEE-568B
standards
• Independent switching and
control
of UltraHD
4K or full HD
• Each HDMI port also supports DVI signals.
HDMI sources to 8 individual HDBaseT or HDMI outputs for a
*NOTE: ideal conditions denote cable run is within
• Each Output port can be fed to multiple displays (cascaded).
MX-0808-PP-POH-4K
HDMI
Cable
Performance
Guide no electrical
specified
distance
range of product,
total of 16 possible UltraHD 4K display outputs*
interference, the use of straight cable runs with no bends
• Enables up to 4 HDMI video/audio devices to be independently
0m
20m
30m
40m
50m
60m
70m
80m 90m 100m
10m
• Transmits 4K transmissions
up through
to upuptoto 70m/230ft
1080p
or kinks and no patch panels or wall outlets used. Please
switched
4 HDMI displays and
or projectors
for
be advised that the presence of any of these factors in
uncompressed
digital
distribution.
HDBaseT transmissions up to 100m/328ft
0ft
32ft
65ft
98ft 131ftbandwidth
164ft 197ft
230ft 262ft 295ft 328ft
your installation
may compromise
and signal
Each output able to show any connected source simultaneously
strength. For longer transmission distances, RS232 control
• Supports UHD (3840) &• DCI
(4096) 2160p resolutions up to
regardless of whether the input carries HDCP encryption.
and Ethernet
pass-through, please
our full HDBaseT
4K Transmission
HD see
Transmission
30Hz
or HDBT Lite range of matrices, transmitters, receivers and
• Refined for Custom Install and Home Theatre Installations.
• 4K chroma sub-sampling
color
4:2:2
@ 4K/24bit
at additional extender sets.
• Reads
andpalette
copies EDID
from connected
devices with
EDID
configuration
through
customisable
DIP
switch
settings if
30Hz // 1080p/48bit Deep Color at 60Hz
necessary.
• HDBaseT Class A with full
5-Play compliance for one-cable
• 2k resolution supported.
transmissions of full HD 1080p
@60Hz,
HD multichannel
• Fully 3Dvideo
compatible
– Frame sequential
3D (Blu-ray) and
3. Safety Precautions
interlaced
stereoscopic
3D
(satellite
broadcasts etc.)
audio, Ethernet, serial control and power up to 100m/328ft
• Supports all high definition resolutions up to and including
under recommended conditions**
1080p and standard video formats.
WARNING
WARNING
• Multichannel audio up to
7.1 including DTS Master HD & Dolby
• RS232 port.
To reduce
risk of fire, electric
shock of fire, electric shock
Tothereduce
the risk
or product damage:
TrueHD
• Choose from 6 switching modes – infrared remote control, front
or product damage:
panel -buttons,
local
IR, IR call-back,
LAN and &
RS232.
• Full 3D up to 1080p @60Hz
frame
packing
(Blu-ray)
1. Do not expose this apparatus to rain, moisture, sprays,
• Simple switching remote control included, which can also be
stereoscopic (satellite/cable)
drips or splashes and ensure that no objects containing
learned into a universal remote handset to allow the control of 1. Do not expose this apparatus to rain, moisture,
liquids are placed on the apparatus, including cups,
devices distance
from one handset.
• HDMI 1.4b with 4Kx2K –multiple
10m/33ft
supported
glassesdrips
and vases.
sprays,
or splashes and ensure that no
(7m/23ft recommended) • Fully compatible for integration with market leading control systems. objects
2. Do not containing
place this unit inliquids
a confined
space
such ason the
are
placed
x IR 3.5mm
mini-jack
ports for each
IR from
enclosed shelving, cabinets or bookshelves. Ensure the
• Flexible control options •–4front
panel
buttons,
localoutput
IR,toIRlinkcallapparatus,
including
cups, glasses and vases.
control system to control display
unit is adequately
ventilated.
back from remote locations,
RS232, RS485 and LAN (Telnet and
• Additional infrared extension port for longer IR connections
3. To prevent the risk of electric shock or fire hazard due to
overheating, do not cover the unit or obstruct ventilation
Web GUI)
• HDMI v.1.3
2. Do openings
not place
this unit in a confined space such as
with material, newspaper, cardboard or
• Bidirectional, wide range
IR
control
of
inputs/outputs
from
• Supports 24Bit Colour depth
anything that
may restrict
airflow intoor
thebookshelves.
unit.
enclosed
shelving,
cabinets
source and display locations
via discrete
• Signalling
rate of 6.75 IR
Gbpscontrol (30 KHz to
4.
Do
not
install
near
external
heat
sources
such
as
Ensure the unit is adequately ventilated.
radiators, heat registers, boilers or any device that
comes
complete
with 1 x 4x4 Matrix with 19” rack
56 KHz frequency) with IR• Pack
Code
Edit
function
produces heat such as amplifiers or computers and do
brackets, 4 x 40m IR receivers with mounting brackets, IR
place near sources of naked flame.
• RS232 serial control withreceivers,
third party
(see
emitters control
and a Matrixintegration
remote control handset.
3. To not
prevent
the risk of electric shock or fire hazard
5. Unplug apparatus from power supply during lightening
website for compatible systems)
Additional features included on the RX-1UTP-IR-40
duestorms
to overheating,
dolong
notperiods
cover
the unit or
or when unused for
of time.
• Additional infrared extension
port
for longer
IR connections
• Transmits
one-way
signal together
with the HDMI signal over a
obstruct
ventilation
withon,material,
6. Protect the
power cable openings
from being walked
pinched
single Cat5e/6/7 cable.
• Remote control can be learned
into a universal remote handset
or restricted in any way, especially at plug connections.
newspaper,
cardboard
or
anything
that
may restrict
• Receivers capable of 1080p transmissions up to 40m (131ft)
7. Only use attachments/accessories specified by the
to allow the control of multiple
devices
from one handset
under ideal
conditions*
airflow
into
the
unit.
manufacturer.
• Supports Ethernet routing
tofine
any
of each
thereceiver
eightfeatures
• Forthrough
even greatermatrix
control and
tuning,
8. Units contain non-servicable parts - Refer all servicing to
a fully adjustable EQ distance range for optimising the
HDBaseT receivers at display
zones location for network
servicenear
personnel.
4. Do qualified
not install
external heat sources such as
transmission signal.
communication
radiators, heat registers, boilers or any device that
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
4
• PoH – No mains supply required at display
locations produces heat such as amplifiers or computers and
power passed from matrix within HDBaseT transmission to all
do not place near sources of naked flame.
connected PoH-enabled receivers
• EDID management via DIP switches to read and copy EDID
5. Unplug apparatus from power supply during
from connected devices to aid communication and device
lightening storms or when unused for long periods
compatibility
of time.
• Outputs cascadable up to 7 times for even larger distributions
spanning 56 displays covering a transmission distance of up to
6. Protect the power cable from being walked on,
1.2Km/ 0.74miles
pinched or restricted in any way, especially at plug
• Quick Sync™ technology for virtually instantaneous I/O
connections.
switching
• HDCP compliant with constant feed to prevent screen drop7. Only use attachments/accessories specified by the
outs
manufacturer.
• Conforms to IEEE-568B standards
• 2U chassis size
8. Units contain non-servicable parts - Refer all
3.
* HDMI mirror outputs require EXP-SCL-DAC-4K scalers
on each output for UHD 4K
Safety Precautions
servicing to qualified service personnel.
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3
PACKAGE CONTENTS AND SPECIFICATIONS
4.
Package Contents
1 x MX-0808-PP-POH-4K main chassis unit
1 x Printed instruction manual
1 x Flash memory USB stick containing PC control software and
digital copy of instruction manual (digital version downloadable
from product page)
8 x IR Receivers (30KHz to 50KHz)
5.
8 x IR Emitters (For source devices)
1 x IR RX extension cable (38KHz for local IR control)
1 x 100-240v AC power supply
1 x USB to Serial cable
1 x pair matrix mounting brackets
Specification
Technical
I/O Connections
8 x HDMI IN
8 x HDBT OUT
8 x HDMI OUT
8 x IR RX
8 x IR TX
1 x IR Extension
1 x EDID DIP Switch
1 x Ethernet
1 x LAN
1 x RS232
1 x RS485
Output Bandwidth Signaling Rate
6.75Gbps
Input video Signal
0.5-1.0 volts p-p
Input DDC Signal
5 volts p-p (TTL)
Maximum Pixel Clock
297MHz
Video Impedence
100 Ω
Power Supply
AC 100~240V 50/60Hz
Power Consumption
180W Max
BTU Rating
614
Video Format Supported
480i, 576i, 480p, 576p, 720p, 1080i, 1080p @ up to 60Hz
3840x2160 @ 30Hz, 4096 x 2160 @ 30Hz
Audio Format Supported
Stereo, LPCM 5.1, LPCM 7.1, Dolby True HD, DTS-HD Master Audio
Output Video
HDMI 1.4 with HDCP + full 3D
Storage Temperature
-4°F to 140°F (-20°C to 70°C) 10% to 90%, non-condensing
Control Method
IR control
Front panel buttons
RS232
RS485
LAN
Operating Temperature
32°F to 95°F (0°C to 35°C) 10% to 90%, non-condensing
Storage Temperature
-4°F to 140°F (-20°C to 70°C) 10% to 90%, non-condensing
ESD Protection
±8kV (air-gap discharge) ±4kV (contact discharge)
Surge Protection
Voltage: ±1kV
4
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Cable Specifications
Cable Type
Range
Supported Video
Cat5e/6
100m/328ft
1080p @ 60Hz / 36bit Deep Colour
70m/230ft
1080p @ 60Hz / 48bit Deep Colour
1080p @ 60Hz 3D
4Kx2K @ 30Hz / 4:2:2 chroma sub-sampling
100m/328ft
1080p @ 60Hz / 48bit Deep Colour
1080p @ 60Hz 3D
4Kx2K @ 30Hz / 4:2:2 chroma sub-sampling
Cat6a/7
FRONT PANEL DESCRIPTION
NOTE: Cable types below are for reference only. It is strongly recommended that you use the cables recommended by HDBaseT.
WyreStorm suggest the use of straight-through Ethernet cables terminated to T568B standards.
! Please note cable type,
range and supported video
limitations. Successful
transmission may not be
achievable with cable or
distances other than those
specified. Please ensure cable
distance does not exceed
stated range.
General
Dimensions (WxHxD)
438mm x 87.7mm x 396mm / 17.2’’ x 3.5’’ x 15.6’’
Mass (Main unit)
7.46kg / 16.45lbs
Certifiication
CE, FCC, RoHS
6.
Front Panel Description
1
LED input/output select screen - Displays matrix
switching status for each connected input/output
2
IR receive window - Receives control signals from IR
control handset (accepts commands for this
model matrix only)
3
Input select buttons (UP/DOWN) - Selects input source
by pressing up/down selection - Press ENTER to confirm
selection
Note: Selection will not be made unless Enter is
pressed
4
Output select buttons (left/right) - Selects output using
the left /right selection button - Press ENTER to confirm
selection
Note: Selection will not be made unless Enter is
pressed
5
Enter - Press to confirm input/output selection
3
2
4
4
5
1
3
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5
REAR PANEL DESCRIPTION
7.
1
Rear Panel Description
Mirrored HDMI OUT ports 1~8 (From left to right) Mirrored to HDBaseT output, connects to the local HDMI
devices with HDMI or DVI to HDMI cables.
10
EDID DIP switch - Manual DIP setting for EDID
management for improved device connection
compatibility. (See EDID section for settings)
NOTE: this port supports up to 1080p resolution only.
A 4K source cannot be duplicated
11
EDID DIP switch default setting diagram - Default factory
setting reference
2
HDBaseT OUT ports 1~8 (From left to right) - Connects to
HDBT IN ports of compatible HDBaseT Receivers (such
as RX-70-4K) with single Cat5e/6 cable for transmission
of HDMI Audio/Video, IR, RS232, Ethernet and 100W
power.
NOTE: HDMI OUT has higher priority over HDBT OUT
if both are connected.
12
3
HDMI IN ports 1~8 (left to right) - Connects to the local
HDMI source devices with HDMI cables or DVI to HDMI
cables.
Update mode switch
• Left position for Normal mode (default) – Normal
matrix function including RS232 control.
Note: Matrix software cannot be updated in this
setting.
• Right position for Update mode – normal matrix
function without RS232 control functionality. RS232
required for firmware update.
Note: Ensure switch is returned to the left
‘Normal’ mode after updating for full RS232 control
functionality.
4
IR RX Receiver ports 1~8 (left to right) - Connects to the
supplied broadband IR receivers for IR signal reception to
control the IR devices remotely from the matrix side.
RS232 cable required for firmware update.
13
Firmware Upgrade DIP switches - DIP settings to update
transmission card firmware.
5
Ethernet port - Connects to an active IP network to share
network access with any of the eight Ethernet equipped
devices at the HDBaseT end.
14
6
RS485 port - Connects to a RS485 device, such as a PC
or control system device, with a RJ45 to RS485 converter
and a serial cable for matrix control.
IR TX ports 1~8 - Connects to the supplied IR emitters
for IR signal transmission to control the IR devices
remotely from the sink side.
15
Power switch - Powers matrix on/off
7
LAN port - Connects to an active IP network for control
of matrix via LAN (Telnet & Web GUI).
16
Fuse - To prevent voltage/current excess that can
damage circuitry. Lift cover to replace fuse
8
RS232 port - Connect to a RS232 device, such as a
PC or control system device, with the supplied USB to
UART cable or a direct serial cable for matrix control or
firmware upgrading.
17
Power - AC 100~240V 50/60Hz power input.
18
GND - Electrical grounding to prevent static build up
9
IR Ext. port - Connects to a supplied IR receiver (not
broadband cable) for IR signal reception to locally control
the matrix.
5
1
6
2
9
3
4
6
12
13
7
8
10
14
15
16
11
17
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18
9.9. Connection
Connection
HDMI
Source
HDMI
Source
Connection & Operation
IR
Emitter
IRTX
Emitter
IRTX
Emitter
IR
Receiver
IRRX
Receiver
IRRX
Receiver
4K Source Device
Control
System
CAB-IR-LINK Cable
connecting from Control
System to IR RX port of
matrix
Wifi Router
3
Optional
RS485
System
RS485 LAN
LAN Control
Control
System
(Additional
(Additional
control
viavia
control
RS232)
RS232)
UTP
Cat5e/6
UTP
Cat5e/6/7
Cat5e/6/7
IR IR
RXRX
jack
plugged
into
jack
plugged
into
IR IR
RXRX
port
of of
matrix
with
port
matrix
with
0202
receiver
placed
in clear
receiver
placed
in clear
of of
remote
control
sight
remote
control
2 sight
1
optional
optional
HDMI
HDMI
HDMI
0303
Ethernet
IR IR
TXTX
emitter
placed
securely
emitter
placed
securely
over
input
device
infrared
over
input
device
infrared
sensor
window
sensor
window
LAN / Serial based
Control System
2
IR emitter placed securely over
input device infrared sensor window
5
0404
Power
Power
RS232
RS232
to to
display
display
(optional)
(optional)
Cat
5e/6/7
(up(up
to to
70m
230ft)
Cat
5e/6/7
70m
230ft)
1
4
4K: 70m/230ft
Power
1080p: 100m/328ft
08
08
RX
EXP-SCL-DAC-4K
4K/HD Scaler
CONNECTION & OPERATION
8.
KEY
KEY
0101
0505
5
RX-70-4K
7
8
0707
RX
6
IR IR
RXRX
receiver
and
IR IR
TXTX
emitter
receiver
and
emitter
placed
discretely
onon
thethe
display
with
a a
placed
discretely
display
with
clear
lineline
of of
sight
to to
thethe
remote
clear
sight
remote
handset
being
used
handset
being
used
5V5V
mains
or or
mains
USB
power
USB
power
adapter
adapter
IR receiver and IR emitter placed discretely on the
.
11
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aas:
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0101 Connect
Connect
each
each
HDMI
HDMI
input
input
source
source
(such
as:
HD-DVD,
HD-DVD,
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PS3/,
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EXP-SCL-DAC-4K
4K/HD Scaler
1
XBOX360,
XBOX360,
satellite/cable,
satellite/cable,
Blu-Ray
Blu-Ray
etc.)
etc.)
to to
thethe
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inputs
inputs
of of
thethe
MATRIX.
MATRIX.
2
3
2
4
3
5
6
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RE
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NT
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onto
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sources
and
and
loolo
small
small
sensor.
sensor.
10
ATTENTION
ATTENTIONDoDo
Not
Hotswap
Plugs!
Please
insert
and
Not
Hotswap
Plugs!
Please
insert
and
0404 Connect
a good
quality,
well
terminated
Cat
5e/6/7
c
Connect
a good
quality,
well
terminated
Cat
5e/6/7
The matrix allows any eight input channels
(HDMI)
to
be with
NOTE
Both
4K and
HD
sources
andwired
displays
extract
cables
carefully
the
power
SWITCHED
OFF.
extract
cables
carefully
with
the
power
SWITCHED
OFF.1080p with
anan
RJ45
connector
to to
568B
standard
at at
bo
with
RJ45
connector
wired
568B
standard
Connecting
disconnecting
while
the
unit
is is
powered
Connecting
and
disconnecting
while
the
unit
powered
routed to any eight output channels (HDBaseT
orand
HDMI),
may
be
contained
within the
same
distribution–
ends
from
thethe
HDBT
Output
port
of of
thethe
MATRIX
to to
t
ends
from
HDBT
Output
port
MATRIX
can
result
in in
damage
toto
circuitry.
can
result
damage
circuitry.
ININ
of of
thethe
RX-1UTP-IR-70
RECEIVER
(or,(o
RX-1UTP-IR-70
DISPLAY
RECEIVER
regardless of source HDCP status, with HDMI OUT (up
to combine 4K and HD sources
and
displaysDISPLAY
a
another
extender
set,
connect
thethe
transmit
another
Wyrestorm
extender
set,
connect
transm
0202
Attach
Attach
the
the
IRIR
TX
TX
emitters
emitters
directly
over
over
thethe
infrared
infrared
receiving
receiving
to 1080p) a higher output priority over
HDBT
OUT
(up
to directly
WyreStorm
EXP-SCL-DAC-4K
toWyrestorm
HD/HD
to 4K
thethe
matrix
viavia
thethe
HDMI
OUT
port)
matrix
HDMI
OUT
port)
sensor
sensor
of of
each
each
input
input
source
source
using
using
thethe
adhesive
adhesive
backing.
backing.
4Kx2K) if both are connected.
scaler
must
be
used between connected HDMI
You
You
may
may
need
need
to to
adjust
adjust
thethe
position
position
of of
thethe
emitter
emitter
after
after
Ensure
both
RJ45
connectors
areare
pushed
securely
int
Ensure
both
RJ45
connectors
pushed
securely
display
device
installation
installation
to to
achieve
achieve
thethe
best
best
results.
results.
Sometimes
Sometimes
moving
moving
thethe
each
port
and
supported
byby
thethe
connector
strain
relief
each
port
and
supported
connector
strain
reli
sensor
sensor
to
to
different
different
areas
areas
of
of
the
the
source
source
facia
facia
can
can
improve
improve
IR
IR
NOTES BEFORE INSTALLATION:
Visit wyrestorm.com for more information on 4K/HD
prevent
them
from
becoming
loose.
The
quality
of of
term
prevent
them
from
becoming
loose.
The
quality
te
performance.
performance.
• Please be mindful of cable type and distance
limitations
scaling and Dolby downmixing.
forfor
your
RJ45
is is
essential.
Poor
quality
terminations
le
your
RJ45
essential.
Poor
quality
terminations
intermittent
performance
and
longer
install
times.
intermittent
performance
and
longer
install
times.
stated in Specification (Section 5 of this Plug
manual)
4K:
Plug
thethe
3.5mm
3.5mm
jack
jack
of of
thethe
IRIR
TXTX
emitter
emitter
into
into
thethe
corresponding
corresponding
number
number
IR
IR
TX
TX
port
port
on
on
the
the
rear
rear
panel
panel
of
of
the
the
70m/230ft 1080p: 100m/328ft
CONNECTION:
HINT
HINT
Although
Although
allall
Wyrestorm
Wyrestorm
products
products
areare
tested
teste
Cat5e
Cat5e
asas
standard,
standard,
wewe
suggest
suggest
using
using
Cat6
Cat6
asas
thethe
pr
0303 ForFortwo-way
two-way
IRIR
controlling
controlling
the
the
display
display
from
from
the
the
matrix
matrix devicescable
1
• PoH functionality of the matrix is designed
for powering
cable
due
due
to to
itsBlu-ray,
its
improved
improved
distribution
distribution
capabilities.
capabilities
Connect
source
(such
as:
computer,
side:
side:
Plug
Plug
thethe
3.5mm
3.5mm
jack
jack
of of
thethe
IRIR
RXRX
receiver
receiver
into
into
thethe
compatible HDBaseT RX-70-4K receivercorresponding
units
only.IRIR
Nongames
console,
satellite/cable, music streaming device,
corresponding
RXRX
port
port
onon
thethe
rear
rear
panel
panel
of of
thethe
MATRIX,
MATRIX,
If using
If using
a Duplicate
a Duplicate
display
display
mirrored
mirrored
to to
thethe
HDBT
HDBT
O
PoH receivers will require their own localensuring
power
supply.
CCTV
etc.)
toreceive
theanrelevant
input
ports
ofdisplay
theviamatrix
output
ensuring
the
the
receiver
receiver
is is
placed
placed
in in
clear
clear
view
view
to to
receive
an
IRIR
connect
connect
thethe
display
via
thethe
HDMI
HDMI
OUT
OUT
port.
port.
signal.
signal.
ATTENTION
ATTENTIONWeWe
Non-WyreStorm display receivers may not
be compatible
modules 1-8.
strongly
recommend
using
the
strongly
recommend
using
the
MATRIX.
MATRIX.
with this matrix product
NOTE
NOTEMake
Make
sure
sure
the
the
IRIR
jacks
jacks
are
are
in in
the
the
same
same
number
number
!
supplied
mounting
brackets
toto
secure
the
MATRIX
supplied
mounting
brackets
secure
the
MATR
and
the
accompanying
TRANSMITTER
&&
DISPLAY
and
the
accompanying
TRANSMITTER
DISPL
HDMI
plugs or
HDBaseT
RECEIVER
baluns.
Any
sudden
movement
ofof
thes
RECEIVER
baluns.
Any
sudden
movement
th
Do Not Hotswap
• Use of straight-through Ethernet cables wired to
connectors – Insert/extract cables carefully with
Technical
Support:
[email protected]
[email protected]
US:
+866
+866
677
677
0053
0053
+44
(0)(0)
1793
1793
230
230
343
343
T568B standards is advised to achieve best resultsTechnical
as Support:
devices
and mains US:
SWITCHED
OFFEU:EU:
to+44
avoid
power
recommended by HDBaseT
passed over the cable damaging circuitry.
ports.
ports.
• Connect/disconnect all cables gently during installation
and ensure power supplies are disconnected from all
devices before installation
• Ensure that any 4K sources and 4K display devices
used are compatible and outputting the correct
resolutions for EDID to be successfully negotiated and
signals received.
2
For IR control of sources from a display zone,
connect an IR transmitter from the matrix to each source,
ensuring the IR emitter is attached directly over the
infrared receiving area of the device, using the adhesive
backing to secure in place.
HINT Locate the infrared sensor on devices by shining a
flashlight onto the display panel of sources and look for a
small sensor.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
7
CONNECTION & OPERATION
Adjustment of the IR emitter position after installation
may be required to achieve the best results as moving
to different areas of the source fascia can improve IR
performance.
Plug the 3.5mm jack of the IR emitter into the
corresponding number IR TX port on the rear panel of the
MATRIX.
NOTE HDMI output supports up to 1080p only. 4K
source cannot be duplicated. EXP-SCL-DAC-4K
scaler is required to scale up the 1080p signal for
connection to a local 4K screen
3 For two-way IR control of display from source
location:
i. Connect a WyreStorm IR link cable (CAB-IR-LINK)
between the IR RX port on the matrix output modules to a
control system.
or
ii. Connect 3.5mm jack of the IR receiver into the
corresponding IR RX port on matrix output cards,
ensuring the IR receiver eye is placed in clear view to
receive an IR signal from the handset to be used to
control.
4 Connect a good quality, well-terminated Cat 5e/6/7
cable with an RJ45 connector wired to 568B standard
at both ends from the HDBaseT Output port of matrix
transmission cards the UTP IN of the RX-70-4K display
receiver. *
* Please be mindful of cable type, transmission
range and 4K or HD support as stated in
Specification (Section 5 of this manual)
NOTE Although all WyreStorm products are tested
using Cat5e as standard, we suggest using Cat6 as
the preferred cable due to its improved transmission
capabilities.
5
Ensure both RJ45 connectors are pushed securely
into each port and supported by the connector strain relief
clip to prevent loosening.
If using a WyreStorm extender set, connect the
transmitter device to the matrix via the HDMI port and
connect to the RX-70-4K receiver via Cat5e/6/7.
NOTE No power supply is required to the RX-70-4K
if connected from the MX-0808-PP-POH-4K matrix
or other PoH-enabled transmission device.
The 12v power input on the display receiver is
optional, and should be used only if there is
insufficient power from the transmission device.
! Power is passed along the Cat5e/6/7 cable so
8
the quality of termination, cable and condition are
essential for successful delivery of video, audio,
control and power to receivers.
Poor quality terminations lead to intermittent
performance and longer install times.
PoH functionality will not be possible if using a nonPoH enabled Receiver.
Sudden movement of the matrix and receivers could
lead to loss of picture and sound if connections
become loose or strained, resulting in unnecessary
service call-backs. We strongly recommend using
the mounting brackets supplied to secure devices.
6
Connect HDMI OUT of the RX-70-4K to the HDMI IN
of the display device.
7
Plug the 3.5mm jack of the IR receiver into the IR RX
port of the display receiver.
Place the IR receiver discretely on the front of the display
with care taken to achieve a clear line of sight with the
remote control to be used.
For two-way IR controlling the display from the matrix
end: Plug the 3.5mm jack of the IR emitter into the IR TX
port on the display receiver, ensuring the emitter is placed
directly over the infrared receiving sensor of the display
using the adhesive backing.
Again, adjustment of receiver and emitter position may be
needed to achieve the best IR signal distribution.
8 Switch on the power to your input sources, displays,
and any display receivers used.
! All receivers must be connected to the matrix
via UTP cable before matrix is powered on.
As power forms part of the HDBaseT carrier
signal, if a transmission link can not be established
between matrix and display receiver, it is unlikely
the receiver will be able to draw power.
Should such problems be experienced between
transmission and receiving device, investigate the
root cause of the issue by following the checklist in
the Troubleshooting section of this guide.
9
Finally, switch on the matrix at the rear and your
WyreStorm system should now be fully connected and
ready for use.
If IR transmitters and receivers are correctly placed
discrete control of both sources and displays will be
possible from either location.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
OPTIONAL CONNECTION:
1
If using a duplicate display or AVR mirrored to the
HDBaseT Output, connect the display via the HDMI OUT
port of the transmission card
NOTE HDMI output supports up to 1080p only. 4K
source cannot be duplicated.
2
For control system integration, connect additional
RJ45 terminated category cable or RS232 serial cable.
See section 11 - RS232 Control for more details
Combined 4K and HD Distribution
If your distribution contains both 4K and 1080p sources
and displays, the matrix will search for the most
compatible EDID screen resolution between all connected
devices, (typically the highest resolution ALL displays
can support), which will in most cases result in resolution
disparity and automatic downscaling 4K content to 1080p
across all screens.
To maintain 4K resolutions to 4K screens in distributions
containing lower resolution legacy displays, a WyreStorm
EXP-SCL-DAC-4K scaler and Dolby downmixer should
be used inline between HDMI devices to scale down 4K
transmissions to 1080p HD 24fps, upscale 1080p HD to
4K at 30Hz or allow signal pass-through.
Furthermore, Dolby downmixing to stereo PCM enables
multichannel audio up to 5.1 to be distributed to zones
that can support it and automatically scaled down to
compatible stereo PCM for those that cannot without
sacrificing the integrity of the distribution.
INPUT
selection
OUTPUT
selection
Confirm
OUTPUT/INPUT
OUTPUTS are selected by pressing the LEFT and
RIGHT arrow buttons to scroll forwards and backwards
numerically through the displays connected to the matrix.
The corresponding OUTPUT channel number will blink on
the display when reached.
1 Press the LEFT ARROW or RIGHT ARROW key to
select an output. After the selection is complete, the
corresponding LED indicator blinks.
Likewise, the UP and DOWN arrow buttons scroll
numerically through any INPUT sources connected to
the system. When the desired OUTPUT and INPUT is
reached, push the ENTER button to confirm the selection.
The display will stop blinking to confirm the matrix has
been set.
2
Press the UP ARROW or DOWN ARROW key to
select an input.
Visit wyrestorm.com for more information on 4K/HD
scaling and Dolby downmixing.
9.
Front Panel Control
3
Press the ENTER key to confirm the selection. After
the selection takes effect, the LED stops blinking.
The matrix is designed with ease of connection and
control in mind with basic switching of source inputs to
output displays achieved via the front panel control of the
matrix and the front LED screen displaying the current
input and output status of the matrix.
On power up, the front panel will flash as the matrix
initialises. When the display stops flashing, the matrix is
ready to use.
Repeated pressing of the select button of a specific
output scrolls numerically through the HDMI input devices
connected to the matrix, with the corresponding LEDs
illustrating when a device has been selected for that
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
9
FRONT PANEL CONTROL
! Remember, always switch off the matrix before
unplugging any inputs or outputs – follow last on,
first off protocol.
7
11. Basic Remote Control
2
3
To change handset battery
4
5
7
Set the output 1 to the input 1.
8
i. Press left/right selection button to highlight the Output
OUTPUT
1. LED blinks slowly to indicate theOUTPUT
output hasINPUT
been
SELECT
INPUT SELECT
1
CHANNEL
CHANNEL
chosen.
2
1
3
ii. Press up/down selection button to
switch that 1Output
4
2
2
to Input 1.
5
OUTPUT take effect.
OUTPUT
iii. Press Enter button for the selection
INPUT SELECT
INPUT SELECT
3
3 LED
CHANNEL
CHANNEL
6
stops blinking to indicate the operation is successful and
7
4
14
1
11. Basic11.
Remote
BasicControl
Remote Control
the Output has been set to the chosen input.
8
OUTPUT
CHANNEL
3
OUTPUT
INPUT SELECT
CHANNEL
10.
4
1
5
2
6
3
7
4
8
5
4
5
6
7
8
58
6
6
5
4
6
6
7
5
7
7
8
8
System Code Switch System Code Switch
1
INPUT SELECT
i) Matrix
Control
Matrix
(Local)
The
same basic
switching at
functions
can Location
also be accessed
via the
2
The default system setting
The default
is 0x00system
to control
setting
oneismatrix,
0x00 but
to control one matrix, but
remote control.
pressing the SYSTEMpressing
CODE button
the SYSTEM
on the handset
CODE button
THREE
on the handset3THREE
INPUT SELECT
Local control
of the matrix
from
the matrix
location
Operation
of the handset
is the same
regardless
of location
– is
achieved
by
sending
IR
command
signals
to
the
locally (source/IR
emitter)
or
remotely
(display/IR
5 receiver). IR
NOTE Changing theNOTE
System
Changing
Code is only
the System
necessary
Code
if you
is only necessary if you
3
58
7
INPUT SELECT
Install
side
Installbattery
battery‘+’‘+’
side up
up
and
only
usea CR
and
only
use
CR2025 3v
2025
3V Slide
batteries.
Slide
battery.
compartment
compartment
into
back into theback
handset.
the handset. OUTPUT
CHANNEL
OUTPUT
INPUT SELECT
CHANNEL
4
3
4
Basic11.
Remote
Remote Control
1 BasicControl
2
3
BASIC REMOTE CONTROL
4
Basic11.
Remote
BasicControl
Remote Control
OUTPUT
INPUT SELECT
CHANNEL
2
25
OUTPUT
CHANNEL
Pinch here and pull out
INPUT SELECT
1
TIMES rapidly activates
TIMES
the alternative
rapidly activates
Matrix SYSTEM
the alternative
CODE
Matrix SYSTEM CODE
0x4e, allowing
0x4e, allowing
control ofindependent
a second unit.
control
Pressing
of a second
the
unit.4Pressing the
To change handset battery
To change handset
batteryindependent
button three times again
button
to reverts
three times
back to
again
default
to reverts
0x00 setting.
back to default 0x00 setting.
BASIC REMOTE
CONTROL
BASIC
REMOTE CONTROL
25
OUTPUT
INPUT SELECT
CHANNEL
BASIC REMOTE CONTROL
1
The default s
pressing the
TIMES rapid
0x4e, allowin
button three
NOTE Cha
are using tw
signal. If usi
that you will
6
To switch output/input selection:
Repeat steps above to perform36 the other
output/
36 1
1
2
2
input selections. The final configuration
is as follows.
7
7
T
EL
INPUT SELECT
1
Example
If outputs 1-4 need to be set to input 1 and outputs
5-8 need to be set to input 2, the following sequence of
button presses need to be performed.
2
T
EL
OUTPUT
CHANNEL
BASIC REMOTE
CONTROL
BASIC
REMOTE CONTROL
MATRIX IR REMOTE CONTROL
particular output. The chosen input will automatically store
for the output so, even when the matrix is powered off
and on, the last selected input/output combination will
remain.
8
HINT If you
battery, try c
has accident
mode.
Remote Con
When contro
matrix autom
the user is at
that particula
button will be
For example,
connected to
are using two identical
areunits
usingwithin
two
identical
close range
units
ofwithin
theIR
IRclose
rangeExtension
of the IR
receiver
window
on
the
matrix
or
RX
receiver
6
System
Code
Switch
System
Code
Switch
signal.
If using in different
signal.
parts
If using
of the
in different
same
room
parts
it is
ofconnected
likely
the same room it isto
likely
Simply
toggle
through
the
INPUT
sources
the
automatically
thatto
you will
not need
that
to Ext.
change
you will the
not
setting.
need to change
the setting.
connected
the
IR
port
the
rear
matrix.
7of the
matrix
by pressing
the
left/right
arrowat
buttons
in each
numbered
1-8 on the m
11.
Basic
Remote
Control
Pinch here and pull out
Pinch here and pull out
OUTPUT
OUTPUT
HINT If your
HINT
controlIfisyour
not remote
working,control
beforeischanging
not working,
the before8changing the
INPUT SELECT
INPUT
SELECT
OUTPUT
section
onremote
thebattery,
handset.
options as yo
CHANNEL
CHANNEL
1oneismatrix,
battery, try changing the
System
try changing
Code on the handset
System Code
in case
onitthe handset in case it
8
8 0x00system
The default
system setting
The default
is
to control
setting
0x00 but
to control
one
matrix,
but
has accidentally beenhas
switched
accidentally
to an alternative
been switched
matrix
to control
an alternative matrix control
System Code Swit
mode.
mode.
pressing the SYSTEMpressing
CODE button
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Technical Support: [email protected]
Support:
[email protected]
+866 677/ 0053
US:
EU:
+866
+44
677
(0)used
1793
0053
EU:
343
+44
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[email protected]
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Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
L
OUTPUT
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RS232
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6
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BASIC REMOTE CONTROL
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BASIC REMOTE CONTROL
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0x07
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MATRIX IR REMOTE CONTROL
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0xb0 0xb1 0xb2 0xb3 0xb4 0xb5 0xb6 0xb7
6
6
previous / next buttons
The MX0606/0808-PP features an intuitive IR ‘Call Back’ system 3
7
7
thedistinguish
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button will be deactivated.
6
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2
2
See below:
InOperation
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that
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MX0606/0808-PP
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useddisplay
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OUTPUT
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bylocally
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the rack,
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emitter)
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detects
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8
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The MX0606/0808-PP
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through
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matrix
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where
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that
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2
5
5
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Foronexample,
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are used.
in the Master Bedroom with a display
3
6
3
4
Output5 source select key code:
0xc0 0xc1 0xc2 0xc3 0xc4 0xc5 0xc6 0xc7
For example, if the user is in the master bedroom with
their display connected to the matrix via an HDBaseT
1
1
receiver, scrolling
1-8
on the handset enables access
to their desired2input source.
2
5
6
e7
8
previous / next buttons
OUTPUT
2 that two
2 MX0606/0808-PP
Technical
Support:
US: +866 677 0053
In the event
units
are used
side [email protected]
connected
to output
3 of
the
matrix,
thei.e.output
INPUT
SELECT
When
using
the
remote
control
locally,
pointedzone
directlyisat the
CHANNEL
by side in the rack, the matrix is capable
of switching between
automatically
detected
so of
1-8arewill
correspond
to sources
matrix,
the
previous
/options
next
used
to scroll between
the
3 IR System
3 Codes to allow
two distinct
control
eitherbuttons
matrix
input
sources
connected to buttons
the matrix 1-8
for each
output your
individually
thethe
hand-set.
1-8viaon
matrix.
Press
to individual
scroll through
3
3
EU: +44 (0) 1793 230 343
4
7
NOTE Ensure IR Call-Back function is ON when
5
8
1
4
4 / next matrix
remotely
the
4
4 display. So for controlling
example, using the previous
buttons for 1 from the display
options as you
channels
on to
a regular
TV remote.
6
allowswould
you to select
the source
be set to display
1 manu-ally.
5
5 See below:
device
location.
IR Call-Back, click
2
5 To activate
5
7
Code
Switch
6
6 Matrix System
SETTING
in
Set
Panel
area
of
the COM control
[email protected]
6
Technical Support:
US: 6
+866 677 0053 EU: +44 (0) 1793 230 343
10
8
The MX0606/0808-PP features an intuitive IR ‘Call Back’ system
7
7
software
and
ON
for IR
(see COM
of control through
whichselect
the matrix is able
to distinguish
whereBack.
the
4
7
7
remote
handset
is
being
used
to
change
INPUTS
and
OUTPUTS
8
8
control
ofdepending
manual)
and is ablesection
to switch accordingly
on the user’s location.
d
he
6
7
8
1
Male co
Output3 source select key code:
0xa1 0xa2 0xa3 0xa4 0xa5 0xa6 0xa7
2
9
6
0xa0
has accidentally been switched to an alternative matrix2 control
5
57
2025 3V batteries. Slide
6
6 Matrix System Code Switch
Remote Control at the Display End (Remote IR)
mode.
compartment back into
8
1
Gro
Female
Output1 source select key code:
0x80 0x81 0x82 0x83 0x84 0x85 0x86 0x87
Note: In IR Call Back
mode the right hand
buttons are deactivated.
5
Output6 source select key code:
0xd0 0xd1 0xd2 0xd3 0xd4 0xd5 0xd6 0xd7
10
Output7 source select key code:
0xe0 0xe1 0xe2 0xe3 0xe4 0xe5 0xe6 0xe7
Output8 source select key code:
0xf0 0xf1 0xf2 0xf3 0xf4 0xf5 0xf6 0xf7
NOTE Refer to IR Set for details how to learn control
from the IR using the COM Control software.
As such, the function of the handset buttons and operation differs
5
8
8
depending on where the handset is being used.
In the event that two MX0606/0808-PP
units are
used side
iii) Advanced
Remote
Control
6
by side in the rack, the matrix is capable of switching between
two distinct IR System Codes to allow control of either matrix
7 the hand-set.
individually via
em
the
S
on.
rs
Please note: Due to the different available control
13
methods 8based on location, if using a third party
control system, learning the control from the IR is not
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
recommended
as control will be limited to scrolling up/
down between inputs.
Technical Support: [email protected] US: +866 67
10
For reference: the IR is NEC and possesses a carrier
wave of 38 KHz with a system code of 0x00.
The following two types of system IR codes can be
learned using other IR remotes to control the matrix.
US: +866 677 0053
EU: +44 (0) 1793 230 343
10
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
11
RS232 CONTROL
11.
ii) Message Receive Window
RS232 Control
Serial control of the matrix via RS232 enables third party
control systems to be integrated within a MX-0808-PPPOH-4K system. The COMCTL software included with
this product communicates via serial to enable advanced
matrix features to be accessed, such as relaying system
status and additional control of matrix settings, including
full configuration of the matrix for optimum performance.
i) COM Control Software Home Screen
1
2
3
4
5
6
15
7
12
8
9
10
11
13
14
1
Set IP Address
2
EDID Settings
3
Advanced Settings
4
IR Settings
5
IR Matrix Settings
6
Matrix Firmware Upgrade
7
Message Receive Window
8
Matrix Status
9
Message Clear
10
Send Message Window
11
Send Message
12
COM Port Connect State
13
COM Port Select
14
Connect/Disconnect from Matrix
15
Output/Input Switch
16
Select Previously Saved Output State 1, 2 or 3
17
Save Current Output State 1, 2 or 3
18
Select All Outputs to One Input
12
16
17
16
17
16
17
The Message Receive window displays information
received from the matrix, such as messages regarding
firmware version and input/output selections.
Options in the Message R eceive window include:
ports.
Press to view the current condition of all output
Press to delete the previous received message.
18
iii) Send Message Window
In the Send Message window, messages can be sent to
the matrix as follows:
1 Enter serial commands for the matrix, such as one
of the instructions for outputs, bc + space (a space is
required following)
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Click Send to view the current condition of all output
ports.
3
Click Connect to establish communication with
selected Com Port.
When a COM Port is connected, the only option will be to
Disconnect and vice versa.
Note: In Connect Status area:
• Connected: indicates that the matrix is connected to
the COM port and communication is enabled.
• Disconnected: indicates that the matrix is
disconnected from the COM port and communication
is disabled.
v) Set Panel introduction
NOTE To view the firmware version currently used in
the system, reboot the matrix while it is connected
to the COM Control software - firmware version and
creation date will be displayed in the window.
IP Settings
The matrix can also be controlled over LAN, through
which it may be accessed though Web GUI or Telnet after
obtaining the matrix IP address. By default, the IP address
to access the matrix is assigned automatically by the
router or switch with a DHCP server.
Obtaining an IP Address Automatically
1
Click IP SET in the Set Panel area to allow access to
IP functions and obtain / store the IP address.
NOTE When the matrix is in operation the control
code of a certain actions are displayed in the Send
Message window.
2
Select Automatically obtain IP address to enable the
IP address to be detected automatically by the system.
This option is selected by default.
iv) Connecting the Matrix to a COM Port
To connect the matrix to a COM Port:
1
Launch the COM Control software.
2
Use Port Select to select Com Port number
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
13
RS232 CONTROL
2
3 Click OK to store the IP address and click
exit.
to
1
Click EDID SET in Set Panel area.
RS232 CONTROL
Set a Static IP Address
1 Click IP SET in Set Panel area to allow access to IP
functions to obtain and store the IP address.
2 Select an output port from the Port Select area –
such as output port 4 in this case.
2 Select Set static IP address to manually input the IP
functions if no address appears or if the system is unable
to detect an IP address. Enter an IP address (such as
192.168.10.8) ensuring the IP addresses of the matrix
and your computer are in the same subnet segment.
3 Click OK to store the IP address and click
exit.
3
Click Read to read EDID from the selected output
port, with the status bar indicating percentage of read
progress.
to
NOTE Check if the matrix IP address has been
set successfully by using Netfinder 'Logging in to
matrix control screen' or 'Telnet' sections for further
details.
EDID Settings
The EDID SET window allows users to access and
configure EDID settings that can be read, written, saved
and recalled, with optimized viewing achieved by writing
the output port of a particular display to a specific input
port.
4
Once the reading process is complete, the output
port EDID will appear in the table below.
NOTE EDID cannot be read from matrix output
ports not connected to a display – check matrix
outputs are connected to displays before attempting
to read EDID.
14
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Next, select an input port in the same Port Select
area - such as input port 2 in this case - and click Write to
save the current EDID to the selected input port.
Wait a few seconds for the process to complete.
1
UTP Long Cable
Mode
In instances where the distance of the cable may be
effecting transmission quality, this setting toggles ON/
OFF to improve display quality.
Click Unlock, enter password 123456 and follow the
on-screen instructions to activate UTP Long Cable
Mode – reboot the matrix for the change to take effect.
2
IR Call Back
Toggles IR call back ON/OFF.
By default, this option is turned ON. IR call back function only allows remote control of the matrix inputs and
outputs at the display end.
3
Copy EDID Setting
Copies output ports 1~8 EDID to specific input ports
1~8.
4
Factory Reset
Restores the matrix to its initial Default Setting as
shipped.
Reboot the matrix for this setting to take effect.
Warning: This action will erase all previously saved
data/settings – this cannot be undone.
5
Quick Switch
Quick Switch option is an alternative method of
switching between sources that is faster than in Normal
mode, resulting in less delay between input selection.
Although faster, the means of switching has been
found to be incompatible with some displays. As a
result we recommend Normal Switch as the default
setting due to reliability and compatibility with outputs.
IR Set
6
Once the writing process is complete, click Save as
to save the EDID as a bin file.
7
To write previously saved output port EDID in bin
format, click Open File and choose the relevant bin
file before selecting an input port and click Write. It is
recommended this is done often if specific output EDID
from particular display devices are frequently used.
Configuring Advanced Settings
The matrix supports leading third party control systems
and learning remotes that learn control from the IR –
see the product page at wyrestorm.com for details of
compatible control systems and available protocols. To
access third party control configuration, click IR SET in
the Set Panel area to enter new IR code or modify existing
code and assign to inputs and outputs.
Advanced matrix settings can be configured by clicking
SETTING in the Set Panel Area.
1
2
3
5
4
IR Matrix
The IR Matrix allows the creation of different IR paths to
remotely control the IR devices, such as source or display
devices using each device remote control from the matrix
location.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
15
RS232 CONTROL
5
16
7
6
5
3
2
INPUT
set
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To chan
ry
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IR IR
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with
Launch
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Control
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IR IR
TXTX
emitter
emitter
placed
placed
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securely
0202
Click IR MATRIX in Set Panel area.
receiver
receiver
placed
placed
in clear
in clear
sight
sight
of of
remote
remote
control
control
0404
Tech
nical
US:
+866
677
0053
EU:
+44
(0) 1793
230
343
10
2
3
1
Indicates IR RX ports 1~8 of the matrix.
2
Indicates the IR TX ports 1~8 of the HDBaseT receivers connected to the
HDBT OUT ports 1~8 of the matrix.
3
Selects a specific IR RX port for all IR TX ports.
4
Indicates the current status of IR matrix.
KEY
KEY
IR
Emitter
IRTX
IRTX
Emitter
Emitter
IR
Receiver
IRRX
IRRX
Receiver
Receiver
HDMI
HDMI
HDMI
UTP
Cat5e/6
UTP
Cat5e/6/7
Cat5e/6/7
IR IR
RXRX
jack
jack
plugged
plugged
into
into
over
over
input
input
device
device
infrared
infrared
sensor
sensor
window
window
3
Switch between IR TX ports and IR RX ports, for
example: Clicking #2 in IR TX port 1 enables the display
Cat
Cat
5e/6/7
5e/6/7
(up(up
to to
70m
70m
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230ft)
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Connection
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nding function according change to distin Back’
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7
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PUTS
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HDMI
HDMI
Source
Source
OTE
1
9.9. Connection
Connection
IC REM
1
BAS
RS232 CONTROL
2
IR Matrix Window Introduction
located in zone 1 to be controlled from source 2 location.
2
Clicking #1 in IR TX port 2 enables the display located in
zone 2 to be controlled from source 1 location.
4
Updating Matrix Firmware
SERIAL SET in Set Panel area enables individual matrix
transmission modules (daughter boards) or FPGA boards
to be updated, with additional upgrade also possible
using serial ports in the matrix circuit cards themselves.
Configuration Example - controlling displays from
matrix location
In this diagram, HDBT OUT port of the matrix is
connected to HDBaseT receiver with IR emitters attached
between each display/receiver, and Broadband IR
receivers are connected to the matrix IR RX port in clear
line of sight with the remote handset used to control the
device.
4K
Display
RX-70-4K
RS485
RS485 LAN
LAN Control
Control
System
System
(Additional
(Additional
control
control
viavia
RS232)
RS232)
optional
optional
vi) Input/Output Switch
The input/output switch allows selection of output port
(display) and input port (source) for specific combinations
of displays and sources within the matrix, with input/
output selections states able to be saved and previously
saved states loaded in to the switch.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Power
Power
RS232
RS232
to to
display
display
(optional)
(optional)
For reference: The IR is NEC and possesses4 a carrier wave of
5
38KHz with a system code of 0x00
OUTPUT
CHANNEL
INPUT SELECT
1
0x1d
0x0d
2
0x1b
0x15
3
0x12
0x08
4
0x55
0x4a
5
0x06
0x03
your MX0606/0808-PP. However, the following information
on advanced operation will detail how the matrix system can be
configured and for advanced control and settings can be altered
or data manually input should such problems arise, as well as
recalled
saving
configuration
will automatically
configuring–the
systemafor
third party control.
overwrite the previously saved state. This action
RS232 Remote Control
cannot be undone.
Control of the matrix is possible through RS232 using third party
control
systems
or the dedicated
Wyrestorm
vii)
Control
Commands
and
Codes COM CTL software
included with your purchase (also downloadable from www.
wyrestorm.com).
COM Port Settings
RS232 Setting
6
The
RS232
connection
the matrix
female
Should
third party
control beon
required,
pleaseissee
belowDB9.
for control
Users
can
use
a
USB
to
UART
cable
or
a
direct
serial
system configuration and hex code input. The RS232 connection
cable
for
matrix
control.
See
below
for
control
system
on the matrix is female QB9 Users can use a USB to RS232
configuration.
cable or a direct male to female serial cable.
5
4
1
7
0x07
0x02
0x44
0x51
2
selection buttons
0x1a - scrolls numerically between input sources
8Previous/next 0x1e
3
Output ports selection blocks 1 ~ 8
4
Recalls previously saved output/input configurations by clicking State
5
Save output/input configurations by clicking Save buttons 1 ~ 3
Output1
source select key code:
buttons 1 ~ 3
0x80 0x81 0x82 0x83 0x84 0x85 0x86 0x87
Output2 source select key code:
6
Selects a specific input port from 1 ~ 8 to be used for all output ports
0x90 0x91 0x92 0x93 0x94 0x95 0x96 0x97
Output3 source select key code:
Configuration
Example – Selecting Inputs and
0xa0 0xa1 0xa2 0xa3 0xa4 0xa5 0xa6 0xa7
Outputs
Output4 source select key code:
0xb0 0xb1 0xb2 0xb3 0xb4 0xb5 0xb6 0xb7
To select between Input ports (sources) for Output port 2
Output5 source select key code:
(display):
0xc0 0xc1 0xc2 0xc3 0xc4 0xc5 0xc6 0xc7
source
key code:
1 Output6
Input port
3 isselect
selected
in Output Block 2.
0xd0 0xd1 0xd2 0xd3 0xd4 0xd5 0xd6 0xd7
Output7 source select key code:
0xe0 0xe1 0xe2 0xe3 0xe4 0xe5 0xe6 0xe7
Output8 source select key code:
0xf0 0xf1 0xf2 0xf3 0xf4 0xf5 0xf6 0xf7
2
Click
twice or press #5 directly to select
Input port 5 for Output port 2.
3
13
1
2
7
6
3
4
TXD RXD
6
RXD Receive serial data from PC
TXD Transmit serial data to PC
Com Port Setting
8
Female connector - 9 holes
1
Input port selection 1 ~ 8 – red when selected
2
RXD TXD
Ground
9
6
3
7
5
Ground
8
9
Male connector - 9 holes
Baud rate
9600bps
Data bits
8bits
Parity
None
Stop bits
1
Flow control
None
COM CTL
Command Format
After fully connecting all inputs and outputs to the matrix and
installing the software, on opening the program the control
For
reference - the command format to be input is:
window will display information from the matrix, such as messages
Type “cir” - followed by a “space” - then the “code
received from the switch such as input/output details, firmware
number”
– and hit the “Enter” key.
version and control commands/HEX codes that allow the system
For
example,
command
39 + “Enter”,
will tell the
to be controlledthe
remotely,
as well cir
as buttons
used to navigate
the
matrix
to
select
the
next
input
source
for
output
4.
screen.
See Matrix Control Codes section below for more details
on code numbering
Matrix Control Codes
Command code input in the COM Control software
follows a strict format for commands to be understood
by the system. Care must be taken when inputting and
checking code, with codes double-checked for input
accuracy if commands are not accepted or incorrectly
actioned by the matrix or control system.
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
To select the same Input port for all Output ports
choose an Input port from the 'All Set' drop down box.
4
To save a configuration, click Save button 1, 2 or 3.
Recall previously saved output/input configurations by
clicking State button 1, 2 or 3.
NOTE Only 3 configuration states can be saved or
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
17
RS232 CONTROL
TE CONTROL
control from the IR is NOT recommended as control will be limited
to scrolling up/down between inputs. For discrete source selection
you will need to import discrete hex codes for control systems.
These can be obtained through the Wyrestorm website, by
1contacting our technical
2
3 you can input them manually.
support or
RS232
CONTROL
ADVANCED
OPERATION
ANCED OPERATION
source
for Output 4
unreadable.
01
Press to automatically
the current IR code from the
MX0606/0808-PP
Controlread
Code
device.
Output 1
<”08”
“09”>
01
resulting
in the
to
1 ”00” The
2 ”01”the 3code
”02” appears
4IR
”03”
”04”wait
”05”modify
7the
”06”code
8 ”07”
A
Receives
specific
code5used
to6operate
Matrix
via
section B where output and input code can be edited if
remote control. Can contain a custom or data code. Third
Outputnecessary
2
<”18”
1 ”10”
(for“19”>
example if using third party control systems
party remote control codes are also shown.
2 ”11”
3 ”12”
4 ”13”
5 ”14”
6 ”15”
7 ”16”
8 ”07”
NOTE
code
be saved
asevent
a Custom
IR
code Modified
can also be
inputcan
manually
in the
it is code
Outputand
3
<”28” directly
“29”> from a library of stored custom codes.
read
unreadable.
B
1 ”20”
2 ”21”
01
3 ”22”
4 ”23”
5 ”24”
6 ”25”
7 ”26”
8 ”27”
Press
to automatically
read the current IR code from the
All
code
should be different.
Output device.
4
<”38”
“39”>
03
Write 2the
code3 ”32”
from the
Modify
section6 ”35”
to the device
to8 ”37”
1 ”30”
”31”
4 ”33”
5 ”34”
7 ”36”
01 authorise
The resulting
codecontrol
appears
in the wait to modify code
remote
usage.
where output and input code can be edited if
Output section
5
<”48” B “49”>
necessary
example if using
partycontain
control systems
NOTE All(for
input/output
boxesthird
should
code. If
1 ”40”
2 ”41”
3 ”42”
4 ”43”
5 ”44”
6 ”45”
7 ”46”
8 ”47”
inputting manually, make sure there is no repetition of
NOTE
Modified
Outputcode.
6
<”58”
“59”> code can be saved as a Custom code
and
read
directly
from
a library
of stored
custom
codes.
1 ”50”
2 ”51”
3 ”52”
4 ”53”
5 ”54”
6 ”55”
7 ”56”
8 ”57”
Modify Section - Control Commands and Code
code
<”68”should
“69”>be different.
Output All
7
section
02 7and
1 ”60” Code2input
”61” in 3the
”62”Input/Output
4 ”63”
5 ”64”
6 ”65”
”66” Control
8 ”67”
03
Write the code from the Modify section to the device to
code section 04 must follow a strict format for the
authorise remote control usage.
Outputcommand
8
<”78”
“79”>
to be
understood by the system.
1 ”70”
This translates as:
“S”
Output port
Input port
If1st
a byte
control command
successfully sent
to the device
2ndisbyte
3rd byte
via the COM control software, the current output state
If the control command is sent successfully, the current output
selected
willif feedback
to show
input port
selected.
For
example:
Cir
“enter”
sentthe
successfully
to the
matrix,The
it
state
selected
will 44
feedback
toisshow
the
in-put port
selected.
Thefeedback
following
table
shows the
return
status
format:
will
“s55”
– meaning
Output
5 has
selected
Input 5.
return status format is as follows:
Read
Status Command
S
X1
X2
‘\r’
‘\n’
The command length of the read status is 4 bytes. Type “bc” This example,
translates
as:
followed
by a “space”
- and hit the
key.
For
if cir 51”Enter”
is “enter”
sent successfully
to the
“S”example:
Output
port meaning Input
port 6 has
matrix,
it willbcfeedback
“s62”,
output
For
+ “enter”
selected
input 2.
1st byte
2nd byte
3rd byte
NOTE Such a command will tell the matrix to feedback the
current status of all outputs. See below for status format (16
Read
Status
Command
For example:
if Cir
44 “enter” is sent successfully to the matrix, it
bytes)
will feedback “s55” – meaning Output 5 has selected Input 5.
The
command
length
status
1
2
3 4
5
6 of
7 the
8 read
9 10
11 is124 bytes.
13 14 15
Read
Status
Command
Type
“bc”
followed
by
a
“space”
and
hit
the
‘\r’ ‘\n’ s X1 X2 s X3
X4 s X5 X6 s
X7 “Enter”
X8 ‘\r’
The
command
length
of
the
read
status
is
4
bytes.
Type
“bc” key.
command in
willthe
tell same
the matrix
to select the next Input
codesSuch
are aidentified
way.
Code input in the Input/Output section 02 and Control
source for Output 4
code section 04 must follow a strict format for the
Original
Tableto be understood by the system.
command
MX0606/0808-PP Control Code
For reference - the command format to be input is:
Output Type
1
<”08”
“09”>
“Cir” - followed
by a “space” - then the “code
hit the
”enter”
key. 6 ”05” 7 ”06” 8 ”07”
1 ”00” number”
2 ”01”– and
3 ”02”
4 ”03”
5 ”04”
For example Cir 39 + ”enter” (equals a hex code of 63 69
72 20 33 39 0D 0A)
Output 2
<”18”Table
“19”>
Description
1 ”10”
2 ”11”
3 ”12”
4 ”13”
5 ”14”
OutputSuch
Port a command
Element
will tell the matrix
for
Output source
3
<”28”
6 ”15”
7 ”16”
input as chosen by a specific output: X1 = Out-put
1, X2 = Output 2 etc. For example, a status reading of
“\r\ns12s22s53s45\r\n” signifies the following matrix settings.
Output 1 Output 2 Output 3 Output 4 Output 5 Output 6 Output 7 Output 8
Input 1
03
Intput 2
Intput 3
Intput 4
Intput 5
Intput 6
Intput 7
EDID Set
8 ”07”
Output
“29”> 4
2 ”21”
3 ”22”
Indicates the operation of selecting the
<
source for
Output81.”27”
4 ”23” previous
5 ”24” input
6 ”25”
7 ”26”
Output 4
Output 1
1 ”30”
1 ”00”
<”38”
<”08”
2 ”31”
2 ”01”
“39”>
“09”>
3 ”32”
3 ”02”
• Indicates the control code of “<”.
• Sends the command cir 08”Enter”
08
to select the previous input source for
4 ”33”
5 ”34”
6 ”35”
7 ”36”
8 ”37”
output 1.
4 ”03”
5 ”04”
6 ”05”
7 ”06”
8 ”07”
Output 5
Output 2
1 ”40”
1 ”10”
<”48”
“49”>
<”18”
“19”>
2 ”41”
3 ”42”
2 ”11”
>“09”3 ”12”
MX0606/0808-PP
Control Code
<“08”
Output 6
<”58”
Output 3
<”28”
1 ”50”
2 ”51”
1 Output
”20” 1 2 ”21”
“59”>
“29”>
3 ”52”
3 ”22”
Output 7
Output 4
1 ”60”
1 ”30”
<”68”
“69”>
<”38”
“39”>
1“00”3 ”62”
2 ”61”
2 ”31”
3 ”32”
Output 8
Output 5
1 ”70”
1 ”40”
<”78”
<”48”
2 ”71”
2 ”41”
“79”>
“49”>
3 ”72”
3 ”42”
Indicates the operation of selecting the
>
next input source for output 1.
4 ”43”
5 ”44”
6 ”45”
7 ”46”
8 ”47”
4 ”13”
5 ”14”
6 ”15”
7 ”16”
8 ”07”
• Indicates the control code of “>”.
09
• Sends the command cir 09”Enter” to
the next
input source
4 ”53” select
5 ”54”
6 ”55”
7 ”56”for output
8 ”57” 1.
4 ”23”
5 ”24”
6 ”25”
7 ”26”
8 ”27”
Indicates the operation of selecting input
1
source 1 for output 1.
4 ”63”
5 ”64”
6 ”65”
7 ”66”
8 ”67”
• Indicates the control code of “1”.
4 ”33”
5 ”34”
6 ”35”
7 ”36”
8 ”37”
00
• Sends the command cir 00”Enter” to
select the input source 1 for output 1.
1 ”50”
Output 7
<”68”
Other control command codes are similarly defined
“69”>
1 ”60”
2 ”61”
3 ”62”
Output 8
<”78”
“79”>
1 ”70”
2 ”71”
3 ”72”
18
17
MX0808-PP
4 ”73” Indicates
5 ”74” the6operation
”75”
7of
”76”
8 ”77”
selecting
input
24 ”43”
5 ”44”2 for 6
”45” 1. 7 ”46”
8 ”47”
source
output
2“01” Technical Support: [email protected] US:
• Indicates the control code of “2”.
<”58”
“59”>
01
• Sends the command cir 00”Enter” to
2 ”51”
3 ”52”
4 ”53” select
5 ”54”
6 ”55”
8 ”57”
the input
source71”56”
for output
1.
17
Output 6
4 ”63”
5 ”64”
6 ”65”
7 ”66”
+866 677 0053
EU: +44 (0) 1793 230 343
8 ”67”
MX0808-PP
Technical Support: [email protected] US:
+1 866 677 0053 EU: +44 (0) 1793 230 343
4 ”73”
5 ”74”
6 ”75”
7 ”76”
14
Intput158
‘\n’ s X1
s debug
X3
X4 software.
s X5 X6 s
X7 X8 ‘\r’
1‘\r’ Launch
theX2COM
03
EDID Set
Each
of the X1, X2, X3, X4, X5, X6, X7, X8 signifies the related
2 Configure
the COM settings.
Description
to select
the next Input
1 ”20”
‘\n’
followed
by X1,
a “space”
and X5,
hit the
key.
Each
of the
X2, X3,- X4,
X6,“enter”
X7, X8 signifies
the related
input
as
chosen
by
a
specific
output:
X1
=
Out-put
For example:
bcbc
+ “enter”
For
example:
+ “Enter” instructs the matrix to feedback
1, X2 = Output 2 etc. For example, a status reading of
the
current
status
of all outputs.
NOTE Such a command
will
tell the
to feedback
the
“\r\ns12s22s53s45\r\n”
signifies
thematrix
following
matrix settings.
current status of all outputs. See below for status format (16
MX0808-PP
To
read
the current
all outputs
the
Output
1 Output
2 Output 3status
Output of
4 Output
5 Outputusing
6 Output
7 COM
Output 8
bytes)
2 ”71”
3 ”72”
4 ”73”
5 ”74”
6 ”75”
7 ”76”
8 ”77”
For
reference
- the command
format
to
becontain
input
is:code.
NOTE
All input/output
boxes
should
If
debug software:
Type
“Cir” manually,
- followed by
a “space”
- thenisthe
“code
inputting
make
sure there
noIntroduction
repetition of
1 12 Intput
3 24 Intput
5 36 Intput
7 48 Intput
9 510 Intput
11 6 12Intput
137
Input
Configuration
Example
- Control
Code
Technical
Support:
[email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
17 number”
– and
hit the ”enter”
key.
code.
example
+ ”enter”to(equals
a hex
code code
of 63 69
UsingFor
Output1
asCir
an39
example
explain
control
Modify
Section
-0A)
Control Commands and Code
72
20
33
39
0D
definition and application – all other control command
16
8 ”77”
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Intput 8
16
‘\n’
Click Open to connect this COM debug software to
the matrix.
viii) Controlling the IR Devices Remotely
The matrix allows the creation of different IR paths to
remotely control the IR devices, such as sources or
displays using device remote handsets from the display or
source location.
Note:
1
Ensure IR receivers are securely connected to correct
ports of receiver or matrix and placed in clear view to
receive IR signals from device remote handsets.
2
IR emitters must be firmly connected to correct ports
of matrix and securely attached directly over device IR
sensor windows.
3
4
Enter the command bc + “Enter”, which should give
the resultant feedback from the system: “s18\r\n” ,”s27\
r\n” ,”s36\r\n” ,”s45\r\n” ,”s54\r\n” ,”s63\r\n” ,”s72\r\n”,
”s81\r\n”
See below for an explanation on the meaning of this
feedback message
Output Port
1
2
3
4
5
6
7
8
Selection
→
→
→
→
→
→
→
→
Input Port
8
7
6
5
4
3
2
1
All IR cables should be free of bends, kinks, tangles,
knots and any interference that may restrict signal
transmission.
See Troubleshooting section should problems be
experienced.
Controlling at the Display End
Combinations of matrix IR TX ports and HDBT OUT ports
correspond to IR RX ports of HDBaseT receivers and
change with the switching configuration of matrix inputs
and outputs. By default, IR TX ports 1~8 correspond to
HDBT OUT ports 1~8 in the matrix in sequence.
For example, if current output and input combinations
in the matrix are as below, combinations of matrix IR TX
ports, HDBT OUT ports and IR RX ports in the HDBaseT
receivers will be as follows (Diagram right):
1
2
3
4
Selection
→
→
→
→
Output Port
Input Port
4
3
2
1
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
19
RS232 CONTROL
3
SingleCat5e/6/7
Cat5e/6/7
Single
70m/230ft
70m/230ft
IR Path
IR Path
HDMIInput
Input1 1
HDMI
This is
accomplished by placing a series of IR Emitters on devices
TX1 1
IRIRTX
to
control
HDMIInput
Input2 2 and Receivers at all locations you wish to control from to
HDMI
enable
the IR signal to travel both ways via the single Cat5e/6/7
TX2 2
IRIRTX
HDMIcable.
Input3 3
HDMI
Input
TX3 3
IRIRTX
HDMI
Source
sequence
ofHDMI
IR
TXSource
numbers correspond to the HDMI INPUTS
HDMIThe
Input
HDMI
Input
44
TX4so
4 when an OUTPUT selects a certain INPUT, the CALL-BACK
IRIRTX
HDMIIR
Input
HDMI
Input
5 5 of that RJ45 port selects the relevant IR TX port to
signal
TX1 1
IRIRTX
OUTPUT the control signal.
HDMIInput
Input6 6
HDMI
IR
TX
2
IR TX 2Example:
If OUTPUT 1 selects INPUT
3,TX
CALL-BACK IR
IRthe
Emitter
Receiver
IRIRTX
Receiver
HDMIsignal
Input7 7
HDMI
Input
of that RJ45 OUTPUT links INPUT 3 with IR TX3 for the
TX3 3
IRIRTX
signal to be combined and communicated for that input to be
HDMIInput
Input8 8
HDMI
0101
remotely.
IR
TX
4
IR TX 4controlled
Display
Display
Reciever
Reciever
2
1
1
3
3
3
3
2
2
2
2
1
1
4
3
4
2
2
4
3
4
3
3
4
3
4
4
4
4
3
IR Path
4
HDMICable
Cable
HDMI
HDMI Input 1
IR TX 1
HDMI Input 2
IR TX 2
UTPOut
Out
RXReceiver
Receiver
UTP
1 1 Input 3
IRIRRX
HDMI
UTPOut
Out
2
UTP
2
IR TX 3
IR Link Cable to
HDMI
Cat5e/6/7up
uptoto Source
UTPOut
Out
UTP
3 3 Input 4Cat5e/6/7
HDMI
Control System
70m
(230ft)
70m
(230ft)
IR4TX
UTPOut
Out
4 4
UTP
HDMI
UTPOut
Out
UTP
5 5 Input 5
IR6TX
UTPOut
Out
6 1
UTP
HDMI
UTPOut
Out7 7 Input 6
UTP
IR TX
2
UTP
Out
IR TX Receiver
UTP Out
88
HDMI Input 7
RXReceiver
Receiver
IR TX 3 IRIRRX
TXEmitter
Emitter
IRIRTX
HDMI Input 8
0202
01
IR TX 4
IR Path
Single Cat5e/6/7
70m/230ft
IR Path
IR Path
Display
Reciever
IR Receiver
OUTPUT
CHANNEL
INPUT SELECT
1
2
3
4
5
6
3
3
2
3
2
3
2
3
To change handset battery
4
Pinch here and pull out
Install battery ‘+’ side
up and only use CR
2025 3V batteries. Slide
compartment back into
the handset.
The same basic switching functions can also be accessed via the
remote control.
Operation of the handset is the same regardless of location –
locally (source/IR emitter) or remotely (display/IR receiver).
Simply toggle through the INPUT sources connected to the
matrix by pressing the left/right arrow buttons in each numbered
OUTPUT
OUTPUT
INPUT SELECT
INPUT SELECT
OUTPUT
section
on the handset.
CHANNEL CHANNEL
1
The default system setting is 0x00 to control one matrix, but
pressing the SYSTEM CODE button on the handset THREE
TIMES rapidly activates the alternative Matrix SYSTEM CODE
0x4e, allowing independent control of a second unit. Pressing the
button three times again to reverts back to default 0x00 setting.
NOTE Changing the System Code is only necessary if you
are using two identical units within close range of the IR
signal. If using in different parts of the same room it is likely
that you will not need to change the setting.
4
4
7
8
4
3
5
1
4
2
4
1
6
System Code Switch
INPUT SELECT
2
2
1
8
1
OUTPUT
CHANNEL
1
1
7
IR Path
11. Basic Remote Control
5
5
6
6
When using the remote control locally, i.e. pointed directly at the
2
3
3 matrix, the previous / next buttons are used to scroll between the
4
4 display. So for example, using the previous / next buttons for 1
5
5 See below:
4
7
7
input sources connected to the matrix for each individual output
5
8
8
allows you to select the source to be set to display 1 manu-ally.
6
7
7
8
8
1
21
1
3
2
2
3
1
2
1
4
3
2
5
1
1
26
1
2
3
2
7
81
3
2
4
3
In the event that two MX0606/0808-PP units are used side
by side in the rack, the matrix is capable of switching between
two distinct IR System Codes to allow control of either matrix
individually via the hand-set.
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
3
2
2
2
1
4
3
2
4
3
3
4
3
4
4
3
1
4
2
4
3
4
4
4
7
8
2
2
4
3
4
3
3
4
10
1
Create two IR paths for input/output combinations
using either front panel buttons, RS232, matrix remote,
LAN or RS485 to control.
The default system setting is 0x00 to control one matrix, but
pressing the SYSTEM CODE button on the handset THREE
TIMES rapidly activates the alternative Matrix SYSTEM CODE
0x4e, allowing independent control of a second unit. Pressing the
button three times again to reverts back to default 0x00 setting.
NOTE Changing the System Code is only necessary if you
are using two identical units within close range of the IR
signal. If using in different parts of the same room it is likely
that you will not need to change the setting.
4
4
4
4
To change handset battery
3
3
4
System Code Switch
4
Pinch here and pull out
HINT If your remote control is not working, before changing the
battery, try changing the System Code on the handset in case it
has accidentally been switched to an alternative matrix control
mode.
8
The MX0606/0808-PP features an intuitive IR ‘Call Back’ system
of control through which the matrix is able to distinguish where the
remote handset is being used to change INPUTS and OUTPUTS
and is able to switch accordingly depending on the user’s location.
As such, the function of the handset buttons and operation differs
depending on where the handset is being used.
1
3
2
INPUT SELECT
1
1INPUT SELECT
7
6 Matrix System Code Switch
2
3
6
OUTPUT
CHANNEL
Configuration Example - Controlling Source Devices
from Display Location
6
1
1
3
5
11. Basic Remote Control
HDMI Cable
2
3
2
1
4
For example, if you are in the Master Bedroom with a display
OUTPUT
connected to output
3 of the matrix,INPUT
the output
3SELECTzone is
CHANNEL 3
automatically detected so options 1-8 will correspond to sources
1-8 on the matrix. Press
1
4 buttons 1-8
4 to scroll through your
options as you would channels on a regular TV remote.
2
1
1
3
Remote Control at the Display End (Remote IR)
previous / next buttons
2
2
When controlling the matrix remotely from the display side, the
OUTPUT
matrix automatically detectsOUTPUT
which particular
outputSELECT
location
INPUT
INPUT SELECT
CHANNEL
CHANNEL
the user is at and only allows the selection of sources 1-8 for
that particular location using 1the
button
1 - the right hand
button will be deactivated.
2
2
1
1
HINT If your remote control is not working, before changing the
battery, try changing the System Code on the handset in case it
has accidentally been switched to an alternative matrix control
mode.
1
2
OUTPUT
CHANNEL
1
Install battery ‘+’ side
up and only use CR
2025 3V batteries. Slide
compartment back into
the handset.
Remote Control at the Display End (Remote IR)
When controlling the matrix remotely from the display side, the
OUTPUT
matrix automatically detectsOUTPUT
which particular
outputSELECT
location
INPUT
INPUT SELECT
CHANNEL
CHANNEL
the user is at and only allows the selection of sources 1-8 for
that particular location using 1the
button
1 - the right hand
button will be deactivated.
UTP Out 1
IR RX Receiver
UTP Out 2
Cat5e/6/7 up to
UTP Out 3
70m
(230ft)
01 AtAt
Matrix
end:Insert
Insert
the
3.5mmjacks
jacksofofthe
theIRIRTX
TXEmitters
Emitters
01
Matrix
the
3.5mm
UTP
Out 4end:
NOTE
ToOut
control
the
matrix
the display
included
the
unitinto
intothe
theIRfrom
IRTX
TXEmitter
Emitter
portsatatthe
the
UTP
5withthe
included
with
unit
ports
UTPofOut
6matrix
rear
of
the
matrixaccording
according
input.The
TheIR
IRsignal
signalisisadded
added
location,
see
section
Matrix
Control
at
Display
rear
the
totoinput.
UTP
Out
7 ofofthe
the
HDMI
the
input
deviceso,
so,for
forexample,
example,
theuser
user
toto
the
HDMI
input
device
if ifthe
Location
(Remote)
in
section
Using
the Matrix
IR
UTP
Out 8 Blu-ray on input 3, the IR signal will be directed
is
watching
The same basic switching functions can also be accessed via the
remote control.
2
2
2
5
5
previous / next buttons
3
When using the remote control locally, i.e. pointed directly at the
Operation of the handset is the same regardless of location –
locally (source/IR emitter) or remotely (display/IR receiver).
Simply toggle through the INPUT sources connected to the
matrix by pressing the left/right arrow buttons in each numbered
OUTPUT
OUTPUT
INPUT SELECT
INPUT SELECT
OUTPUT
section
on the handset.
CHANNEL CHANNEL
1
1
2
2
3
3 matrix, the previous / next buttons are used to scroll between the
4
4 display. So for example, using the previous / next buttons for 1
5
5 See below:
6
6 Matrix System Code Switch
7
7
8
8
IR Path
1
2
1
For example, if you are in the Master Bedroom with a display
OUTPUT
connected to output
3 of the matrix,INPUT
the output
3SELECTzone is
CHANNEL 3
automatically detected so options 1-8 will correspond to sources
1-8 on the matrix. Press
1
4 buttons 1-8
4 to scroll through your
options as you would channels on a regular TV remote.
6
6
4
7
7
input sources connected to the matrix for each individual output
5
8
8
allows you to select the source to be set to display 1 manu-ally.
6
7
IR Path
1
1
IR Path
IR Path
2
IR Path
IR Path
2
1
HDBT OUT 5
HDBT OUT 6
HDBT OUT 7
HDBT OUT 8
BASIC REMOTE CONTROL
1
HDBT OUT 1
HDBT OUT 2
HDBT OUT 3
HDBT OUT 4
IR Path
IR Path
Receiver
IRIRReceiver
BASIC REMOTE CONTROL
8
The MX0606/0808-PP features an intuitive IR ‘Call Back’ system
of control through which the matrix is able to distinguish where the
remote handset is being used to change INPUTS and OUTPUTS
and is able to switch accordingly depending on the user’s location.
As such, the function of the handset buttons and operation differs
depending on where the handset is being used.
In the event that two MX0606/0808-PP units are used side
by side in the rack, the matrix is capable of switching between
two distinct IR System Codes to allow control of either matrix
individually via the hand-set.
1
1
2
3
1
2
3
1
2
3
1
2
3
4
2
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
10
4
3
4
4
The combination of HDBT OUT ports corresponding to IR
RX ports of HDBaseT Receivers and IR TX ports will be as
follows:
11 Port
11
Output
TechnicalSupport:
Support:
[email protected]
[email protected]
1 Technical
2
3
4
Selection
→
→
→
→
Input Port
4
3
2
1
Note:
2
Ensure that HDBT OUT port 1 and 2 are connected
to their corresponding HDBaseT receivers with supplied
broadband IR receivers securely attached, and that the
supplied IR emitters are connected to the IR TX port 1
and 2 of the matrix.
4
is watching Blu-ray on input 3, the IR signal will be directed
Remote.
IRTX3
RXsocket
Receiver
throughthe
theIRIRTX3
sockettotocontrol
controlthe
thedevice.
device.
As
each
through
As
each
IR TX
Emitter
02
Controlling at the Matrix Location
For more information, see IR Matrix.
1
US:+866
+866677
6770053
0053 EU:
EU:+44
+44(0)
(0)1793
1793230
230343
343
US:
1
2
3
4
2
QuickSync
TM
Setting
1
2
3
1
2
3
4
3
4
4
1
2
3
4
WyreStorm QuickSync significantly enhances end-user
experience by dramatically reducing the time needed to
communicate
HDCP
encryption data between source
01 At Matrix
end: Insert the 3.5mm jacks of the IR TX Emitters
devices, matrix
and
output
devices
typical
included with the unit
into the from
IR TX the
Emitter
ports at the
several seconds
of
distracting
blank
screen
to
in
rear of the matrix according to input. The IRswitching
signal is added
fractions oftoathe
second.
HDMI of the input device so, for example, if the user
is watching Blu-ray on input 3, the IR signal will be directed
through
IR TX3
socket
to control the
device. As each
By maintaining
thethe
initial
HDCP
handshake
between
devices rather than repeatedly negotiating each time a
source is switched, QuickSync all but eliminates signal
3 Use source remote handsets to control the two
interruption that offers no advantage over local source
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
11
switching, and actually detracts from the real benefit for
source devices from the display side > To select input 3
the end-user.
for output 2 in the matrix, connect an IR emitter to the IR
TX port 3 of the matrix to control the source.
20
IR Path
RS232 CONTROL
SIC REMOTE CONTROL
signalto
tobebecombined
combined
andcommunicated
communicated
forthat
that
input
be
control
of the matrix,
sources
and displays
from
any
location
– so
locatedHDBT
remotely,
it4also
passes
IR8 8control signals through the signal
and
for
input
totobe
HDBTOUT
OUT
4 HDBT
HDBT
OUT
OUT
controlled
remotely.
inputs
at the matrix end can be controlled at a display location and
IR call-back system to the matrix and HDMI sources for full, controlled
remotely.
displays can be controlled at the matrix location.
independent control of all connected inputs from output locations.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
NOTE Depending on the settings of the incoming
source content a delay may still exist where
resolution between screen and source requires
negotiation, but EDID is still communicated as
normal when this the QuickSync feature is enabled.
This feature is NOT enabled out of the box and must be
manually activated within the COM CTL software. see
page 15.
12.
EDID Management
About EDID
EDID (Extended Display Identification Data) is
data generated from each display in the system to
communicate the capabilities of the device (720p, 2ch
Audio, 1080p, 7.1ch Audio).
For communication between devices to be made,
and successful connection achieved, devices must
both request and send the required information. For
example, a display will communicate 1080p capability
with 2ch audio, which the source device will accept and
output the correct format for the display. Problems can
arise when different types of devices such as displays,
sources and amplifiers are used within a system, making
communication between them that much more difficult;
sometimes resulting in connection problems.
In such instances EDID needs to be streamlined or
guided for all devices to work together, with matrices
and receivers perfectly placed to handle this process
as communication between display and source is the
most important in the system. The effective control and
management of EDID is essential for the success of any
integration, with this being achieved in most cases using
the default setting on the matrix and receivers.
Before EDID Adjustment
Communication between display, matrix and source
devices should be automatically negotiated with the
EDID DIP switch set to the default Normal Output (OFF)
position. However, should device communication or
compatibility issues be encountered during installation,
please refer to the EDID DIP settings below.
If the maximum capabilities of the display are known, for
example 1080p 3D with 2ch stereo audio, the DIP switch
setting should be adjusted manually for matching EDID to
be sent to the matrix.
If the specification of the display is not known, simply
copy the EDID from the display to matrix through the
HDMI connection by setting all switches to the EDID Copy
or Force Output (ON) positions and power cycling the
matrix for the DIP setting to become active.
i) EDID Presets
ON DIP
1 2 3 4
ON DIP
1 2 3 4
ON DIP
1 2 3 4
ON DIP
1 2 3 4
ON DIP
1 2 3 4
ON DIP
1 2 3 4
ON DIP
1 2 3 4
ON DIP
1 2 3 4
Default EDID Setting
Copies HDMI display EDID to
the selected input port
Applies 1080p 3D stereo to all
input ports.
Applies 1080p stereo to all
input ports.
Applies 1080i stereo to all
input ports.
Applies 1080p 5.1 audio to all
input ports.
Applies 1080p 7.1 audio to all
input ports.
Applies 4Kx2K 2.0 stereo audio
to all the input ports.
No function – Reserved for
future use
NOTE DIP Switch Down denotes OFF / DIP Switch
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
21
EDID MANAGEMENT
With QuickSync, the result is virtually instantaneous
switching, completely frameless with modern screens,
indistinguishable from changing channels via the TV tuner,
thus maximizing real advantages of matrix distribution and
control for the end user.
UP denotes ON.
LAN CONTROL AND TROUBLESHOOTING
EDID Switches that are marked in grey indicate the
switch can be in any position.
Before copying output port EDID, ensure the matrix
port is connected to a display - EDID copy will fail
without connection to output device.
Matrix must be restarted for changes to DIP switch
to take effect.
14.
Troubleshooting
Generally, the majority of HD distribution installation
issues are either caused by minor connection
errors, communication problems between devices,
or when the transmission of high signal bandwidth
is attempted using insufficient cable.
Example: To copy EDID from an HDMI display connected
to matrix output port 1 to input port 2:
Should you encounter any technical difficulties
when installing and configuring the matrix, we
are confident solutions can be found by working
through the following troubleshooting checklist
before seeking alternative technical support.
1
No Picture or Poor Quality Picture
ii) Copying Output Port EDID
Set the EDID DIP switch to 000X ("X" position is
unimportant for the setting), as per setting below.
ON DIP
1 2 3 4
2
Default EDID Setting
Copies HDMI display EDID to
the selected input port
Reboot the matrix.
3
Press the selection buttons on the matrix front panel
to select input port 2 on output port 1 > the number LED
number indicator will blink to confirm action.
4
Press and hold the Enter button for approximately
five seconds until the message CPY OK is displayed to
confirm EDID copy is successful.
NOTE
5 To apply EDID of the other HDMI displays to all
the input ports, set the EDID DIP switch to the required
position and reboot the matrix for the setting to take
effect.
6 Output port EDID can also be copied to input ports
using the COM Control software.
See EDID Settings for details.
13.
LAN Control
WyreStorm MX-0808-PP-POH-4K is fully compatible with
all market leading control systems with full integration
protocols available for Enado, AMX, Control 4, Crestron
and RTI.
1) Power – are the HDBaseT receivers showing power?
All units should be powered either by the matrix or an
optional external power supply in cases where PoH does
not function.
NOTE Display receivers do not need to be
independently powered if part of an HDBaseT PoH
extender set or MX-PP-POH Matrix solution.
Are all sources definitely powered and firmly connected?
2) If possible, always use test equipment prior to
installation and to troubleshoot any problems.
3) Distance – Is the cable too long for the signal to be
transmitted effectively? The HDBaseT classification used
within the transmitters and receivers allow transmission
of 1080p up to 100m/328ft and 4K up to 70m/230ft
so make sure the cable distance matches the project
requirements and is well within the maximum transmission
distance of the signal.
NOTE If approaching the limits of the transmission
capabilities, transmission should be extended by
using another extender set to ensure the signal
reaches its destination effectively.
4) Cable Joins – Joins in the cable run or RJ45
connectors can impact on signal strength, resulting in
reduced transmission that may manifest itself in incorrect
picture quality, picture dropping out or a complete lack of
picture
5) Cable Choice and Signal Reduction – Are stranded
patch leads being used as interconnects between patch
22
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
6) Correct connection – It may seem obvious but
double check all UTP, HDMI, power and IR cables are
connected to the correct ports.
NOTE Even a fraction off can be the difference
between a perfect picture and a blank screen.
Double check all connections are firmly made in the
correct ports.
7) Cable wired to 568B standard? Is the cable wired
and terminated correctly and are those terminations
connected to the correct ports? Incorrect wiring and
termination will result in unstable operation or a blank
screen.
8) Electrical interference – HDBaseT is less susceptible
to interference compared to regular transmissions but
the location of cables and devices should be considered
- could any form of interference be generated? If so,
attempt to remove the source of electrical interference
or move the cable run to decrease the effects of the
interference.
9) Is a picture achieved when connecting the source
directly to the display? If not then the problem could lie
with the input or output device rather than the means of
distribution i.e. the cable, receiver or matrix itself.
10) HDMI lead condition and quality – HDMI cables
and connectors are delicate and can be damaged much
easier than component or coax cable. Furthermore,
lead quality varies dramatically, particularly in lower price
brackets. Swap HDMI leads and check operation –
damage to or quality of your leads could be the problem.
If in doubt, swap them over. Always take care inserting
and extracting your HDMI from matrix ports so as not to
damage the connectors or ports.
11) Picture speckles/HD ‘noise’ – represents a poorly
established signal that may be caused by poor quality or
excessive HDMI cable lengths. Try swapping the display
adaptors from a location that is functioning properly or
swapping the outputs of the matrix switch used.
If the problem remains on the same screen this may be
caused by a connection problem between matrix and
display – turn off all equipment and swap the signal
carrying cables at both ends to ascertain if the cable or
termination is at fault.
HD Noise (NO image) may be an HDCP Issue between
the source and display but poor cabling can also cause
this due to poor communication.
12) Blu-ray: 3D – is the equipment used 3D enabled/
compatible? Is a 3D disc being played in a 3D enabled
Blu-ray player or through a compatible AV receiver?
16) Colour distortion – a pink or green screen indicates
an incompatibility between colour spacing formats – the
commonly used RGB or YUV used by older displays.
Some sources allow switching between RGB and YUV
which may solve any colour problems. If not, try changing
the HDMI cable between the source and the matrix to rule
out defective cabling.
No Sound or Poor Quality Audio
Audio is transmitted within the video signal – there is no
separate audio track – so generally a problem with sound
will be accompanied by a problem with picture. However,
if technical issues with audio are experienced, the cause
is typically communication between sources, displays
and/or AV receiver settings.
1) Have specific speaker sets or zones been
enabled? Some AV receivers allow individual speaker
selections assigned to specific zones in the set up so
check the speakers used are fully connected to the
amplifier and correctly assigned within the system set up.
It may be an EDID issue in that the source reads the audio
EDID from the display and only requests two channel
audio and EDID copy from the AVR may be required or
use an embedded EDID in the AMP or Matrix.
NOTE If problems are experienced when an AV
receiver is used, the cause is usually the settings of
the AVR itself.
Refer to the AVR manufacturer’s guidelines on the
correct settings to use for your requirements.
2) Consistency of audio output between devices – Is
there any discrepancy between the audio output of the
source, the audio or zonal settings of the AV receiver and
the speaker configuration used needed for successful
audio replication? If outputting 7.1, make sure all devices
connected are also outputting 7.1
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
23
TROUBLESHOOTING
panels or wall outlets? CCA (Copper Clad aluminium)
cables being used? These can reduce transmission
rates by up to 40% – we recommend solid core straight
through with minimum connections used wherever
possible.
FAQ
NOTE Occasionally with some sources, the device
settings allow the specification of audio output
through a TV or an HDMI port. If using an AV
receiver, check the HDMI output option is selected.
3) Do all the local sources work through the AV
receiver?
Check the operation of each source individually.
Bandwidth
1) If using a graphics-based source (such as a PC/Mac/
media server), make sure the source resolution is set to
a maximum of 4096x2160p 30Hz. Higher resolutions
available for graphics-based systems require higher
bandwidth that may affect transmission of signals as well
as incompatibility with devices.
IR
1) Check emitters at the IR TX transmitter end
and receivers at the IR RX receiver end – are they
connected to the correct ports on the matrix and display
receiver.
6) IR dropout issues - these can be due to exterior
influences emitting infrared radiation that can interrupt IR
signals. Ensure emitters and receivers are away from the
following causes of IR interference.
• Direct sunlight, Fluorescent lighting (on cold start up)
• Halogen lighting
• Plasma screens
If problems persist, swap out the IR emitters and receivers
to rule out faults with the units themselves. Use emitters
you know are fully operational to test working condition.
Reactivate the IR call-back function on your matrix
and swap IR ports on the matrix to rule out a fault with
thematrix or connection ports.
Should IR remain unresponsive, turn off and disconnect
all cables from the matrix and reconnect zones one at a
time to assess if one location in particular is the problem.
If so, run new cables directly to the display – if this fixes
the problem, it is likely that electromagnetic interference /
damage to the cable somewhere along the run is causing
the IR signal to drop out. Investigate and remove EM
interference from the run or replace damaged UTP cable.
2) Is the emitter correctly positioned on the source?
Fix the emitter directly over the infrared sensor of the
source and attach using the adhesive backing.
15.
NOTE Locate the infrared source sensor by using
a flashlight to find the sensor within the facia of the
source display. If necessary, secure the emitter over
the sensor with a small amount of contact adhesive.
Cat5e or 6?
While our equipment is tested and graded to Cat5e
cable standard; tests have shown that better results
are achieved when using Cat6 cable. The lower AWG
(American Wire Gauge) uses thicker copper cores ensure
better signal transfer/Transmission rates. Newly installed
cabling should always conform to Part P Regulation and
BS 7671 (17th Edition), and should be terminated to 568B
standard.
3) Is the remote handset powered and sending a
signal? IR is invisible to the naked eye, so use a digital
camera/ phone camera to check the remote signal – point
the camera at the remote control when pressing a button.
The remote transmitter can be seen flashing to indicate a
signal being sent. Replace batteries if flashing is not seen
on the digital camera screen.
4) UTP Termination Issues – ensure cables and
RJ45 terminations are correct and in good condition at
both transmitter and receiver ends to see if control is
established. If so, a possible re-termination of the cable
could remedy the problem.
5) Are WyreStorm emitters and receivers being
used? The use of third party products/magic eyes may
not be compatible. Always use WyreStorm components
included with your purchase or check compatibility of third
party control systems with your WyreStorm dealer.
24
FAQ
Can I use a single Cat 5e/Cat 6 cable?
HDBaseT technology only requires a single cable; all
features associated with twin cable are supported with
the added benefit of RS232 control and Ethernet on
100m/328ft HDBaseT products, with 70m/230ft HDBaseT
products removing Ethernet passthrough functionality.
How far can the signal travel?
Under perfect transmission conditions our HDBaseT
receivers will operate at 50m, 70m or 100m (@1080p)
depending on the model used. Perfect conditions means
no electrical interference, straight cable runs with no
bends or kinks and no patch panels or wall outlets.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
What about 3D?
The RX-70-4K, all of our matrix switches and most of our
extender products will pass-through a 3D Blu-ray signal
(frame packing - Blu-Ray & Stereoscopic - satellite/cable).
How do I control the sources?
All of our HDMI distribution products support IR passthrough from point-to-point extender sets to AMP and
HDBaseT matrices. Most of the range now supports
wideband IR meaning it is compatible with any IR device
available on the market.
Our PP and HDBaseT matrix range (Cat 5e/Cat6) has IR
pass-through from each of the outputs and has discrete
IR outputs at the switch end, meaning you can have
multiple identical sources yet the IR would be routed only
to the applicable source.
Do I need power at the TV end?
No. Our RX-70-4K HD display adaptors require no power
supply at the TV end. To operate, the PoH receivers draw
the power from an PoH matrix or PoH Transmitter. NON
PoH devices require 12v. It’s important that these are
powered locally and do not receive remote power from
the rack as there can be issues resulting from voltage
drop along the length of cable.
Are WyreStorm products compatible with HDMI 1.4?
HDMI 1.4 refers to a list of ‘features’ that a device is
capable of supporting, including Ethernet channel, return
audio channel, 3D etc. Due to the continuously evolving
nature of the technology, HDMI Licensing LLC have now
decided to simplify terminology by testing and referring to
cable in terms of STANDARD or HIGH-SPEED rather than
in generations 1.3, 1.4 etc.
• STANDARD (or “category 1”) HDMI cables perform
at speeds of 75Mhz or up to 6.75Gbps, which is the
equivalent to a 720p/1080i signal – These HDMI cables
are NOT recommended.
• All WyreStorm equipment support HIGH-SPEED
(or “category 2”) HDMI cables that have been tested
to perform at speeds of 340Mhz or up to 10.2Gbps,
which is the highest bandwidth currently utilised over
an HDMI cable and can successfully handle 1080p
signals including those at increased colour depths and/
or increased refresh rates from the Source and 4K
resolutions at 30Hz, 4:2:2 colour. High-Speed cables are
also able to accommodate higher resolution displays,
such as WQXGA cinema monitors (resolution of 2560 x
1600).
What about screens with different resolution
capabilities?
When sending a signal point to point a TV will
communicate it’s capabilities to the source, then the
source will output a suitable signal that compatible (i.e.
1080p Stereo audio).
If you were to use a matrix switch with three 1080p
screens and one 1080i screen, the resultant image would
be1080i across all screens. The matrix switches do not
scale per output but instead negotiate with the source a
signal that all screens are capable of supporting.
How does the Matrix cope with HDCP?
HDCP (High Definition Copyright Protection) is a feature
built in to HDMI devices to prevent theft of or illegal
distribution of HD content.
Unlike competing products, WyreStorm matrix switches
are legal and comply with HDCP regulations. They do
this by assigning a “key” to every display connected
to the switch. HDCP “keys” are assigned to a display
when connected to a HDMI device normally. This doesn’t
change when connected to a switch; it just assigns more
of them.
I can get 1080p but not 4K at a TV location
Firstly ensure that both the source is capable of outputting
4K and that the TV is a UHD screen. If this is the case
then the display receiver or PP-POH Matrix may require
EDID management setting up using the DIP switches. This
useful feature provides a successful “send and receive”
to ensure swift and stable EDID negotiation between the
source and display. See Troubleshooting section for more
tips on problem solving.
I cannot get a signal from my A/V receiver along a
Cat 5e extender set
Check to ensure that the A/V Receiver isn’t adding CEC
(HDMI Control Protocol) to the outgoing signal, this can
sometimes have an effect on the HDMI signal.
16.
Maintenance
Clean this unit with a soft, dry cloth only. Never use
alcohol, paint thinner or other harsh chemicals.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
25
MAINTENANCE
If some of the above are factors in your installation then
signal strength and bandwidth can be compromised. If
a cable run is reaching the upper limit of the receiver’s
capabilities, then the signal can be boosted by way of an
AMP-001-010 as an in-line repeater up to 7 times (490m)
using HDBaseT technology.
, PROVIDED SERVICE ,MAIL-IN-SERVICE, WARRANTY AND WARRANTY LIMITS & EXCLUSIONS
17.
Provided Service
19i.
Warranty
1. Damage requiring service: This unit should be
serviced by a qualified service personnel if:
• The DC power supply or AC adaptor has been
damaged.
• Objects or liquid have gotten into the unit.
• The unit has been exposed to rain.
• The unit does not operate normally or exhibits a marked
change in performance.
• The unit has been dropped or the cabinet damaged.
Should you feel your product does not function
adequately due to defects in materials or workmanship,
we (referred to as “the warrantor”) will, for the length of
the period indicated below (starting from the original date
of purchase) either:
2. Servicing Personnel: Do not attempt to service the
unit beyond that described in these operating instructions.
Refer all other servicing to authorised servicing personnel.
Limited warranty period:
All WyreStorm products are covered by a 3 year PARTS
and LABOUR warranty. During this period there will be no
charge for unit repair, replacement of unit components or
replacement of product if necessary.
3. Replacement Parts: When parts need replacing,
ensure parts approved by the manufacturer are used
– either those specified by the manufacturer or parts
possessing the same characteristics as the original parts.
Be aware – unauthorised substitutes may result in fire,
electric shock, or other hazards and will invalidate your
warranty.
4. Safety Check: After repairs or service, ask the service
personnel to perform safety checks to confirm the unit is
in proper working condition.
When shipping the unit, carefully pack and send it
prepaid, with adequate insurance and preferably in the
original packaging.
Please include a document or letter detailing the reason
for return and include a daytime telephone number and/or
email address where you can be contacted.
18.
Mail-in-service
If repair is required during the limited warranty period,
the purchaser will be required to provide a sales receipt
or other proof of purchase, indicating date and location
of purchase as well as the price paid for the product.
The customer will be charged for the repair of any unit
received unless such information is provided.
26
a) Repair the product with new or refurbished parts.
or
b) Replace it with a new or refurbished product.
The decision to repair or replace will be made by the
warrantor. The purchaser must mail-in the product during
the warranty period. This limited warranty only covers the
product purchased as new and is extended to the original
purchaser only. It is non-transferable to subsequent
owners, even during the warranty period.
A purchase receipt or other proof of original purchase
date is required for the limited warranty service.
19ii.
Warranty Limits &
Exclusions
1. This Limited Warranty ONLY COVERS failures due
to defects in materials or workmanship and DOES
NOT COVER normal wear and tear or cosmetic
damage.
The limited warranty also DOES NOT COVER damage
that occurs in shipment or failures caused by products not
supplied by the warrantor, failures resulting from accident,
misuse, abuse, neglect, mishandling, misapplication,
alteration, incorrect installation, set-up adjustment,
implementation of/to consumer controls, improper
maintenance, power line surge, lightening damage,
modification, service by anyone other than
a manufacturer-approved service centre or factoryauthorised personnel, or damage attributable to acts of
God.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
GLOSSARY
2. There are no express warranties except as listed
under “limited warranty coverage.” The warrantor
is not liable for incidental or consequential damage
resulting from the use of this product or arising out
of any breach of this warranty.
For example: damages for lost time, the cost of having a
person/persons remove or re-install previously installed
equipment, travel to and from service location, loss of or
damage to media, images, data or other recorded/stored
content. The items listed here are not exclusive, but are
for illustration only.
Parts and service not covered by this limited warranty
are not the responsibility of the warrantor and should be
considered the responsibility of the individual.
20.
Glossary
Acronym
Complete Term
AC
Alternating Current
COM
Communication Port
DHCP
Dynamic Host Configuration Protocol
DIP
Dual In-line Package
DTS
Digital Theater Systems
DVD
Digital Versatile Disc
EDID
Extended Display Identification Data
GUI
Graphical User Interface
HD
High Definition
HDBT
HDBaseT
HDCP
High-bandwidth Digital Content Protection
HDMI
High Definition Multimedia Interface
IR
Infrared
LAN
Local Area Network
LED
Light Emitting Diode
LPCM
Linear Pulse-code Modulation
PC
Personal Computer
PCM
Pulse-code Modulation
PoH
Power over HDBT
TMDS
Transition Minimized Differential Signal
TV
Television
UART
Universal Asynchronous Receiver/
Transmitter
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
27
19. Reference Logs
INPUT INSTALLATION
REFERENCE LOGREFERENCE LOGS
21.
Installation Reference Log - Input Reference Log
Wyrestorm Matrix INPUT installation reference log
INPUT
Input
number on
Matrix
Source Location
Source Details
Source resolution & audio
settings
Cable
Number
1
2
3
4
5
6
7
8
27
28
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
OUTPUT REFERENCE LOG
Installation Reference Log - Output Reference Log
OUTPUT
Output
number on
Matrix
Output Location
Display Details
Display Resolution & Audio
Settings
Cable
Number
1
INSTALLATION REFERENCE LOGS
21.
Wyrestorm Matrix OUPUT installation reference log
2
3
4
5
6
7
8
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
28
29
INSTALLATION NOTES
22.
Installation Notes
30
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
INSTALLATION NOTES
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
31
www.wyrestorm.com
WyreStorm Offices
US Office: 6991 Appling Farms Parkway, Suite 104, Memphis, TN 38133
Tel: + 901 384 3575 Fax: + 901 384 3574
Unit 22, Ergo Business Park, Swindon, Wiltshire, SN3 3JW UK
Tel: +44 (0) 1793 230 343 Fax: +44 (0) 1793 230 583
WyreStorm Technical Support
US: +86 6677 0053
UK:- +44 (0) 1793 238 338
Email: [email protected]
We reserve the right to change specification or product dimensions at any time.
32
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343