Download Wyrestorm MX-0808-HDBT Instruction manual

Part Number
Wyrestorm Pro Plus
HDBaseT Matrix Solutions
MX-0808-PP-AUD
8 HDMI Input / 8 HDBaseT Output
with 2 way IR control including
SPDIF Optical Digital Audio Output
and Stereo Analog Audio Output
Instruction Manual
Thank you for choosing this WyreStorm product.
Please read these instructions carefully before installing to avoid complications later.
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
Typical Application
9
Connection
10 Basic Operation
i. Front Panel Control
ii. Remote Control at Matrix end (Local IR) and Battery
Replacement
iii. Matrix System Code Switch – control two matrices with one
handset
iv. Remote Control at the Display End (Remote IR)
v. Handset Output/Source select Key Code
vi. IR call-back control of Matrix and Sources Devices
vii Two-way IR call-back control between Matrix, Sources and
Displays from Multiple Locations
viii. IR Extender Control
11 Advanced Remote Control
12 Advanced Operation
i. RS232 Control
ii. COM CTL – PC software Control
iii. NET CTL – LAN Control
iv. EDID DIP Switch settings
13 Troubleshooting
14 FAQ
15 Maintenance
16 Provided Service
17 Mail In Service
18 Warranty
Warranty Limits and Exclusions
19 Installation Reference Log
20 Notes
2
1.
Introduction
The Wyrestorm PRO PLUS (PP) range uses a 2nd
generation HDBaseT technology to sit comfortably
between our PRO range of matrices and extenders and
flagship HDBaseT products to enable the transmission
of full, uncompressed HD 1080p video and audio, with
discrete 2-way IR control over distances of up to 70m
(230ft) using a single Cat5e/6/7 cable.
The MX0808-PP-AUD Pro Plus HDBaseT Matrix allows any
of the 8 HDMI inputs to be distributed independently and
simultaneously over Cat5e/6/7 cable up to 70m/230ft to any
of the 8 HD output displays connected, regardless of HDCP
encryption, with discrete IR control.
While full HDBaseT is intended for high end, high spec
installations over distances of up to 100m/328ft, 70m/230ft
HDBaseT has been specifically developed for small to
mid-range projects that perhaps do not necessitate such a
high specification, long transmission distance, or indeed, a
premium price tag.
This alternative classification of HDBaseT shares many of
the same strengths as the full version, such as a ‘one-cable’
distribution method, the signal stability and resistance to
interference, but it removes the Ethernet distribution and
reduces signalling rate and resolution, while still allowing
fully controllable HD distribution over single cable runs up to
70m/230ft.
Furthermore, as Wyrestorm systems are fully cascadable,
the maximum transmission range of the matrix output cards
can be increased up to a further 7 times by connecting
to multiple 70m/230ft HDBaseT extender sets for longer
distributions.
The MX0808-PP-AUD features duplicate audio outputs
for additional flexibility - an Optical Audio output for
alternative AVR connection, and an Analogue Audio output
for connection to multiroom audio systems to reduce the
amount of switching required between connected devices
with audio fed directly into a power amplifier.
The MX0808-PP-AUD offers versatility and reliability of
signal distribution, combined with innovative features and
an ease of use to deliver HD audio and video, controlled
via IR, RS232 or LAN, all on a single Cat5e/6/7 cable that
removes the need for additional control and video cables on
installations, whether in a residential or commercial setting.
For further information on this product and other Wyrestorm
ranges, visit our website or download our latest product
guide.
www.Wyrestorm.com
Part Number
MX-0808-PP-AUD
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
• Refined for Custom Install and Home Theatre Installations.
Reads
and
copies
EDID –from
connected
devices
•• Quick
and
easy
installation
set up
in seconds
straightwith
out additional
of the box.
EDID configuration through customisable DIP switch settings if
necessary.
• Simplified
ports - Input: HDMI – Output: Analogue L/R audio, SPDIF
Optical
Output, with
integrated RJ45 connectors for a single Cat5e/6/7
• 2k resolution
supported.
UTP cable to each display point for ease of installation*
• Fully 3D compatible – Frame sequential 3D (Blu-ray) and
interlacedtostereoscopic
3D (satellite broadcasts etc.)
• Conforms
IEEE-568B standards.
* Perfect transmission conditions denotes straight cable runs with no
bends, kinks, patch panels, wall outlets or electrical interference.
3.
3.
Safety Precautions
Safety Precautions
• Supports all high definition resolutions up to and including
• Each
HDMI
port
also supports
DVI signals.
1080p
and
standard
video formats.
• RS232 port.
• Enables up to 8 HDMI video/audio devices to be independently
switched
through
HDMI displays
or projectors
uncompressed
• Choose
from 68 switching
modes
– infraredfor
remote
control, front
digital
distribution.
panel
buttons, local IR, IR call-back, LAN and RS232.
• Simple switching remote control included, which can also be
• Each output able to show any connected source simultaneously
learned into a universal remote handset to allow the control of
regardless of whether the input carries HDCP encryption.
multiple devices from one handset.
•• Optical
and Analogue
Audio outputs
alternative
connection
to an
Fully compatible
for integration
withfor
market
leading
control systems.
AV Receiver, Power Amplifier or Multiroom Audio System
• 4 x IR 3.5mm mini-jack ports for each output to link IR from
control system to control display
• HDCP compliant with constant feed to prevent screen dropouts.
• Additional infrared extension port for longer IR connections
• Refined for Custom Install and Home Theatre Installations.
• HDMI v.1.3
Supports
24Bit Colour
depth
•• Reads
and copies
EDID from
connected devices with additional
EDID configuration through customisable DIP switch settings if
• Signalling rate of 6.75 Gbps
necessary.
• Pack comes complete with 1 x 4x4 Matrix with 19” rack
brackets,
4 x 40m
IR receivers
with mounting
brackets,that
IR is far
• The
same robust
transmission
technology
as full HDBaseT
receivers,
emitters
and
a
Matrix
remote
control
handset.
more resistant to electrostatic interference than conventional
non-HDBaseT distribution.
Additional features included on the RX-1UTP-IR-40
Transmits
one-way
together
with
the packing/sequential
HDMI signal over a
•• HDMI
v1.4 with
full 3Dsignal
compatibility
with
frame
single
Cat5e/6/7
cable.
(Blu-Ray) and interlaced stereoscopic (satellite/cable broadcasts).
• Receivers capable of 1080p transmissions up to 40m (131ft)
• Central
control – fully compatible with all market leading control
under RS232
ideal conditions*
systems with full integration protocols available for AMX, Control 4,
• For even
control
fine FX,
tuning,
eachBitWise.
receiver features
Crestron,
Redgreater
Eye, Nevo,
RTI,and
Control
Savant,
a fully adjustable EQ distance range for optimising the
transmission
signal.
• LAN
control – with
Control 4 TELNET protocols.
WARNING
WARNING
reduce
theofrisk
fire, electric
To To
reduce
the risk
fire,ofelectric
shock shock
or or
product
damage:
product
damage:
1. Do not expose this apparatus to rain, moisture, sprays,
or splashes
and ensure
objects containing
1. Dodrips
not expose
this apparatus
to that
rain,no
moisture,
liquidsdrips
are placed
on the
apparatus,
including
cups,
sprays,
or splashes
and
ensure that
no
glasses
and
vases.
objects containing liquids are placed on the
including
cups,
andspace
vases.
2. apparatus,
Do not place
this unit
in aglasses
confined
such as
enclosed shelving, cabinets or bookshelves. Ensure the
adequately
2. Dounit
notisplace
this unitventilated.
in a confined space such as
shelving,
cabinets
or bookshelves.
3. enclosed
To prevent
the risk
of electric
shock or fire hazard due to
Ensure
the
unit
is
adequately
ventilated.
overheating, do not cover the
unit or obstruct ventilation
openings with material, newspaper, cardboard or
3. Toanything
prevent the
electricairflow
shock into
or firethe
hazard
thatrisk
mayofrestrict
unit.
due to overheating, do not cover the unit or
4. Do not install near external heat sources such as
obstruct ventilation openings with material,
radiators, heat registers, boilers or any device that
newspaper,
cardboard
or amplifiers
anything that
may restrictand do
produces heat
such as
or computers
airflow
into
the
unit.
not place near sources of naked flame.
5. Unplug apparatus from power supply during lightening
4. Do not install near external heat sources such as
storms or when unused for long periods of time.
radiators, heat registers, boilers or any device that
6. produces
Protect the
cable
from being
walked on,
heatpower
such as
amplifiers
or computers
andpinched
or
restricted
in
any
way,
especially
at
plug
connections.
do not place near sources of naked flame.
7. Only use attachments/accessories specified by the
5. Unplug
apparatus from power supply during
manufacturer.
lightening storms or when unused for long periods
8. Units contain non-servicable parts - Refer all servicing to
of time.
qualified service personnel.
6. Protect the power cable from being walked on,
Support:
677 0053
EU: +44
(0) 1793
343 at plug
• Wide range, two wayTechnical
discrete IR
control [email protected]
between source and display US: +866
pinched
or restricted
in any
way, 230
especially
and vice versa (30 KHz to 56 KHz frequency).
connections.
• 2K resolution.
• 36bit Deep Colour (compared to 48bit with Full HDBaseT, and 24bit
PRO).
• 6.75 Gbps bandwidth range/signalling rate (compared to
10.2Gbps with full HDBaseT).
4
7. Only use attachments/accessories specified by the
manufacturer.
8. Units contain non-servicable parts - Refer all
servicing to qualified service personnel.
• 70m (230ft) distance range of matrix/extenders – (compared to
100m/328ft HDBaseT or 50m/164ft PRO) can be lengthened by
connecting to multiple 70m extender sets (distances under perfect
transmission conditions*)
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
3
FEATUR
• Each output able to show any connected source simultaneously
2.
Features
regardless of whether the input carries HDCP encryption.
interference, the use of straight cable runs with no bends
or kinks and no patch panels or wall outlets used. Please
be advised that the presence of any of these factors in
your installation may compromise bandwidth and signal
•strength.
Each Output
can be
fed to multipledistances,
displays (cascaded).
Forport
longer
transmission
RS232 control
and Ethernet pass-through, please see our full HDBaseT
•orSupports
all high
definition
resolutiontransmitters, receivers and
HDBT Lite
range
of matrices,
extender sets.
FEATURES AND SAFETY PRECAUTIONS
• Enables up to 4 HDMI video/audio devices to be independently
switched through up to 4 HDMI displays or projectors for
uncompressed digital distribution.
HDMI to HDMI coupleHDMI
r RP-to HDMI coupler RPMaximum Single Link Range 1080p Deep Colour Maximum Single LinMaxi
k Rangemum1080p
SinglDeepe LiColnkourRange 1080pHD-HD.
Deep Colour HD-HD.
4.4. Package
PackageContents
Contents
PACKAGE CONTENTS AND SPECIFICATIONS
PACKAGE
CONTENTS
AND
SPECIFICATIONS
PACKAGE
CONTENTS
AND
SPECIFICATIONS
PACKAGE
PACKAGE
CONTENTS
CONTENTS
AND
AND
SPECIFICATIONS
SPECIFICATIONS
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1080p
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1080p
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/ 1080p signal up to 70m /
•4.
main
unit
• •1 1
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USB
UART
•MX0606-PP
MX0606-PP
/ MX0808-PP
main
unit
xoUSB
to
cable
Contents
230ft (Under perfect transmission conditions including
straight cable runs with no
electrical interference, bends,
kinks, patch panels or wall
• 1 x IR Extension cable
outlets.) Using Wyrestorm RX5.5. Specifications
Specification
5.
Specifications
5. Specifications
1UTP-IR-70 Display receivers
5. Specifications
behi
n+35°C
d+35°C
each(32output
di+95°F)
splay.
Operating
Temperature
00
to to
to to
+95°F)
Operating
Temperature
(32
•• •MX0606-PP
/ MX0808-PP
Printed
instruction
manual
Printed
instruction
manual main unit
• 1 x USB to UART cable
•• MX0808-PP-AUD
main
unit
instruction
manual
MX0606-PP
/UART
MX0808-PP
main
unit software
1 x USB
to
cable
• ••Printed
Flash
USB
stick
containing
PC
control
and
digital
copy
Flash
USB
stick
containing
PC
control
software
and
digital
copy
• 1 x RS232
to RS485
• Printed
instruction
manualconverter
of
instruction
manual*
of
instruction
manual*
• •Flash
USB
stick
containing
PC control software and digital copy
Printed
instruction
manual
1 x RS232
to RS485
converter
• Flash
stick
containing
PC control
and
digital copy
•of 6instruction
/USB
8 x IR
TX
Emitters (small
sensorsoftware
for Input
source)
manual*
versions
can
be
found
at
www.wyrestorm.com
*downloadable
versions
can
be
found
at
www.wyrestorm.com
•of •*downloadable
Flash
USB
stick
containing
PC
control
software
and
digital copy
6 / 8 x IRmanual*
TX Emitters (small sensor for Input source)
instruction
•*downloadable
6instruction
/ 8 x IR RX
Emitterscan
(larger
sensor
for
Output display)
versions
be
found
at
www.wyrestorm.com
of
manual*
*Downloadable
manual
can be found at www.wyrestorm.com
• ••Matrix
brackets
Matrix
brackets
6 / 8mounting
xmounting
IR RX Emitters
(larger sensor for Output display)
•Matrix
1
x
Wyrestorm
matrix
remote
controlatincl.
battery (size/type:
•• Matrix
mounting
brackets
mountingversions
brackets
*downloadable
can
be
found
www.wyrestorm.com
• ••1
x1 100~240V
AC
Power
cable
power
supply
1
xx 100~240V
AC
Power
cable
power
supply
Wyrestorm
matrix cable
remote
control
incl.
battery (size/type:
3V)
• 1 xCR2025
100~240V
AC Power
power
supply
•• •1
x
100~240V
AC
Power
cable
power
supply
Matrix
mounting
brackets
CR2025
3V)
xIRIR
Extension
cable
x Extension
IR
Extension
cable
• 1•1x11
cable
x stylus
• •11x xIR
Extension
cable
100~240V
AC Power cable power supply
stylus
Range
Range Temperature
Operating
Output Video
Range
Operating
Humidity
Range
Operating
Humidity
Range
Operating
Temperature
Output Video
Operating
Humidity Range
Range
0 to +35°C (32 to +95°F)
HDMI v1.4 with full 3D com5
to
90
%
RH
to
90
%
RH
05
to
+35°C
(32
to full
+95°F)
HDMI
v1.4
with
3D
compatibility
with
Frame
Sequen(no
condensation)
(no
condensation)
5 to
% RH
patibility
withand
Frame
Sequential90
(Blu-ray)
Interlaced
condensation)
tial
(Blu-ray) and
Interlaced
Stereoscoptic
(satellite/cable
Output
Bandwidth
6.75Gbps
Output
Bandwidth
Signalling (no
Operating
HumiditySignalling
Range
5 6.75Gbps
to
90 % RH (satellite/cable
Stereoscoptic
broadcasts)
Rate
Rate Bandwidth Signalling 6.75Gbps
Output
(nobroadcasts)
condensation)
Rate
Input
Video
Signal
0.5-1.0
volts
p-p
Input
Video
Signal
0.5-1.0
volts
p-pTrue HD
AudioBandwidth
Format Supported
DTS-HD,
Dolby
Output
Signalling 6.75Gbps
Audio
Format
Supported
DTS-HD,
Dolby
True HD
Input
Video
Signal
volts
p-p
Rate
Input
Signal
55
volts
p-p
(TTL)
Input
DDC
Signal distance 0.5-1.0
volts
p-p
(TTL)
Max.DDC
Transmission
15m
/ 49ft
– if a longer HDMI
Max.
Transmission
distance 5
15m
/volts
49ft
if a longer HDMI
overDDC
HDMI
connection
is– necessary,
we
Input
Signal
volts
p-p
(TTL)
Video
Signal
0.5-1.0
p-p
Single
Link
Range
Deep
Colour
Maximum
Maximum
Single
Link
Range 1080p
1080p
Deep
ColourColour
1080p
36bit
over HDMI
connection
isDeep
necessary,
we
offer the
Wyrestorm
in-line
Maximum
Link Range 1080p
Deep
Colour
Input
DDCSingle
Signal
5 1080p
volts
(TTL)
offer
the
Wyrestorm
in-line
HDMIp-p
to
HDMI
Transmission
distance
Transmission
distance
1080p
signal
signal
upup
tocoupler
to
70m
70m
/ RP/
HDMI
to HDMI
coupler
RPHD-HD.
230ft
(Under
perfect
trans230ft
(Under
perfect
transTransmission
distance
1080p
signal
up
to
70m
/
Maximum Single Link Range
Deep Colour
HD-HD.
mission
conditions
including
mission
conditions
including
230ft
(Under
perfect
transTransmission distance
1080p
signal
up
to
70m
/no
straight
cable
runs
with
no
straight
cable
runs
with
mission conditions including
230ft
(Under
perfect
transelectrical
interference,
bends,
electrical
interference,
bends,
straight cable runs with no
mission
conditions
including
kinks,
patch
panels
oror
wall
kinks,
patch
panels
wall
electrical
interference,
bends,
straight
cable
runs
with
no
outlets.)
Using
Wyrestorm
outlets.)
Using
Wyrestorm
RXkinks, patch panels or wall RXelectrical
interference,
bends,
1UTP-IR-70
Display
receivers
1UTP-IR-70
Display
receivers
outlets.) Using Wyrestorm RXkinks,
patch
panels
or
wall
behind
each
output
display.
behind
each
output
display.
1UTP-IR-70
Display
receivers
outlets.)each
Using
Wyrestorm
behind
output
display.RX1UTP-IR-70 Display receivers
behind each output display.
Single Cat5e/6/7
Display
Receiver (70m)
In-line HDMI to HDMI
In-line
couplerHDMI to HDMI
coupler
Part Number RP-HD-HD
Part Number RP-HD-HD
Single
Cat5e/6/7
Single
Cat5e/6/7
Display
Receiver
(70m)
Display
Receiver
(70m)
Single
Cat5e/6/7
Part
RX-1UTP-IR-70
Number
Max. Transmission distance
Max.
Transmission distance
over Cat5e/6/7
over Cat5e/6/7
Display
Receiver
70m
/ 230ft
– using (70m)
Part
Part
Single
Cat5e/6/7
RX-1UTP-IR-70
RX-1UTP-IR-70
70m
/
230ft
– using
Wyrestorm
RX-1UTP-IR-70
Number
Number
Part
Display Receiver (70m)
RX-1UTP-IR-70
Wyrestorm
RX-1UTP-IR-70
Display Receiver.
Number
Display Receiver.
Part
RX-1UTP-IR-70
35 Watts
(max.)800x600,
VESA:
640x480,
VESA:
640x480,
800x600,
Number
35
Watts
(max.)
1024x768,
1280x1024,
1024x768,
1280x1024,
VESA:
640x480,
100-240V
AC 800x600,
1600x1200,
1920x1200
1600x1200,
1024x768,
100-240V1280x1024,
AC1920x1200
VESA:
640x480,
800x600,
DTV/HDTV:
DTV/HDTV:
440mm
/ 17.3”
(W)
1600x1200,
1920x1200
440mm
17.3”
1024x768,
1280x1024,
480i/576i/480p/576p/720p/
480i/576i/480p/576p/720p/
42mm / /1.6”
(H)(W)
DTV/HDTV:
42mm
(H)(D)
1600x1200,
1920x1200
1080i/1080p
1080i/1080p
340mm/ /1.6”
13.4”
480i/576i/480p/576p/720p/
340mm / 13.4” (D)
DTV/HDTV:
1080i/1080p
204.6
6.7
Kg / 14.8lbs
480i/576i/480p/576p/720p/
6.7
Kg / 14.8lbs
1080i/1080p
230ft (Under perfect trans- 230ft (Under perfect transtioEmitters
nsEmitters
includingconverter
missensor
sisensor
osensor
n condi
tInput
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ng
•• •6
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8
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for
16
RS232
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RS485
6
8/s8
IR
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(larger
forfor
xn condi
IR
(larger
•• •6
/x Wyrestorm
8x Wyrestorm
x IR RX
Emitters
(larger
sensor
for
Output
display)
TX Emitters
(small
sensor
for
Input
source)
11
matrix
remote
control
incl.
battery
(size/type:
matrix
remote
control
incl.
battery
(size/type:
st
r
a
i
g
ht
cabl
e
r
u
ns
wi
t
h
no
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e
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wi
t
h
no
CR2025
3V)
CR2025
3V)
• 1
matrix remote
battery display)
(size/type:
6 x/ Wyrestorm
8 x IR RX Emitters
(largercontrol
sensorincl.
for Output
3V)
•• 1•CR2025
x
stylus
1
x
stylus
ectrical interfermatrix
ence, bends,remoteelectri
cal inincl.
terference,
bends,
1 x elWyrestorm
control
battery (size/type:
• 1CR2025
x stylus 3V)
kinks, patch panels or wall kinks, patch panels or wall
• 1 x stylus
outlets.) Using Wyrestorm RX- outlets.) Using Wyrestorm RX1UTP-IR-70 Display receivers 1UTP-IR-70 Display receivers
behinVideo
d each
output display. behinHDMI
dHDMI
eachv1.4
output
difullfullsplfulla3D3Dy.3DcomHDMI
with
Output
v1.4
with
Output
Video
v1.4
with
com•• •1
xx USB
to to
UART
cable
11
RS232
RS485
converter
x RS232
to
RS485
converter
xx USB
to UART
cable
••• 1•1
to
RS485
converter
USB
UART
cable
66
/ RS232
8/ 8
x IR
TX
Emitters
(small
sensor
forfor
Input
source)
x to
IR
TX
Emitters
(small
sensor
Input
source)
• 1 x RS232 to RS485 converter
• 8 x IR TX Emitters (small sensor for Input source)
• 8 x IR RX Emitters (larger sensor for Output display)
• 1 x Wyrestorm matrix remote control. (Battery not included)
Output Video
Output Video
Audio
Format
Supported
Audio
Format
Supported
Audio
Format
Supported
Max.
Transmission
distance
Max.
Transmission
distance
over
HDMI
over
HDMI
Max.
distance
AudioTransmission
Format Supported
over HDMI
Max. Transmission distance
over HDMI
compatibility
with
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Power
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Power
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Power
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Display
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Receiver.
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/
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– using
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Receiver.
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Wyrestorm
RX-1UTP-IR-70
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(max.)
Display
100-240V
ACAC
100-240V
Power Supply
Power
100-240V
Supply AC 100-240V AC Power Sup
Power
Supply
100-240V
Consumption
35
Watts
Dimensions
440mm
/(max.)
17.3”
(W)
Dimensions
440mm
/AC
17.3”
(W)
Vi
d
eo
Format
Supported
VESA:
640x480,
800x600,
Vi
d
eo
For
m
at
Suppor
Vi
t
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d
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eo
Format
VESA:
640x480,
Supported
800x600,
VESA:
640x480,
800x600,
42mm
/ /×1.6”
42mm
/ 17.3”
1.6”
(H)
00,
440mm
100mm
Dimensions
440mm
(W)x 340mm
Power Supply(WxDxH)
100-240V
AC(H)
340mm
13.4”
(D)(D)
340mm
/ 13.4”
00,
/17.3’’
3.9
x3(H)
13.4’’
42mm
/x //1.6”
Di
m
ensi
o
ns
Di
440mm
m
ensi
o
ns
17.
”
(W)
440mm / 17.3” (WDi) mension
1024x768,
1280x1024,
1024x768,
1280x1024,
1024x768,
1280x1024,
Dimensions
440mm
/
17.3”
(W)
0
340mm
/14.8lbs
13.4”
(D)
Weight
6.7
Kg
/
Weight
6.7
Kg
/
14.8lbs
42mm / 1.6” (H)
0
42mm
1.14.8lbs
6” (H)(D) 42mm / 1.6” (H)
Weight
6.7
Kg // /1920x1200
340mm
13.4”
1600x1200,
1920x1200
1600x1200,
1920x1200
1600x1200,
720p/
BTU
Rating
Weight
720p/
Weight
6.7
Rack
Space Required
2UKg / 14.8lbs
Weight
340mm
/ 13.4” (D) 340mm / 13.4” (D)
DTV/HDTV:
DTV/HDTV:
DTV/HDTV:
Technical
Support:
677
0053
EU:
+44
(0)
1793
343
Technical
Support:
[email protected]
+866
0053
EU:
+44
(0)
1793
343
55
480i/[email protected]
576i
/480p/576p/720p/ US:US:+866
480i677/576i
/480p/576p/720p/
480i
/576i230/230
480p/576p/720p/
Technical
Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
4
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
5
Weight
Wei6.7ghtKg / 14.8lbs 6.7 Kg / 14.8lbs Weight
.com US: +866 677 0053 EU: +44 (0) 1793 230 343
1080i
/
1080p
1080i
/
1080p
1080i
/1080p
Support:
US: +866 677 0053 EU: +44 (0) 1793
230 343
.com US:5+866 677 0053 Technical
EU: +44 (0)
1793 [email protected]
230 343
Power
Consumption
Format
Supported
Video
Video
Format
Supported
Power Consumption
Video
Format
Supported
Power
Supply
Power Supply
Video
Format Supported
Dimensions
Dimensions
1
Front Panel
4
LED Input/Output Select Screen
2
5
IR Receive Window
3
6
Input Select Buttons (UP/DOWN)
FRONT PANEL AND REAR PANEL
6.
Output Select Buttons (Left/Right)
Enter Selection Buttons
Rack Brackets
3
6
1
4
2
ENTER
4
5
6
3
7.
Part Number
HDBT OUT
SPDIF OUT
SPDIF OUT
HDMI IN
HDMI IN
IR RX
IR RX
L/R OUT
SPDIF OUT
HDMI IN
IR RX
L/R OUT
SPDIF OUT
HDMI IN
7
6
IR RX
8
L/R OUT
1 2 3GROUP4 5 6
L/R OUT
HDBT OUT
9
HDBT OUT
L/R OUT
SPDIF OUT
HDMI IN
IR RX
L/R OUT
SPDIF OUT
5
HDMI IN
4
IR RX
1
2
3
HDBT OUT
17 IR TX Receiver ports (corresponds to input ports)
HDBT OUT
Input/Output port grouping indicator
HDBT OUT
16 EDID switch default diagram
HDBT OUT
Power switch
L/R OUT
9
15 EDID DIP Switch (for manual EDID setting)
Fuse (lift cover to replace)
SPDIF OUT
8
14 IR Extension port (IR EXT)
AC 100 – 240V power input
HDMI IN
7
13 RS232
IR Receiver (IR RX)
IR RX
6
12 RJ45 to RS485 definition indicator
HDMI Input ports
HDBT OUT
5
11 LAN port
SPDIF Optical Output
L/R OUT
4
Analogue L/R Stereo Output
SPDIF OUT
3
10 RS485 port
HDMI IN
2
HDBaseT Output (RJ45 Cat5e/6/7)
IR RX
1
Rear Panel
RJ45 PIN
DESCRIPTION
RJ45 + RS285 DEFINITION
1
2
7
TX+
TXRX+
10 11
RS485
LAN
14
RS232
15
IR EXT
12
13
8
RX-
EDID
ON
OFF
DEFAULT
1 2 3 4
1
0
IR TX
1
2
3
4
5
6
7
8
16
17
MX-0808-PP-AUD
RS232 and LAN ports are for matrix control. Ensure crossover UTP cable is used to connect the LAN directly to a
computer or server, and a direct/straight through connection is used to connect via a router/switch. Connection
will fail if the incorrect cable is used.
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
5
TYPICAL APPLICATION,
TYPICAL
APPLICATION CONNECTION
8.
8.
KEY
Typical Application
Application
Typical
IRTX Emitter
IRRX Receiver
HDMI
Control
System
UTP Cat5e/6/7
Power
MX0808-PP only
MX0808-PP only
Blu-ray/DVD
RX-1UTP-IR-70
Mirror of 01
Output 01
70m/230ft
Apple
TV/Media
Server
RX-1UTP-IR-70
Mirror of 02
Output 02
70m/230ft
RX-1UTP-IR-70
Mirror of 03
PS3/Xbox
Output 03
70m/230ft
RX-1UTP-IR-70
Mirror of 04
Cable/Satellite
Output 04
70m/230ft
Blu-ray/DVD
RX-1UTP-IR-70
Mirror of 05
Output 05
70m/230ft
Apple TV/Media Server
RX-1UTP-IR-70
Mirror of 05
Output 06
70m/230ft
MX0808-PP only
RX-1UTP-IR-70
Mirror of 07
Output 07
Cable/Satellite
70m/230ft
PS3/Xbox
RX-1UTP-IR-70
Mirror of 08
Output 08
70m/230ft
Cat 5e/6 cable performance
5m
10m
15m
20m
25m
30m
35m
40m
45m
50m
60m
70m
80m
196ft 229ft
262ft
HDBaseT
Lite
range
HDBaseT
Pro
Plus
Range 1080p
MX0606-PP / MX0808-PP
with RX-1UTP-IR70
MX-0808-PP-AUD
with RX-1UTP-IR-70
display receiverdisplay receiver
16ft
1080p
32ft
49ft
65ft
82ft
98ft
114ft
131ft
147ft
164ft
1080i
signal cut out
Cat 5e/6 wiring guide
6
7
The quality of termination for every RJ45 is essential.
Poor termination leads to
intermittent
performance
and longer
install
times.230 343
Technical Support: [email protected]
US:
+866 677
0053 EU:
+44 (0)
1793
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Connection
01 Connect each HDMI input source (such as: HDDVD, PS3/, XBOX360, satellite/cable, Blu-Ray etc.) to the
HDMI inputs of the MATRIX.
Attention Do Not Hotswap plugs! - Please
insert and extract cables carefully with the power
SWITCHED OFF. Connecting and disconnecting
while powered can result in damage to circuitry.
02 Attach the IR TX emitters directly over the infrared
receiving sensor of each input source using the adhesive
backing. You may need to adjust the position of the
emitter after installation to achieve the best results.
Sometimes moving the sensor to different areas of the
source facia can improve IR performance.
Plug the 3.5mm jack of the IR TX emitter into the
corresponding number IR TX port on the rear panel of the
MATRIX.
03 For two-way IR controlling the display from the
matrix side: Plug the 3.5mm jack of the IR RX receiver
into the corresponding IR RX port on the rear panel of the
MATRIX, ensuring the receiver is placed in clear view to
TYPICAL APPLICATION
9.
receive an IR signal.
NOTE Make sure the IR jacks are in the same
number ports.
HINT Locate the infrared sensor on devices by
shining a flashlight onto the display panel of
sources and look for a small sensor.
04 If connecting to additional Audio Outputs, connect
the a 3.5mm cable from the Analogue L/R OUT port to
your chosen device (such as multiroom audio system)
05 For connection to third party amplification
equipment, connect a good quality Optical cable from the
SPDIF Out port of the transmission card to your selected
AV Receiver or Power Amplifier
ATTENTION We strongly recommend using the
supplied mounting brackets to secure the MATRIX
and the accompanying TRANSMITTER & DISPLAY
RECEIVER baluns. Any sudden movement of these
devices could lead to loss of picture and sound if
connections become loose or strained, resulting in
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
7
TYPICAL APPLICATION, BASIC OPERATION
unnecessary service call backs.
discretely from either location.
06 Connect a good quality, well terminated Cat 5e/6/7
ATTENTION If there is electrical interference or
cable bends/kinks within the set up the IR is one of
the first functions to fail.
cable with an RJ45 connector wired to 568B standard at
both ends from the HDBT Output port of the MATRIX to
the UTP IN of the RX-1UTP-IR-70 DISPLAY RECEIVER
ATTENTION Ensure both RJ45 connectors are
pushed securely into each port and supported by
the connector strain relief clip to prevent them from
becoming loose. The quality of termination for your
RJ45 is essential. Poor quality terminations lead to
intermittent performance and longer install times.
HINT Although all Wyrestorm products are tested
using Cat5e as standard, we suggest using Cat6 as
the preferred cable due to its improved transmission
capabilities.
If you do not have IR control:
• Check your cables are straight with jacks firmly
connected to ports.
• Check your IR sensors are unobstructed and able to
receive infrared signals.
• Check direct sunlight on the emitters/receivers is not
affecting the infrared signal.
10.
Basic Operation
07 Connect the HDMI OUT of the DISPLAY RECEIVER
to the HDMI IN of the display.
08 Plug the 3.5mm jack of the IR RX receiver into the
IR RX port of the display receiver balun. Place the IR RX
receiver sensor 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 TX emitter into the
corresponding IR TX port on the display receiver, ensuring
the emitter is placed directly over the infra-red 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.
The Wyrestorm MX0808-PP-AUD is designed with ease
of set-up and use in mind. Basic switching of source
inputs to output displays can be achieved via the front
panel control 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.
09 After ensuring the display receiver
OUTPUT selection
INPUT selection
10 Turn on power to input sources, displays, receivers
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.
balun is fixed firmly in place behind the
display, insert the 5v mains power adaptor
(included) or connect the USB to 5v
power cable.
and all other connected devices.
Finally, switch on the matrix at the rear and your
Wyrestorm system should now be fully connected and
ready for use.
ATTENTION Remember, always switch off the matrix
before unplugging any inputs or outputs – follow
last on, first off protocol.
If your IR emitters and receivers are correctly placed you
should now be able control both sources and displays
8
Confirm OUTPUTS/INPUTS
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 let you know the matrix
has been set.
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: +866 677 0053 EU: +44 (0) 1793 230 343
2
OUTPUT
OUTPUT
CHANNEL
CHANNEL
5
6
7
8
6
7
8
System
System Code
SwitchCode Switch
INPUTSELECT
SELECT
INPUT
11
The As
default
system
setting
issetting
0x00
one
matrix,
but matrix,
The
default
iscontrol
0x00
to control
one
such,
thesystem
function
of tothe
handset
buttons
and but
OUTPUT
pressing
the
SYSTEM
CODE
button
on
the
handset
THREE
INPUT
SELECT
pressing the
SYSTEM
CODE button
on thethe
handset
THREE
CHANNEL
operation
differs
depending
on
where
handset
is being
OUTPUT
TIMES rapidly activates the alternative Matrix SYSTEM CODE
INPUT SELECTTIMES rapidly activates the alternative Matrix SYSTEM CODE
CHANNEL
used.
0x4e,
allowing independent control of a second
1 unit. Pressing the
To change handset battery
allowing independent control of a second unit. Pressing the
To change handset battery button0x4e,
three
times
again
to
reverts
back
to
default
0x00 setting.
1
22
33
4
4
6
BASIC REMOTE CONTROL
6
7 System Code Switch
System Code Switch
7
8
8
mntrol
setting
oneismatrix,
0x00 but
to control one matrix, but
the
EM handset
CODE button
THREE
on the handset THREE
Matrix
vates SYSTEM
the alternative
CODE
Matrix SYSTEM CODE
ependent
second unit.
control
Pressing
of a second
the
unit. Pressing the
to
again
default
to reverts
0x00 setting.
back to default 0x00 setting.
BASIC REMOTE CONTROL
button three times again to reverts back to default 0x00 setting.
5
5
2
3
4
Pinch here and pull out
5
Pinch here and pull out
2
In the event that two MX0808-PP-AUD
units are used
BASICCONTROL
REMOTE CONTROL
BASIC REMOTE
11.
Remote
Control
11.
BasicRemote
Remote
Control
11. Basic
Basic
Control
INPUT SELECT
3
change4INPUTS and OUTPUTS and is able to switch
4
accordingly
depending on the user’s location.
5
BASIC 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.
3
NOTE Changing the System Code is only necessary if you
within
close proximity, the matrix3 is capable of switching
NOTE
Changing
thewithin
System
Code
only
if you
are using
two identical
units
close
rangeisof
the necessary
IR
between
two
distinct
IRofSystem
Codes
to
allow control of
usingin
two
identical
closeitrange
signal.are
If using
different
parts units
thewithin
same room
is likelyof the IR
4same hand-set.
individually
via
theof
thateither
you
willmatrix
not
need
to
the
setting.
signal.
If using
inchange
different
parts
the same room it is likely
that you will not need to change the
5 setting.
Changing
the System
Code
of the
handset
tothe
that
HINT
If your remote
control is not
working,
before
changing
assigned
to athe
specific
allow IRin commands
to
battery,
try changing
System matrix
Code onwill
the6 handset
case it
HINT
If your remote control is not working, before changing the
has be
accidentally
been
switched
to an
alternative matrix control
delivered
to
only
that
unit.
battery, try changing the System Code
7 on the handset in case it
mode.
6
Install
‘+’side
side up
Install battery
battery ‘+’
has accidentally been switched to an alternative matrix control
7a CR2025 3v
and
onlyonly
use
up and
use
CR
8 to control one matrix,
The
default system setting is 0x00
mode.
Install
battery
‘+’
side
battery.
compartment
2025
3VSlide
batteries.
Slide
but Control
pressing
theDisplay
SYSTEM
CODE button
on the handset
8
Remote
at the
End (Remote
IR)
up into
and the
only
useinto
CR
compartment
back
back
handset.
only
the System
necessary
Code
if you
is only necessary if you
System C
THREE
TIMES
rapidly
activates
the
alternative
Matrix
OUTPUT
the2025
handset.
INPUT
SELECT
3V batteries.
Slide
When controlling the matrix remotely from the display side, the
ose
ntical
range
unitsofwithin
the IRclose range of the IR
CHANNEL
System
Code
Switch
Remote
Control
atOUTPUT
the
Display
End
(Remote
IR)control of
OUTPUT
SYSTEM
CODE
0x4e,
allowing
independent
matrix
automatically
detects
which
particular
output
location
INPUT
SELECT
INPUT SELECT
different
sameINPUT
room
parts
it is
of likely
the same room it is likely
compartment back into
SELECT
CHANNEL
CHANNEL
1 also be accessedthe user
a
second
unit.
Pressing
the
button
three
times
again
to
The
same
basic
switching
functions
can
is at controlling
and only allows
selection
of sources
1-8display
for
need
etting.
to changeThe
thesame
setting.
handset.
When
the the
matrix
remotely
from the
side, the
basic switching functions canthe
also
be accessed via the
The
default
system
setting
is
0x00
to control one ma
OUTPUT
that
particular
location
using
the
button
the
right
hand
1
OUTPUT
1
reverts
back to default
0x00
setting.
via remote
the remote
2
control. control.
matrix automatically
detects
which
particular INPUT
outputSELECT
location
INPUT SELECT
pressing the
SYSTEM CODE button on the handset
CHANNEL
deactivated.
The default system setting button
is 0x00will
to be
control
one matrix, but CHANNEL
the user is at and only
the
of sources
for Matrix SYSTE
mote
king,control
beforeischanging
not
working,
changing
the
3 be
Operation
ofbefore
the switching
handset
is functions
the
same regardless
of location
– via CODE
rapidly activates
the 1-8
alternative
2 allows TIMES
2 selection
The
samethe
basic
can also
accessed
the button
pressing
the SYSTEM
on the handset THREE
For
example,
if
you
are
in
the
Master
Bedroom
with
a
display
NOTE
Changing
the
System
Code
is
only
necessary
Operation
of
the
handset
is
the
same
regardless
of
on
ng the handset
System
Code
in
case
on
it
the
handset
in
case
it
that
particular
location
using
the
button
the
right
hand
1
1
locallycontrol.
(source/IR emitter) or remotely (display/IR
receiver).
0x4e, allowing independent control of a second unit
To change
handset
battery
remote
TIMES
rapidly
activates the alternative
Matrix
SYSTEM
CODE
OUTPUT
4
connected
toare
output
3deactivated.
of the
thebutton
output
is again
INPUT
SELECTzone
een
ternative
switched
matrix
to control
an alternative
control emitter) or
3matrix,
3within
willCHANNEL
be
if button
you
using
two
units
range
of the
location
– locallymatrix
(source/IR
remotely
(display/
threeclose
times
to reverts
back to default 0
0x4e,
allowing
independent
control
of
a
second
unit.
Pressing
the
To change
handset
battery
Simply toggle
through
the INPUT
sources
connectedof
tolocation
the
automatically detected so options 1-8 2
will correspond
to sources
Operation
of
the
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button
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athe
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m the
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previous
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INPUT
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OUTPUT
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NNEL
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yular
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Pinch here and
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27
5 the System Code
changing
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6 8
5
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ctivated.
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24
droom
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When
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Toutput
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cted
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7 Slide5
2025 3V batteries.
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ular
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matrix
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asic switching functions
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7
1
7
8
rol.
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the handset
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button will be deactivated.
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connected
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display
connected
6
and is able to switch accordingly depending
on
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user’s
location.
matrix by
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left/right
arrow buttons 3in each numbered
two distinct
IR System
Codes
to allow
control
of either
matrix
1-8 on the matrix. Press
1
4 buttons 1-8
4 to scroll
e through the INPUT
sources
connected
to the
automatically
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The
MX0808-PP-AUD
features
anOUTPUT
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Back’
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function
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INPUT
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INPUT
SELECT
section
on the
handset.
the hand-set.
CHANNEL
CHANNEL
essing
the left/right
arrow buttons
in each
numbered
1-8 on the matrix. Press
1
7
4 buttons 1-8
4 to scroll through your options as you would channels on a regular TV remo
depending
on
where
the
handset
is
being
used.
correspond to sources 1-8 on the matrix. Press
buttons
is able to
2
CT
5
INPUT
5
ction SELECT
on thesystem
handset.of control through which the matrix
options as you would channels on a regular TV remote.
1
1
1-8
to
scroll
through
your
options
as
you
would
channels
distinguish
where
the
remote
handset
is
being
used
to
2
8
5
5
In the event that two MX0606/0808-PP units are used side
3
6
6
previous / next buttons
by side in the rack, the matrix
is capable
of switching between
2
2
3
6
6
next buttons
When
using
remote
control locally, i.e. pointed directly at the
4
7
two distinct IR System Codes to allow
control
ofthe
either
matrix
7
matrix, the previous / next buttons are used to scroll between the
3
3
the remote control
locally,
i.e.
pointed
directly
at
the
individually via the hand-set.
4
7
7
Technical
Support: [email protected]
[email protected] US: +866
677
0053individual
EU:0053
+44
(0)
1793
230(0)
343
Technical
Support:
US:
677
EU:
+44
1793 230 343
98
for+866
each
output
5 10 8
revious / next buttons are used
to scroll between
the input sources connected to the matrix
4
4
display.
So
for
example,
using
the
previous
/
next
buttons
for
1
es connected to the matrix for each individual output
5
8
8
6
or example, using the previous / next buttons for 1 allows you to select the source to be set to display 1 manu-ally.
5
5 See below:
BASIC REMOTE CONTROL
Basic Remote Control
11. Basic Remote Control
NTROL
cable.
The sequence of IR TX numbers correspond to the HDMI INPUTS
so when an OUTPUT selects a certain INPUT, the CALL-BACK
IR signal IR
of that
RJ45toport
selects the
TX port to
relevant
TX port
OUTPUT
therelevant
controlIRsignal.
OUTPUT the control signal.
BASIC REMOTE CONTROL
BASIC REMOTE CONTROL
IR Path
Display
Reciever
IR Path
IR Receiver
1
1
2
3
1
2
3
1
2
3
1
2
3
4
2
4
3
4
4
HDBT OUT 1
HDBT OUT 2
HDBT OUT 3
HDBT OUT 4
HDBT OUT 5
HDBT OUT 6
HDBT OUT 7
HDBT OUT 8
IR Path
4
IR Path
Single Cat5e/6/7
70m/230ft
Display
Reciever
1
1
2
3
1
2
3
1
2
3
1
2
3
4
2
4
3
IR Path
IR Receiver
4
A keyInput
feature
on our HDBaseT Lite Matrix range is discrete IR
HDMI
1
IRcontrol
TX 1 of the matrix, sources and displays from any location – so
HDMI
Input
2 matrix end can be controlled at a display location and
inputs
at the
IR TX 2
displays can be controlled at the matrix location.
HDMI Input 3
IRThis
TX 3is accomplished by placing a series of IR Emitters on devices
HDMI Source
HDMI
Input 4and Receivers
to control
at all locations you wish to control from to
IR TX 4
enable
the
IR
signal
to
travel
both ways via the single Cat5e/6/7
HDMI Input 5
IRcable.
TX 1
HDMI Input 6
The sequence of IR TX numbers correspond to the HDMI INPUTS
IR TX 2
IR TX Receiver
so when
HDMI
Inputan
7 OUTPUT selects a certain INPUT, the CALL-BACK
of that RJ45 port selects the relevant IR TX port to
IRIRTXsignal
3
HDMI
Input 8the control signal.
OUTPUT
1
01
IR TX 4
IR Path
HDBT OUT 7
Example: If OUTPUT 1 selects INPUT 3, the CALL-BACK IR
signal of that RJ45 OUTPUT links INPUT 3 with IR TX3 for the
signal to be combined and communicated for that input to be
controlled remotely.
HDMI Cable
UTP Out 1
HDMI
1
UTP
Out Input
2
IR Out
TX 13
Cat5e/6/7 up to
UTP
HDMI
2
70m (230ft)
UTP
Out Input
4
IR Out
TX 25
UTP
HDMI
3
UTP
Out Input
6
IR TX 3
UTP Out 7
HDMI Source
HDMI Input 4
UTP Out 8
IR TX 4
HDMI Input 5IR RX Receiver
IR TX 1
202
HDMI Input 6
IR TX 2
HDMI Input 7
IR TX 3
HDMI Input 8
IR TX 4
1
1
2
3
1
2
3
4
1
2
3
1
2
3
1
1
2
3
1
2
3
4
2
4
3
1
2
3
1
2
3
4
4
4
IR TX Emitter
IR TX Receiver
4
2
4
3
4
4
4
IR RX Receiver
IR Path
HDBT OUT 3
HDBT
OUT 4 HDBT OUT
The IR
Wyrestorm
MX0808-PP-AUD
is8not only a switcher
Call-back of Matrix and Source Devices
and extender of multiple HDMI signals to multiple HDMI
The Wyrestorm
is not only
switcher and
receivers
located MX0606/0808-PP
remotely, it also passes
IR acontrol
Cat5e/6/7
extender of multiple HDMISingle
signals
to multiple HDMI receivers
signals through the IR call-back
system to the matrix
70m/230ft
located remotely, it also passes
IR control signals through the
and HDMI sources for full, independent control of all
IR call-back system to the matrix and HDMI sources for full,
connected
inputs from output locations.
independent control of all connected inputs from output locations.
Example:
OUTPUT
1 selects
INPUT
the CALL-BACK
Example: IfIfOUTPUT
1 selects
INPUT
3, the3,CALL-BACK
IR
signal
of
that
RJ45
OUTPUT
links
INPUT
3
with
IR
TX3
for
IR signal of that RJ45 OUTPUT links INPUT 3 with IRthe
TX3
signal
to
be combined
and communicated
for that input to for
be that
for
the
signal
to
be
combined
and
communicated
Two-way IR Call-back Between Matrix, Sources and
controlled
input
to beremotely.
controlled
remotely.
Displays
from Multiple
Locations
IR Path
HDBT OUT 5
IR Call-backHDBT
of Matrix
and Source Devices
OUT 2 HDBT OUT 6
IR Path
HDBT OUT 1
IR Path
on a regular TV remote.
4
01
HDMI Cable
At Matrix end: Insert the 3.5mm jacks of the IR TX Emitters
101 At
Matrix
end:
Insert
3.5mm
jacks
of the
IR TX
included
with
the unit
into the
the IR
TX Emitter
ports
at the
UTP Out 1
IR RX Receiver
Emitters
included
with the unit into the IR
TX Emitter ports
UTPrear
Outof
2 the matrix according to input. The IR signal is added
at the
rear
of
the
matrix
according
to
input.
Theif IR
to
the
HDMI
of
the
input
device
so,
for
example,
thesignal
user
Cat5e/6/7 up to
UTP Out 3
70m
(230ft)
is added
to
the
HDMI
of
the
input
device
so,
for
example,
is
watching
Blu-ray
on
input
3,
the
IR
signal
will
be
directed
UTP Out 4
UTP
Out is
5 watching
through
the IR TX3 Blu-ray
socket toon
control
the3,device.
each
if the
user
input
the IRAssignal
UTP
Out
6
will be directed through the IR TX3 socket to control the
UTP Out 7
device.
A key feature on our HDBaseT Matrix range is discrete
IR control of the matrix, sources and displays from any
location – so inputs at the matrix end can be controlled
at a display location and displays can be controlled at the
UTP Out 8
matrix location.
Technical Support: [email protected] US: +866 677 0053 IREU:
+44 (0) 1793 230 343
RX Receiver
11
IR Path
Two-way IR Call-back Between Matrix, Sources and
Displays from Multiple Locations
1
1
2
3
1
2
3
1
2
3
1
2
3
4
2
4
3
4
4
4
This is accomplished by placing a series of IR Emitters on
devices to control and Receivers at all locations you wish
to control from to enable the IR signal to travel both ways
via the single Cat5e/6/7 cable.
The sequence of IR TX numbers correspond to the HDMI
INPUTS so when an OUTPUT selects a certain INPUT,
the CALL-BACK IR signal of that RJ45 port selects the
10
IR Path
IR TX Emitter
02
1
1
2
3
1
2
3
1
2
3
1
2
3
4
2
4
3
4
4
01
4
At Matrix end: Insert the 3.5mm jacks of the IR TX Emitters
included with the unit into the IR TX Emitter ports at the
rear of the matrix according to input. The IR signal is added
to the HDMI of the input device so, for example, if the user
Technical Support: [email protected] US: +866is677
0053 EU: +44 (0) 1793 230 343
watching Blu-ray on input 3, the IR signal will be directed
through the IR TX3 socket to control the device. As each
HDMI input ports match (Input 1-TX1, Input2-TX2 etc.) with
moving the
sensor to different
areas
on the sourceresults
can
of theplugs
sensor
to achieve
the
best
performance
secured
in
correct
ports,
and
secondly,
that the
NOTE
stment may be needed
to
theIRlocation
of the
Infrared
receiving
areas
of devices
canIRbeTX
improve
performance.
sometimes
moving
the
sensor
to
different
areas
on
the
emitterresults
sensors
areshining
firmly attached
directly
to the
front
of
e the best performance
- sometimes
located
by
a flashlight
onto the
front
of the
source
can
improve
IR
performance.
inputs
and
covering
infrared
sensor
windows
of
the
source
sor to different
areas
on the
source
can
device
–
the
sensor
should
be
able
to
be
seen
through
NOTE
Infrared receiving areas of devices can be
devices.
ormance.
the plastic
as aasmall,
round
object
inside.
located
by shining
flashlight
onto
the front
of the
BASIC REMOTE CONTROL
BASIC REMOTE CONTROL
BASIC REMOTE CONTROL
-RX2)
with the IR
signal
converted
to HDMI
and carried
As with the IR TX, the IR RX ports
are allocated
to
theirthe
Output2-RX2)
with
IR signal
converted
to HDMI
Insert
3.5mm
jacks of IRcable.
RX receivers into RX ports,
along
the single
Cat5e/6/7
respective UTP OUTPUT portsand
(Output1-RX1,
Output2
carried
along
single
Cat5e/6/7
cable.
making sure
the the
receivers
themselves
are placed
in
-RX2) with the IR signal converted to HDMI and carried
Insert
3.5mm
jacks
of
IR
RX
receivers
into
ports,
clear
view
at
the
to
receive
an
infrared
signal
fromRX
the
As with
thejacks
IR TX,
IRreceivers
RX portsinto
areRX
allocated
to
their
Insert
3.5mm
of the
IR RX
ports,
along the single Cat5e/6/7 cable.
remote
handset
used
control
the
display
outputs.
making
sure
the
receivers
themselves
are
placed
making
sure the
receivers
themselves
are placed in Output2
respective
UTP
OUTPUT
ports (Output1-RX1,
in clear
clear
view
at
the
to receive
ansignal
infrared
signal
view
at the
receive
an
infrared
fromand
the
-RX2)
with
theto
IR
signal
converted
to
HDMI
carried
Insert 3.5mm jacks of IR RX receivers
into
RX
ports,
NOTE
The
Call-back
function
can
be
turned
on/off
remote
handset
used
control
the
display
outputs.
fromalong
the
used
control the display
the
single
Cat5e/6/7
cable.
making sure the receivers themselves
areremote
placed
inhandset
by accessing the Wyrestorm COMCTL software. See
clear view at the to receive anoutputs.
infrared signal from the
ADVANCED
OPERATION
NOTE
Call-back
can
be turned
on/off
remote handset used control the display
outputs.
InsertThe
3.5mm
jacksfunction
of IR RX
receivers
into
RX ports,
by accessing
the
Wyrestorm
COMCTL
software.
See
02
At
display
end:
Insert
the
IR
RX
Receiver
jack
into the IR
making
sure
the receivers
themselves
are
placed
in
NOTE
The
Call-back
function
can
be
turned
on/off
ADVANCED
OPERATION
NOTE The Call-back function can
RX
port
of
the
display
receiver
balun,
with
the
receivers
be
turned
on/off
clear
view
at
the
to
receive
an
infrared
signal
from
the See
by accessing
the
Wyrestorm
COMCTL
software.
themselves
placed
in clear
view
on
ordisplay
near
displays
by accessing the Wyrestorm
software.
See used
02COMCTL
At remote
display
end:
Insert
the
IRcontrol
RX
Receiver
jackthe
intooutputs.
the IR to
handset
the
ADVANCED
receive
anOPERATION
infraredreceiver
signal from
thewith
remote
handset used to
ADVANCED OPERATION
RX port
of the
display
balun,
the receivers
control
inputs.
themselves
placed
in
clear
view
on
or
near
the
displays
NOTE
function can be turned to
on/off
02 At display end: Insert the IR RX2Receiver jackThe
intoCall-back
the IR
At display
end:
Insert
theremote
IR RXhandset
Receiver
receive
an
infrared
signal
from
the
used jack
to Seeinto
the Wyrestorm
COMCTL
software.
RX port of the display receiver balun, by
withaccessing
the receivers
Insert
the
IR
TX
Emitter
jack
into
the
IR
TX
port
of
the
control
IR
RXinputs.
port
ofOPERATION
the
themselves placed in clear view the
on or
near
the
displays
to display receiver balun, with the
ADVANCED
display receiver
balun, ensuring that the emitter sensor is
receivers
themselves
receive an infrared signal from the
remote handset
used to placed in clear view on or near the
attached
to infrared
window
the
display.
Insert
the
TX
Emitter
the
IR
TX
port of
of
theinto
02
Atsecurely
display
end:
Insert
theinto
IRsensor
RX
Receiver
jack
the IR
displays
toIRreceive
an jack
infrared
signal
from
the
remote
control inputs.
display
receiver
balun,
ensuring
that the
emitter
is
RX port
of the
display
receiver
balun,
withsensor
the receivers
handset
used
control
inputs.
Follow
the to
same
connection
andwindow
positioning
fordisplay.
baluns/
securely
attached
to infrared
sensor
of the
view
on
or near
theall
displays
to
Insert the IR TX Emitter jack into the themselves
IRdisplays
TX portconnected
ofplaced
the intoclear
the matrix.
receive
an
infrared
signal
from
the
remote
handset
used
to
display receiver balun, ensuring that the emitter sensor is
Insert
the
TX connection
Emitter jack
into the IR
port of the
Follow
theIR
same
and positioning
for TX
all baluns/
control
inputs.
securely attached to infrared sensor window
of
the
display.
If all
IR TX Emitters
IR RX Receivers
positioned
displays
connected
to theand
matrix.
display
receiver
balun,
ensuring
that the are
emitter
sensor
IR TX port is allocated to an individual HDMI input port, if
and connected correctly with sources, displays and display
is
securely
attached
to
infrared
sensor
window
of
the
connection
for all
baluns/
Insert the
IRfully
TXpowered
Emitterand
jackthe
into
the IR
of the
the user is unable to establish IRFollow
controlthe
of same
the device,
care and positioning
matrix
setTX
to port
IR call-back
If all receivers
IR TX Emitters
and IR RX Receivers
are
positioned
As each IR should
TX port taken
is allocated
to an
individual
HDMIto the matrix.display.
displays
connected
display
receiver
ensuring
the emitter
sensor
totocheck
that,
firstly,
the input
IR
emitter
enabled
and
IRbalun,
TX Swicth
modethat
activated,
two-way
IR willis
IR TX port isbeallocated
an individual
HDMI
port, ifand
and connected
correctly
with sources,
displays and
display
input port,
if
the
user
is
unable
to
establish
IR
control
of
HDMI
input
ports
match
(Input
1-TX1,
Input2-TX2
etc.)
with
securely
attached
to
infrared
sensor
window
of
the
display.
now
be
possible.
the user is unable to establish IR control of the device, care
receivers fully powered and the matrix set to IR call-back
Ifthe
allsecondly,
IRemitter
TX
Emitters
and
Receivers
aresame
positioned
plugs
secured
correct
that
the IR
TXIR RX Follow
the device,
care
should
be
taken
toand
check
that,
firstly,
the
connection
and
positioning
for
should
be taken
to in
check
that,ports,
firstly,
IR
and
andControl
IR TX Swicth mode activated, two-way IR willall baluns/
IRenabled
Extender
ocated to an individual HDMI
input port, ifare firmly attached
and
connected
correctly
displays
and
display
emitter
directly
to the
front
Follow
the
same
connection
and positioning for all baluns/
HDMI
input
ports
match
(Inputports
1-TX1,
Input2-TX2
etc.)
withof with sources,
the IR emitter
andsensors
HDMI
input
match
(Input
1-TX1,
displays
connected
to the matrix.
now be possible.
le to establish IR control inputs
of the device,
care infrared sensor
receivers
fully
powered
and
the
matrix
set
to
IR
call-back
and
covering
windows
of
the
source
plugs
secured
in
correct
ports,
and
secondly,
that
the
IR
TX
displays
connected
to
the
matrix.
Input
2-TX2
etc.)
with
in correct ports,
to check that,
firstly,
the IR
emitter
andplugs securedenabled
IR Extender Control
andfront
IR TX
devices.
emitter
sensors are firmly attached directly
to the
of Swicth mode activated, two-way IR will
and1-TX1,
secondly,
that etc.)
the with
IR TX emitter now
sensors
are firmly
If all IR TX Emitters and IR RX Receivers are positioned
ts match (Input
Input2-TX2
be
possible.
inputs and covering infrared sensor windows of the source
If all IR TX Emitters
andwith
IR RX
Receivers
are positioned
attached
directly
to
the
front
of
inputs
and
covering
and connected
correctly
sources,
displays
and
n correct ports,
and secondly,
that
the
IR
TX
Some
later adjustment
may be needed
the location
devices.
IR TX
port
is allocated
to an individual
HDMItoControl
input
port, if of the
IR Extender
and
connected
correctly
with
sources,
displays
and display
are firmly attached
to the
of of
infrareddirectly
sensor
windows
devices.
display receivers fully powered and the matrix set to IR
sensor
tofront
achieve
thethe
bestsource
performance
results - sometimes
the user is unable to establish IR control of the device, care
receivers fully powered and the matrix set to IR call-back
ring infrared sensor windows
of adjustment
the
moving
thesource
sensor to different
areas
on the
sourceofcan
call-back enabled and IR TX Switch mode activated, twoSome
needed
location
should
belater
taken
to checkmay
that,befirstly,
thetoIRthe
emitter
and the
enabled and IR TX Swicth mode activated, two-way IR will
improve
IR performance.
sensor
to achieve
themay
best be
performance
Some later
adjustment
neededresults
to the- sometimes
location
way IR will now be possible.
BASIC REMOTE CONTROL
BASIC REMOTE CONTROL
As with the IR TX, the IR RX ports are allocated to their
respective UTP OUTPUT ports (Output1-RX1, Output2
-RX2)
the
IRthe
signal
converted
to HDMI
and
carried to
AsAs
with
the
IRTX,
TX,
IRports
RX are
ports
are allocated
with
thewith
IR
the
IR RX
allocated
to
their
along
the
single
Cat5e/6/7
cable.
respective
UTP OUTPUT
ports (Output1-RX1,
Output2
their
respective
UTP OUTPUT
ports (Output1-RX1,
now be possible.
IR Should
Extender
localControl
control of the
Matrix via the front panel
IR sensor
be an of
issue,
Should
local control
the for
example
if
the
sensor
Matrix via the front panel is
obstructed
the unit
IR sensor
be anor
issue,
for is
installed
a closed
example
if theinsensor
is area out
of infrared
lineunit
of is
sight, the
obstructed
or the
IR RX
included
installed
in Receiver
a closed area
out with
the
matrix
can
be
inserted
into
of infrared line of sight, the
the
IR
EXT
port
at
the
rear
IR RX Receiver included with to
extendcan
thebe
IR inserted
sensor range
the matrix
into and enable local control of the system.
NOTE Infrared
receiving
areas
of devices
be
device – the
sensor should
be able
to be seencan
through
d receivinglocated
areasSome
ofthe
devices
can
adjustment
may
be needed
to
the
location
of
plastic
as be
a small,
round
object
inside.
bylater
shining
a flashlight
onto
the
front
of
Should local control of thethe
ning a flashlight sensor
onto the
front
of the
to
achieve
the
best
performance
results
sometimes
Matrix
the front
panel
the device – the sensor should
be via
able
to- be
seen
ensor should be moving
able to the
be seen
through
sensor
to different areas
on the
source
can
IR
sensor
be
an
issue,
for
through
the
plastic
as
a
small,
round
object
inside.
a small, round object
inside.
improve
IR performance.
example if the sensor is
obstructed or the unit is
NOTE Infrared receiving areas
of devices
can be
installed
in a closed
area out
Should local control of the
infrared
of of
sight,
located by shining a flashlightofonto
the line
front
thethe
the IR EXT port at the rear to
Matrix
via the front panel
NOTE
or poorly
secured
Emitters
Receivers
RX Receiver
included
with
device – the sensor should beIRable
to be seen
through
extend
the IRMisplaced
sensor range
and enable
localIR
control
of theand
system.
IR
sensor
be in
anintermittent
issue, for IR control signals passed to and from
may
result
the
matrix
can
be
inserted
into
the plastic as a small, round object inside.
example
if theCheck
sensoryour
is
the Misplaced
matrix.
adjustand
if necessary.
NOTE
the IR EXT port at the rear to
or poorlyplacement
secured IRand
Emitters
Receivers
obstructed
or
the
unit
isIR control signals passed to and from
extend the IR sensor range and enable
of the system.
may local
resultcontrol
in intermittent
installed
a closed
out
the
matrix. in
Check
yourarea
placement
and adjust if necessary.
NOTE Misplaced or poorly secured
of infrared
line
of
sight,
the
IR Emitters and Receivers
IRsignals
RX Receiver
included
with
may result in intermittent IR control
passed
to and from
be inserted into
the matrix. Check your placement the
andmatrix
adjustcan
if necessary.
the IR EXT port at the rear to
NOTEthe
Misplaced
or poorly
secured
IR Emitters
extend
IR sensor range
and enable
local control
of the system.
Technical Support: [email protected] US: and
+866Receivers
677 0053 EU:
+44result
(0) 1793
343
12
may
in 230
intermittent
IR control
NOTE Misplaced
secured
Emitters
and Receivers
signals
passed or
to poorly
and from
theIR
matrix.
Check
your
Technical Support: [email protected] US: +866
677result
0053 in EU:
+44
(0) 1793
230 343
12and from
may
intermittent
IR
signals passed to
placement
and
adjust
if control
necessary.
the matrix. Check your placement and adjust if necessary.
echnical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
12
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
11
ADVANCED REMOTE CONTROL
ADVANCEDADVANCED
REMOTE CONTROL
REMOTE CONTROL
11.
Advanced Remote
Control
11. Advanced Remote
Control
IR Call Back and Third Party Control systems
Please note: Due to the differing method of control
based on location, if you are using a third party
IR Call Back
andlearning
Third Party
control
system,
theControl
control systems
from the IR is NOT
recommended
will method
be limited
to scrolling
Please note: Dueas
to control
the differing
of control
based onup/
location,between
if you are inputs.
using a third
party control
system,
learning the
down
For discrete
source
selection
control
theto
IR import
is NOT recommended
controlfor
willcontrol
be limited
you
willfrom
need
discrete hexas
codes
to
scrolling
up/down
between
inputs.
For
discrete
source
selection
systems. These can be obtained through the Wyrestorm
IR
Call
Back
and
Third
Party
Control
systems
you
will
need
to
import
discrete
hex
codes
for
control
systems.
website, by contacting our technical support or you can
These can be obtained through the Wyrestorm website, by
input
them
manually.
Please
note:
Due to the differing method of control based on
11. Advanced Remote
Control
12.
Advanced Operation
Controlling the MX0808-PP-AUD using RS232 and
COMCTL PC Software
12. Advanced Operation
Typically, unless alternative methods of controlling
Controlling
using
RS232
and
the matrix the
are MX0606/0808-PP
chosen or problems
with
device
COMCTL
PC
Software
communication through the matrix encountered, basic
12. Advanced Operation
operation
is alternative
all that is methods
requiredoftocontrolling
operatethe
your
MX0808Typically,
unless
matrix
are
chosen
or problems
with the
device
communication
throughon
theadvanced
matrix
PP-AUD.
However,
following
information
encountered,
basicdetail
operation
all that
is required
to can
operate
operation will
howisthe
matrix
system
be
Controlling
the for
MX0606/0808-PP
using
RS232
and can
your
MX0606/0808-PP.
However, the
following
information
configured
and
advanced
control
and
settings
COMCTL
onbe
advanced
operation
will detail how
theshould
matrix system
be
alteredPC
or Software
data manually
input
such can
problems
configured and for advanced control and settings can be altered
Typically,
alternative
methods
controlling
matrix
are
arise,
asunless
well as
configuring
theofsystem
for the
third
party
or data manually input should such problems arise, as well as
chosen or problems with device communication through the matrix
control.
configuring the system for third party control.
contacting our technical support or you can input them manually.
encountered, basic operation is all that is required to operate
location, if you are using a third party control system, learning the
your MX0606/0808-PP.
However, the following information
RS232
Remote
Control
control
from
the
IR
is
NOT
recommended
as
control
will
be
limited
For
reference:
The
IR
is
NEC
and
possesses
a
carrier
wave
of
For reference: The IR is NEC and possesses a carrier
RS232
Remote
Control
on advanced operation will detail how the matrix system can be
to
scrolling
up/down
between
inputs.
For
discrete
source
selection
38KHz
with
a
system
code
of
0x00
wave of 38KHz with a system code of 0x00
Control of the matrix is possible through RS232 using third party
configured and for advanced control and settings can be altered
you will need to import discrete hex codes for control systems.
control
systems
or matrix
the dedicated
Wyrestorm
COMRS232
CTL software
Control
of the
is possible
through
using
or data manually input should such problems arise, as well as
OUTPUT
These can be obtained through the Wyrestorm website, by
included
with your
purchase
(also or
downloadable
from www.
INPUT SELECT
third
party
control
systems
the
dedicated
Wyrestorm
CHANNEL
configuring the system for third party control.
contacting our technical support or you can input them manually.
wyrestorm.com).
COM CTL software included with your purchase (also
RS232 Remotefrom
Control
For
The IR0x0d
is NEC and possesses a carrier wave of
downloadable
www.wyrestorm.com).
0x1d
1 reference:
RS232
Setting
38KHz with a system code of 0x00
Control of the matrix is possible through RS232 using third party
Should third party control be required, please see below for control
control systems
or the dedicated Wyrestorm COM CTL software
RS232
Setting
2OUTPUT 0x1b 0x15
system configuration and hex code input. The RS232 connection
included with your purchase (also downloadable from www.
INPUT SELECT
CHANNEL
on the matrix is female QB9 Users can use a USB to RS232
wyrestorm.com).
Should
third party
be required,
0x12 0x08
3
cable
or a direct
male tocontrol
female serial
cable. please see below
0x1d 0x0d
for
control
system configuration and hex code input. The
1
RS232
Setting
4
5
6
7
8
2
0x55 0x4a
0x1b 0x15
3
0x06 0x03
0x12 0x08
4
0x07 0x02
0x55 0x4a
5
0x44 0x51
0x06 0x03
6
0x1e 0x1a
0x07 0x02
Output1 source select key code:
0x44 0x51
7
0x80 0x81 0x82 0x83 0x84 0x85 0x86 0x87
Output2 source0x1e
select key
code:
0x1a
8
0x90 0x91 0x92 0x93 0x94 0x95 0x96 0x97
Output3 source select key code:
Output1
source
select
code:
0xa0
0xa1 0xa2
0xa3
0xa4key
0xa5
0xa6 0xa7
0x80
0x81
0x82
0x83
0x84
0x85
Output4 source select key code: 0x86 0x87
Output2
source
select
key
code:
0xb0
0xb1 0xb2
0xb3
0xb4
0xb5
0xb6 0xb7
0x90
0x91
0x92
0x93
0x94
0x95
Output5 source select key code: 0x96 0x97
Output3
source
select
code:
0xc0
0xc1 0xc2
0xc3
0xc4key
0xc5
0xc6 0xc7
0xa0
0xa1
0xa2
0xa3
0xa4
0xa5
Output6 source select key code: 0xa6 0xa7
Output4
source
select
key
code:
0xd0
0xd1 0xd2
0xd3
0xd4
0xd5
0xd6 0xd7
0xb0
0xb1
0xb2
0xb3
0xb4
0xb5
Output7 source select key code: 0xb6 0xb7
Output5
source
select
key
code:
0xe0
0xe1 0xe2
0xe3
0xe4
0xe5
0xe6 0xe7
0xc0
0xc1
0xc2
0xc3
0xc4
0xc5
Output8 source select key code: 0xc6 0xc7
Output6
source
key code:
0xf0
0xf1 0xf2
0xf3select
0xf4 0xf5
0xf6 0xf7
0xd0 0xd1 0xd2 0xd3 0xd4 0xd5 0xd6 0xd7
Output7 source select key code:
0xe0 0xe1 0xe2 0xe3 0xe4 0xe5 0xe6 0xe7
12
Receiveisserial
data from
RS232
on RXD
the matrix
female
DB9.PCUsers
5 4 connection
3 2 1
Should third party control be required, please see below for control
TXD
Transmit
serial
data
to
PC
can
useconfiguration
USB-RS232
cable (supplied) for connection
to
RXD
TXD
system
and hex code input. The RS232 connection
Ground
aonPC
or
a
straight
through
male-male
(not
supplied)
for
Com
Port
Setting
the matrix is female QB9 Users can use a USB to RS232
7 to 6amale
connection
control
interface.
cable9 or 8a direct
to female
serial cable.
Female connector - 9 holes
1
5
4
2
3
3
4
2
5
1
RXD TXD
TXD RXD
Ground
Ground
6
9
7
8
8
7
9
1
2
3
TXD RXD
4
9600bps
Data
8bitsdata from PC
RXD bits
Receive serial
TXD
Transmit
serial
data to PC
Parity
None
Com bits
Port Setting
Stop
1
6
Female
connector
- 9 holes
Male
connector
- 9 holes
COM CTL
Baud rate
5
Baud
rate
Flow
control
9600bps
None
Data bits
8bits
Parity
None
Ground
After fully connecting
all inputs and
outputs
Stop
bits to the
1 matrix and
installing 6the7software,
on
opening
the
program
the
control
8 9
Flowthe
control
Noneas messages
window will display information from
matrix, such
Male connector - 9 Pins
holes
received from the switch such as input/output details, firmware
COMand
CTLcontrol commands/HEX codes that allow the system
version
to be controlled remotely, as well as buttons used to navigate the
After fully
connecting all inputs and outputs to the matrix and
COM
CTL
screen.
installing the software, on opening the program the control
window
willconnecting
display information
from and
the matrix,
suchtoasthe
messages
After
fully
all inputs
outputs
matrix
received from the switch such as input/output details, firmware
and installing the software, on opening the program
version and control commands/HEX codes that allow the system
the control window will display information from the
to be controlled remotely, as well as buttons used to navigate the
matrix,
screen. such as messages received from the switch such
as input/output details, firmware version and control
commands/ASCII codes that allow the system to be
controlled remotely, as well as buttons used to navigate
the screen.
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
Output8 source select key code:
0xf0 0xf1 0xf2 0xf3 0xf4 0xf5 0xf6 0xf7
15
01
16
9
17
MX0606-PP
MX0606-PP
03
04 04
06 06 07
02
03
02
1
05
05
3
2
10 11
10 10
11 11
10 10
11 11
10 1112
12
07 08 08
4
Receive
Message
WindowWindow
01 Receive
Message
5
01
02 Matrix
02 Status
Matrix Status
10 11 10 11 10 11
12
03 Message
03 Message
6 Clear Clear
7
8
06 Com
State -State
Shows
if the matrix
connected
06 Connect
Com Connect
- Shows
if the is
matrix
is connected
04 1Send
Message
Window
04
Send Message
or disconnected
to
the
Com
Port
and
communication
is
Receive
MessageWindow
Window
or disconnected to the Com Port and communication
is
05 2Send
Message
Button
enabled.
Selection
between
ports
is
available
by
pressing
the
05
SendStatus
Message Button
enabled. Selection between ports is available by pressing
the
Matrix
Com Port
Select
button. button.
Com
Port
Select
Message
Clear
3
06 Com
Connect
State State
06 Port
Com
Port Connect
6 Com Connect State - Shows if the matrix is
4 Send Message Window
07 When
the onlythe
option
be to
and and
07 connected,
When connected,
only will
option
willDisconnect
be to Disconnect
07 Com
Select
07 Port
Com
Port Select
connected
or
disconnected
to
the
Com
Port
and
5 Send Message Button
vice versa.
vice versa.
08 6Connect/Disconnect
from
Matrix
08
Connect/Disconnect
from Matrix
communication
istoenabled.
Selection
between
ports
Press Press
connect/disconnect
the matrix
from
Com
Port Connect State
08 to08
connect/disconnect
the
matrixthe
from
theis
software
control.
available
by
pressing
the
Com
Port
Select
button.
software control.
Com
PortSwitch
Select
09 7Input/Output
area area
09
Input/Output
Switch
Connect/Disconnect
from
Matrix
8
10 Select
Presaved
OutputOutput
State 1,State
2, or1,3 2, or 3
10 Select
Presaved
to ENABLE
matrix
communication
7 Connected
Connected
to ENABLE
matrix
communication
When
connected,
the
only
option
will be to
9 Input/Output Switch area
11 10Save
Current
OutputOutput
State 1,State
2, 3 1, 2, 3
11
Save
Current
Disconnect
and
vice
versa.
Select Presaved Output State 1, 2, or 3
Disconnected
to DISABLE
matrix communication
to DISABLE
matrix
communication
Press
to connect/disconnect
the matrix
from the
8 Disconnected
12 11Select
all Current
Inputs/Outputs
Save
Output State 1, 2, 3
12
Select
all Inputs/Outputs
software
control.
Com
Select
Connect/Disconnect
08 08 Connect/Disconnect
Select
all Inputs/Outputs
07 07 Com Select
13 12Settings
13
Settings
13 Settings
14 Set
access
k the Com
dropdown
to see all
Comallports
Select Select
14IP Set
IP access
kConnected
theSelect
Com Select
tomatrix
see
Comavailable.
ports available.
todropdown
ENABLE
communication
14 Set IP access
your
chosen
Com
port
number
and
press
the
CONNECT
button.
your chosen Com port number and press the CONNECT button.
15 15IR15
Set
Area
IR
Set
Area
IR Set
Area
You willYou
notice
button
changechange
to show ‘disconnect’
and and
will the
notice
the button
show ‘disconnect’
Disconnected
to DISABLEtomatrix
communication
EDID
Settings
16 16EDID
Settings
16
EDID
Settings
CONNECT
STATE
change
to
green
for
‘connected’
.
Pressing
the
CONNECT STATE change to green for ‘connected’. Pressing
the
IR Matrix
17
button
again
will
disconnect
the
Com
port
and
the
CONNECT
state state
button
again
will
disconnect
the
Com
port
and
the
CONNECT
17 IR17
Matrix
IR Matrix
Com
Select 8 Connect/Disconnect
7willred.
will show
show red.
1
Receive
Message
Window
–
displays
messages
01 Receive
Message
Window
– displays
messages
received
01 Receive
Message
Window
– displays
messages
received NOTE NOTE
The Com
drop box
offers
options
of ComofPorts
TheSelect
Com Select
drop
box offers
options
Com Ports
• •
• •
Click the
Com Select
dropdown to see all Com ports
received
from
such
assettings
input/output
settings
from the
matrix,
suchmatrix,
assuch
input/output
and command
from
thethe
matrix,
as
input/output
settings
and
commandto connect
to – COM
to connect
to –1-10
COM 1-10
and
command
available. Select your chosen Com port number and
selections.
selections.selections.
09 press
Input/Output
SwitchSwitch
- Switches
connected
inputs per
09 the
Input/Output
- Switches
connected
inputs
per
You
view
the
current
condition
of
all
input/output
CONNECT
button.
You
will
notice
the
button
Youcan
canYou
view
the
current
condition
of
all
input/output
ports
can view the current condition of all input/output ports
output. output.
Operation
as
withas
remote
control
handset.
Operation
with remote
control
handset.
by pressing
the 02
button.button.
ports
bybypressing
the 02
button.
change
to show
‘disconnect’
and CONNECT
STATE
pressing
the
2
change to green for ‘connected’. Pressing the button
Pressing
will delete
the
message
3
Pressing
will delete
the previous
message
Pressing
03
will
delete
theprevious
previous
message
03
again will disconnect the Com port and the CONNECT
received
in
the
window.
received
the window.
received
in the in
window.
state will show red.
04 Send
Window
- Input -your
serial
04 Message
Send Message
Window
Input
yourcommands
serial commands
4for the
Send
Message
Window
-Window
InputWindow
your
serial
matrix
in
the Send
Message
- such
as
for
the
matrix
in the
Send Message
- such as
MX0808-PP
MX0808-PP
instructions
for
or to enter
mode
–mode
and click
commands
foroutputs
theformatrix
inorthe
Send
Message
instructions
outputs
toupdate
enter
update
–Window
and click
- the
such05
as
instructions
for
outputs
or
to
enter
update
Send
button
to
deliver
the
message
to
the
Matrix.
the 05 Send button to deliver the message to the Matrix.
mode
–The
andcontrol
click command
theuses
Send
button to deliver the
The control
command
5 ASCII.
uses ASCII.
message
to the Matrix. The control command uses ASCII.
NOTE
NOTE
To see the firmware version currently used in the
To see the firmware version currently used in the
systemsystem
– power
off andoff
repower
while the
matrix
is connected
– power
and repower
while
the matrix
is connected
NOTE
To
see
thefirmware
firmware
version
currently
used
in
to COM
The
firmware
versionversion
and
creation
date will
be
toCTL.
COM
CTL.
The
and creation
date
will be
the
system
–
power
off
and
repower
while
the
matrix
displayed
together
with the
normal
outputoutput
state of
the of
matrix.
displayed
together
with
the normal
state
the matrix.
MX0606-PP
MX0606-PP
NOTE The Com Select drop box offers options of
Com Ports to connect to – COM 1-10
denotesdenotes
each OUTPUT
sectionsection
with with
Ayellow
large number
yellow number
each OUTPUT
9A large
Input/Output Switch - Switches connected inputs
INPUTS
chosenchosen
by either
the left/right
arrow buttons
INPUTS
byclicking
either clicking
the left/right
arrow buttons
per
output.
Operation
as with
remote
to scroll
inputs numerically
or by pressing
thehandset.
input
tothrough
scroll
through
inputs
numerically
orcontrol
by pressing
the input
numbers
below. below.
numbers
The INPUT/OUTPUT
switch switch
allows output
port selection
The INPUT/OUTPUT
allows output
port selection
(display)
and Input
select
buttonsbuttons
for specific
(display)
andport
Input
port (source)
select (source)
for specific
is connected to COM CTL. The firmware version and
creation date
will Technical
beSupport:
displayed
together
with theUS: +866
Technical
[email protected]
0053
EU: +44
1793
343
Support:
[email protected]
US: 677
+866
677 0053
EU:(0)+44
(0)230
1793
230 343
normal output state of the matrix.
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
14
14
13
ADVANCED OPERATION
ADVANCED OPERATIO
01
ADVANCED OPERATIO
14
13
8
button again to Connect and power-cyle the matrix
(turn off and on).
ADVANCED OPERATION
A large yellow number denotes each OUTPUT section
with INPUTS chosen by either clicking the left/right arrow
buttons to scroll through inputs numerically or by pressing
the input numbers below.
The INPUT/OUTPUT switch allows output port selection
(display) and Input port select (source) buttons for specific
combinations of displays and sources within the matrix.
combinations
displays
and sources
the matrix.You
You
can saveof your
selections
by within
allocating
your choices
can save your selections by allocating your choices to Save
to Save buttons 1-3 11 and recall previously saved
buttons 1-3 11 and recall previously saved output/ input
5 State
4 3 1-3
2 1
output/
input by
configurations
by pressing
configurations
pressing State 1-3
buttons 10
10 buttons.
RXD TXD
Updates are now active and the MX0808-PP-AUD
firmware is now updated.
Control Command Format
Control Command Format
Should users wish to write their own command software
Should users wish to write their own command software
for controlling
controlling
matrix
remotely,
see information
for
thethe
matrix
remotely,
see information
on data on data
RXD
Receive
serial
data
from
PC
formatand
and
baud
settings:
format
baud
raterate
settings:
TXD Transmit serial data to PC
COM
PORT
Setting
COMPort
PORT
Setting
Com
Setting
Ground
Firmware Update
To update theUpdate
system firmware, enter the following
Firmware
9 8code7into6
theupdate
Send Message
Window
to include
one
04 ensuring
To
the system
firmware,
enter the
following
Female connector - 9 holes
space
between
each
section
of
the
code.
4
code into the Send Message Window
ensuring to
1 2of the
3 code.
4 5
include one space between each section
Code: 1CP BE 7C 5F
Code:
ICP BE
5FMessage
Press Enter,
then7C
Send
into firmware update mode.
TXD RXD
05
Ground
to put the matrix
7
6
8
9
Press Enter, then Send Message
5 to put the matrix
Male
connector - 9 holes
Pressfirmware
the Disconnect
button and run the firmware.
into
update 08
mode.
When the firmware has finished updating, press the same
13
button again to Connect
and powercyle the matrix
08
8
Press the Disconnect
button and run the firmware.
(turn off and on).
When the firmware has finished updating, press the same
Updates are now active and the MX0606/0808-PP
firmware is now updated.
1
Baud rate
9600bps
Data bits
8bits
Parity
None
Stop bits
1
Flow control
None
13 Setting
themenu
Settings
menu
to make
Setting
– Enter –
theEnter
Settings
area to
makearea
alternations
to
the
matrix,
IR,
EDID
etc.
See
be-low
for
details.
alternations to the matrix, IR, EDID etc. See below for
details.
2
MX0808-PP
3
03
4
01
02
5
05
04
6
MX0606-PP
06
8
7
08
07
1
01
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
SWITCH – Quick
Switch
option
is means
an alternative
method has
selection.
Although
faster,
the
of switching
of switching
sources that is with
fastersome
than indisplays.
Normal As
been
foundbetween
to be incompatible
mode, resulting in less delay between input selection.
a result we recommend Normal Switch as the default 04
Although faster, the means of switching has been found to be
setting due to reliability and compatibility with outputs.
incompatible with some displays. As a result we recommend
Normal Switch as the default setting due to reliability and
compatibility with outputs.
02
03
2
IR CALL-BACK – This toggles the IR Call-Back
function on and off. The default setting is ON
the
to attempt
aid transmission
HDMI signal.
3 matrix
HDMI
LONGtoCABLE
MODEof–the
If devices
connected
This setting is locked by default.
using HDMI are reaching the upper end of the HDMI
UTP LONG CABLE
As with
HDMI
Long
Cable
transmission
limit MODE
(15m /–49ft)
and
signal
interference
or
Mode,
signal transmission
quality isLong
ef-fected
by aMode to ON
loss isif experienced,
switching
Cable
Cat5e/6/7 cable run reaching the maximum distance
capacity (70m / 230ft using RX-1UTP-IR-70), switching
Long Cable Mode to ON will instruct the matrix to attempt
Technical
Support:
[email protected]
US:
+866 677
0053 EU:
(0) 1793
230 343
14
to improve
transmission
over+44
the UTP
in an effort
to improve
IR CALL-BACK – This toggles the IR Call-Back function on
signal
quality.
and off. The default setting is ON
This mode should NOT be used as a general means to
HDMI LONG CABLE MODE – If devices connected using
will instruct matrix to attempt to aid transmission of the
HDMI signal.
This setting is locked by default.
4
UTP LONG CABLE MODE – As with HDMI Long
Cable Mode, if signal transmission quality is affected by a
Cat5e/6/7 cable run reaching the maximum distance
capacity (70m / 230ft using RX-1UTP-IR-70), switching
Long Cable Mode to ON will instruct the matrix to attempt
to improve transmission over the UTP in an effort to
improve signal quality.
This mode should NOT be used as a general means
to lengthen transmission distance – we recommend
installers be aware of product specifications and use
equipment best suiting the requirements of the project.
This setting is locked by default.
5
Lock/Unlock – To gain access to Long Cable Mode
settings, press ‘unlock’ and enter
‘877379’
NOTE This password cannot be changed
6
2
4
03
03
3
01
01
02
02
Clicking opens a pop-up window in which you can
04
04
choose to let the system automatically
detect your IP
address, with the result displayed in the box below.
Alternatively, if the system cannot detect an IP address,
Clicking
opens
a pop-up
window
in which
you
can
choose
to
selectClicking
‘Use the
following
IPwindow
Address’
andyou
youcan
can
add to
opens
a pop-up
in which
choose
let the system automatically detect your IP address, with the
manually.
let the system automatically detect your IP address, with the
result displayed in the box below. Alternatively, if the system
result displayed in the box below. Alternatively, if the system
cannot detect an IP address, select ‘Use the following IP
cannot detect
an IP address,
select ‘Usetothe
IP
Selection
enables
the IP address
befollowing
obtained
Address’ and you can add manually.
Address’
and
you
can
add
manually.
automatically, with the result appearing in the white box
01 Selection
Selection enables the IP address to be obtained
below.
01
enables the IP address to be obtained
automatically, with the result appearing in the white box
automatically, with the result appearing in the white box
below.
2 Should
below. no address appear or if the system is unable
02detect
Should
no
address
appear
or if the system
unable
to detect
to
anno
IPaddress
address,
select
manually
3 isisto
02
Should
appear
or ifoption
the system
unable
to detect
an
IP
address,
select
option
to
manually
input
the
IP
03
input the
address.
an IPIPaddress,
select option 03 to manually input the IP
address.
address.
404 Click
Click
04 Click
For full information on LAN control, see NETCTL
NOTE7 ThisEDID
password
cannot
be changed
COPY
SETTING
– Copies EDID informationFor full
information
on manual.
LAN control, see NETCTL section of
section
of this
from one
device
to another
to aid transmission this manual.
06 directly
UTP ENFORCE
– used
to encourage
EDID/HDCP
ifcommunication
communication
problems
ariseOUTPUT
between
incompatible
between
INPUT and
devices.
15 IR SET - The MX0808-PP-AUD supports third party
Switching
output
settings
to
ON
instructs
the
matrix
to
output
devices. Use the dropdown boxes to select which INPUT/
15 IR
SET - systems
The MX0606/0808-PP
thirdPressing
party
control
and learning supports
handsets.
the IR
a signal regardless
or hotplug
data
–
OUTPUT
devicesoftodevice
copyEDID/HDCP
from and where
to be
copied
control
systems
and
learning
handsets.
Pressing
the
IR
SET
SET button in the COM CTL main screen allows access
such information is circumvented to force communication in
button
in thetoCOM
CTL
main
access
for userscode
to.
for users
enter
new
IRscreen
code allows
or modify
existing
the event of problems between sync devices. Default setting
to enter new IR code or modify existing code and assign it
and assign it to inputs and outputs so control using third
is OFF.
to inputs and outputs so control using third party systems is
8 FACTORY RESET – restores all matrix settings to
party systems is possible.
If difficulties
are encountered receiving a signal from a
possible.
factory
action
cannot
be reversed.
Toinput
inputor or
amend
IR code,
thebelow:
steps below:
particulardefault.
source toThis
a display,
change
UTPnot
ENFORCE
setting
To
amend
IR code,
follow follow
the steps
to ON for that particular OUTPUT.
14 Setthis
Although
can becan
usedalso
to fixbe
EDID
communication
IPsetting
The matrix
controlled
over LAN.
problems,
we
recommend
this
setting
for
system
debugging
Selecting the Set IP 14 button in the main
COMCTL
by the installer
and not
the end
user. and
screen
allowsonly,
access
tofor
IP operation
functionsbythat
obtains
IP address
information
necessary
for LAN control.
07 stores
EDID COPY
SETTING
– Copies EDID
information
directly from one device to another to aid transmission if
communication problems arise between incompatible devices.
Use the dropdown boxes to select which INPUT/OUTPUT
devices to copy from and where to be copied to.
14
B
B
UTP ENFORCE – used to encourage EDID/HDCP
communication between INPUT and OUTPUT devices.
Switching output settings to ON instructs the matrix
to output a signal regardless of device EDID/HDCP or
hotplug data – such information is circumvented to force
to complete the process or
communication in the event of problems between sync
to
the
process
to complete
complete the
process
or or
devices. Default setting is OFF.
If difficulties are encountered receiving a signal from a
to exit and return to the main screen.
to exit
exit and
to the
mainmain
screen.
particular source to a display, change UTP ENFORCE
to
andreturn
return
to the
screen.
setting to ON for that particular OUTPUT.
Although this setting can be used to fix EDID
Technical
Support:
[email protected]
US: +866 6
NOTE To accessTechnical
matrix Support:
[email protected]
over LAN, enter the US:
+866 6
communication problems, we recommend this setting
IP
address
of
the
matrix
into
your
internet
browser
NOTE
Lock/Unlock – To gain access to Long Cable Mode settings,
To access matrix control over LAN, enter the IP
for
system debugging by the installer only, and not for
and
youmatrix
will be
to the
weband
control
screen.
press ‘unlock’ and enter
address
of the
intodirected
your internet
browser
you will
operation by the end user.
be directed to the web control screen.
‘877379’
08
A
A
1
ADVANCED OPERATION
05
14
14
FACTORY RESET – restores all matrix settings to factory
FACTORY RESET – restores all matrix settings to factory
default. This action cannot not be reversed.
default. This action cannot not be reversed.
Set IP The matrix can also be controlled over LAN. Selecting
Set IP The matrix can also be controlled over LAN. Selecting
the Set IP 14 button in the main COMCTL screen allows
the Set IP 14 button in the main COMCTL screen allows
access to IP functions that obtains and stores IP address
access to IP functions that obtains and stores IP address
information necessary for LAN control.
information necessary for LAN control. 1
ADVANCED OPERATION
08
08
1-Press
Press
1to
COM
CTLCTL
to read
the IRthe
codeIRfrom
thefrom
control
toinstruct
instruct
COM
to read
code
the control
system. The resulting data will appear in the central section.
system. The resulting data will appear in the central
section.
2Use your cursor to click into the box containing the IR data
you wish to change.
FACTORY RESET
– restores
all [email protected]
settings to factory
Technical
Support:
US:
+866
0053
EU:pointing
+44 (0)at1793
230 press
343 the
3- With
the677
remote
control
the device,
default. This action cannot not be reversed.
handset button you wish to transfer IR Code from and the
code will appear in your selected IR Code box.
Set IP The matrix can also be controlled over LAN. Selecting
15
OPERATION
1- Press
ADVANCED OPERATION
to instruct COM CTL to read the IR code from the control
system.
TheCOM
resulting
willthe
appear
in the
central
section.
to instruct
CTL data
to read
IR code
from
the control
2Use
your
cursor
to
click
into
the
box
containing
system. The resulting data will appear in the central section. the IR
2Useyou
yourwish
cursor
click into the box containing the IR data
data
totochange.
you
wish
to
change.
2- Use your cursor to click into the box containing the IR data
youWith
wish the
to change.
3remote control pointing at the device, press
3- With the remote control pointing at the device, press the
the handset button you wish to transfer IR Code from and
handset
button
you wish
to pointing
transfer IR
Code
from press
and the
3- With the
remote
control
at the
device,
the
the code will appear in your selected IR Code box.
code
will button
appearyou
in your
IR Code
box.from and the
handset
wishselected
to transfer
IR Code
code will appear in your selected IR Code box.
4- To
Toconfirm
confirm
change,
4thisthis
change,
click click
4- To confirm this change, click
to
changes
to the
to save
savethe
the
changes
tosystem.
the system.
to save the changes to the system.
5- Hit
5- Hit
5- Hit
to close the IR Code Setting window and the device will enter
NORMAL
MODE
to close the
IR Code Setting window and the device will enter
to
close the
IR Code Setting window and the device will
NORMAL
MODE
enter NORMAL MODE
A
A
B
B A
01
01
03
03
1
device.
1st by
01
The resulting code appears in the wait to modify code
section B where output and input code can be edited if
All codes
should
be different.
necessary
(for example
if using third party control systems
3
NOTEthe
Modified
codethe
canModify
be saved
as a Custom
Write
code from
section
to the code
device
and
read
directly
from
a
library
of
stored
custom
codes.
to authorise remote control usage.
All code should be different.
NOTE All input/output boxes should contain code. If
03 Write manually,
the code frommake
the Modify
device
to
inputting
suresection
theretoistheno
repetition
authorise
remote
control
usage.
of code.
NOTE All input/output boxes should contain code. If
inputting manually, make sure there is no repetition of
code.
Modify Section - Control Commands and Code
Code input in the Input/Output section 2 and Control
code Modify
sectionSection
follow
a strict format
for the
4 must
- Control
Commands
and Code
command to be understood by the system.
Code input in the Input/Output section 02 and Control
code section
must follow
a stricttoformat
for the
For reference
- the04
command
format
be input
is:
command
to
be
understood
by
the
system.
Type “Cir” - followed by a “space” - then the “code
For reference
- the
number”
– and hit
thecommand
”enter”format
key. to be input is:
3
Type “Cir” - followed by a “space” - then the “code
number” – and hit the ”enter” key.
02
02
For example Cir 39 + ”enter” (equals a hex code of 63
Cir0A)
39 + ”enter” (equals a hex code of 63 69
69 72For
20 example
33 39 0D
<”08”
“09”>
1 ”00”
2 ”01”
3 ”02”
Output 2
<”18”
“19”>
1 ”10”
2 ”11”
3 ”12”
Output 3
<”28”
“29”>
1 ”20”
2 ”21”
3 ”22”
Output 4
<”38”
“39”>
1 ”30”
2 ”31”
3 ”32”
Output 5
<”48”
“49”>
1 ”40”
2 ”41”
3 ”42”
Output 6
<”58”
“59”>
unreadable.
1 ”50”
2 ”51”
3 ”52”
1
Press to automatically read the current IR code from
the device.
Output 7
<”68”
“69”>
1 ”60”
2 ”61”
3 ”62”
1
Output 8
<”78”
“79”>
1 ”70”
2 ”71”
3 ”72”
4
MX0808-PP
MX0808-PP
A
Receives the specific IR code used to operate the
Matrix via remote control. Can contain a custom or data
code. Third party remote control codes are also shown.
MX0606-PP
MX0606-PP
S: +866 677
EU:can
+44also
(0) 1793
230 343
16 it is
B 0053
IR code
be input
manually in the event
US: +866 677 0053 EU: +44 (0) 1793 230 343
16
The resulting code appears in the wait to modify
code section where output and input code can be edited
if necessary (for example if using third party control
A Receives the specific IR code used to operate the Matrix via
systems
remote control. Can contain a custom or data code. Third
ADVANCED OPERATION
party remote control codes are also shown.
NOTE Modified code can be saved as a Custom
B and
IR code
candirectly
also be input
manually
in theof
event
it is
code
read
from
a library
stored
unreadable.
custom codes.
01
16
For ex
NOTE
curren
bytes)
1
2
‘\r’
‘
Each o
input a
1, X2
“\r\ns
Output
03
MX0606/0808-PP Control
MX0808-PP-AUD
ControlCode
Code
Output 1
01
The co
follow
a command
thematrix
matrix to
next
Input
Such Such
a command
willwill
telltellthe
toselect
selectthethe
next
source
for
Output
4
Input source for Output 4
04
04
2
Read
Input 1
72 20 33 39 0D 0A)
B
For ex
will fee
Press to automatically read the current IR code from the
device.
4 ”03”
5 ”04”
6 ”05”
7 ”06”
8 ”07”
4 ”13”
5 ”14”
6 ”15”
7 ”16”
8 ”07”
4 ”23”
5 ”24”
6 ”25”
7 ”26”
8 ”27”
4 ”33”
5 ”34”
6 ”35”
7 ”36”
8 ”37”
4 ”43”
5 ”44”
6 ”45”
7 ”46”
8 ”47”
4 ”53”
5 ”54”
6 ”55”
7 ”56”
8 ”57”
4 ”63”
5 ”64”
6 ”65”
7 ”66”
8 ”67”
4 ”73”
5 ”74”
6 ”75”
7 ”76”
8 ”77”
MX08
If17
command
is Support:
sent
successfully,
the current
Technical
[email protected]
Ifthe
the control
control command
is sent
successfully,
the current
output US: +866 6
output
state
selected
will
feedback
to
show
the
inputThe
state selected will feedback to show the in-put port selected.
port
Theisreturn
status format is as follows:
returnselected.
status format
as follows:
S
X1
X2
‘\r’
‘\n’
This
This translates
translates as:as:
“S”
Output port
Input port
1st byte
2nd byte
3rd byte
The resulting code appears in the wait to modify code
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
section B where output and input code can be edited if
For example: if Cir 44 “enter” is sent successfully to the matrix, it
necessary (for example if using third party control systems
will feedback “s55” – meaning Output 5 has selected Input 5.
Read Status Command
X1
1st
S byte
S
S
ed if
he
ms
e
e
ode
edes.
itedifif
ted
ed
msif
ms
ms
ode
code
ode
des.
odes.
des.
. If
of
. If
e. If
of
If
ntrol
of
of
trol
ntrol
trol
3 69
put
3 69
63 69
3 69
put
nput
put
”07”
”07”
”07”
X2
‘\r’
‘\n’
If the control command is sent successfully, the current output
IfThis
thetranslates
control command
is sent successfully, the current output
as:
Ifstate
the control
command
is senttosuccessfully,
the current
output The
selected
will feedback
show the in-put
port selected.
state selected will feedback to show the in-put port selected. The
state
selected
will
feedback
to
show
the
in-put
port
selected.
The
return
status format is Output
as follows:
“S” status
port
Input port
return
format is as follows:
return status format is as follows:
2nd byte
X2
X2
X2
X1
X1
X1
‘\r’ 3rd byte
‘\n’
‘\r’
‘\n’
‘\r’
‘\n’
For
example:
ifas:Cir
“enter”
sent successfully
to the
Thisexample:
translates
For
ifas:
Cir
44 44
“enter”
is sentissuccessfully
to the matrix,
it
This
translates
This
translates
as:
matrix,
it will“s55”
feedback
“s55”
–
meaning
Output
5
has
will“S”feedback
– meaning
Output
5
has
selected
Input
5.
Output
Input
“S”
Output
portport
Input
portport
selected
Input
5. Output
“S”
port
Input
port
1st byte
2nd byte
3rd byte
Read
Status
Command
1st byte
1st byte
2nd byte
2nd byte
1 Select your OUTPUT port (the output port is always
the first to be selected by default on entering EDID set)
3rd byte
3rd byte
The command length of the read status is 4 bytes. Type “bc” followed by a “space” - and hit the “enter” key.
For
example:
if “s55”
Cir 44
is Output
sent successfully
toInput
theInput
matrix,
willfeedback
feedback“s55”
–“enter”
meaning
5 has
selected
will
– meaning
Output
5 has
selected
5. 5. it
For
example:
bc
+
“enter”
will
feedback
“s55”
–
meaning
Output
5
has
selected
Input
5.
The command length of the read status is 4 bytes. Type
Read
ReadStatus
StatusCommand
Command
NOTE
“bc”
-Status
followed
by a “space”
andmatrix
hit the
SuchCommand
a command
will tell-the
to “enter”
feedbackkey.
the
Read
The
length
of of
thethe
read
status is 4isbytes.
Type “bc”“bc”
- Thecommand
command
length
read
4 bytes.
current
status of
all outputs.
Seestatus
below for
statusType
format (16
followed
bybya a“space”
- and
hit
thethe
“enter”
The
command
length
of
read
status
is key.
4 bytes.
followed
“space”
-the
and
hit
“enter”
key. Type “bc” bytes)
For
example: bc + “enter”
followed
by
a
“space”
and
hit
the
“enter”
key.
For
++
“enter”
Forexample:
example:bcbc
“enter”
1
2
3 4
5
6 7
8
9 10 11 12 13 14 15
For
example:
bc
+
“enter”
NOTE
Such
a
command
willwill
tell
thetell
matrix
tomatrix
feedback
NOTE
Such
a
command
will
the
tothe ‘\r’
NOTE
Such
a
command
tell
‘\r’ ‘\n’ s X1 X2 s X3
X4 s the
X5matrix
X6 to
s feedback
X7 X8 the
current
status
of
all
outputs.
See
below
for
status
format
(16
NOTE
a command
will
tell the
matrix
feedback
the
feedback
the
status
of
all outputs.
See
currentSuch
status
ofcurrent
all outputs.
See
below
for to
status
format
(16
bytes)
current
ofX2,
allX3,
outputs.
See
status the
format
(16
bytes)
below
for
status
format
(16
bytes)
Each
of status
the X1,
X4, X5,
X6,below
X7, X8for
signifies
related
bytes)
input as chosen by a specific output: X1 = Out-put
2 Press “Read EDID” to read EDID from the selected
output port. The status bar shows the progress of the
EDID read.
Read
Status
Command
Forexample:
example:
Cir
“enter”
is sent
successfully
to the
matrix,
For
if if
Cir
4444
“enter”
is sent
successfully
to the
matrix,
it it
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
3
16
‘\n’
3 4
5
6 7
8
10 11 12 13 14 15 16
1,‘\r’1X2‘\n’=2 Output
2 etc.
For
example,
a9status
reading of
X611 s 12X7 13X8 14‘\r’ 15‘\n’ 16
1‘\r’ 2‘\n’ s3s X1
4X1 X2
5X2 s 6s X37X3 X48X4s 9sX510
X6 s matrix
X7 settings.
X8 ‘\r’
‘\n’
“\r\ns12s22s53s45\r\n” signifies theX5
following
‘\r’ ‘\n’ s X1 X2 s X3
X4 s X5 X6 s
X7 X8 ‘\r’
‘\n’
Each of the X1, X2, X3, X4, X5, X6, X7, X8 signifies the related
Each
theX1,
X1,
X2,X3,
X4,
X6,
X7,
X86 signifies
Each 1of
of Output
the
X2,
X4,
X5,
X6,
X7,5 X8
signifies
the7 related
Output
2 Output
3X3,
Output
4X5,
Output
Output
Output
Output 8
input as chosen by a specific output: X1 = Out-put
Each
ofasthe
X1,
X2,
X3,
X4, X5,output:
X6,
X7,
X8 =signifies
the related
input
chosen
by
a
specific
X1
Out-put
the
related
input
as
chosen
by
a
specific
output:
X1
1, X2 = Output 2 etc. For example, a status reading of
input
as
chosen
by
a
specific
output:
X1
=
Out-put
Input
1
Intput
2
Intput
3
Intput
4
Intput
5
Intput
6
Intput
7
Intput
8
1,
X2
=
Output
2
etc.
For
example,
a
status
reading
of
=
Output1, X2 = Outputsignifies
2 etc. the
Forfollowing
example,
a status
“\r\ns12s22s53s45\r\n”
matrix
settings.
1,“\r\ns12s22s53s45\r\n”
X2 = Output 2 etc. For example,
a status
reading matrix
of
signifies
the
following
settings.
reading of “\r\ns12s22s53s45\r\n” signifies the following
“\r\ns12s22s53s45\r\n”
signifies
following
matrix
settings.
Output 1 Output 2 Output 3 Output
4 Outputthe
5 Output
6 Output
7 Output
8
03
Set2 Output 3 Output 4 Output 5 Output 6 Output 7 Output 8
matrix
OutputEDID
1settings.
Output
Output
Output
Output
Output
Output
Output
Output
7 Output
Input
1 1 Intput
2 2 Intput
3 3 Intput
4 4Intput
5 5Intput
6 6Intput
7 Intput
8 8
Input 1
Intput 2 Intput 3 Intput 4 Intput 5 Intput 6 Intput 7 Intput 8
Input 1
Intput 2
Intput 3
03 EDID Set
03 EDID Set
3 EDID
03
EDIDSet
Set
A
Intput 4
Intput 5
Intput 6
Intput 7
1
4
2
5
Intput 8
Pressing the EDID SET button 16 in the COM CTL
main screen allows user access to EDID settings that can
be read, saved and recalled.
4
Then select your INPUT port and press
“Download” to send the EDID to your input
5
Alternatively, you can open EDID from here if
you have previously saved output EDID in bin format.
Recommended if you frequently need to use specific
output EDID, from a particular display, for example
17 IR Matrix – manually connects INPUT IR RX ports
to Output Display Receiver IR TX ports – this function is
available when the matrix is connected to display receiver
via the HDBT OUT Cat5e/6/7 port.
IR Matrix allows manual selection of source device IR RX
ports 1 by Display Receiver IR TX ports 2
The dropdown menu 3 allows ALL IR TX ports to be
set to ONE specific INPUT device IR RX port with the
current settings of the IR Matrix viewable by pressing the
STATUS button 4
1
”07”
Press “Save As” to save the EDID as a ‘BIN file’
A
”07”
07”
”27”
”07”
Once completed, the EDID appears here.
2
07”
”37”
”27”
”27”
27”
”47”
”37”
”37”
3
37”
”47”
”57”
”47”
47”
”57”
”67”
”57”
57”
”67”
”77”
3
MX0808-PP
MX0808-PP
”67”
om
US: +866 677 0053
”77”
67”
MX0808-PP
MX0808-PP
”77” US: +866
om
677 0053
4
EU: +44 (0) 1793 230 343
EU: +44 (0) 1793 230 343
77”
com US: +866 677 0053 EU: +44 (0) 1793 230 343
om US: +866 677 0053Technical
EU: +44Support:
(0) 1793 230
343
[email protected]
US: +866 677 0053 EU: +44 (0) 1793 230 343
17
ADVANCED OPERATION
S
ix via
x via
xhird
via
ird
eird
RATION
ION
ADVANCED OPERATION
NET CTL - LAN Control
The matrix can also be controlled via LAN over a network/
web browser using the supplied Wyrestorm Netfinder
software or LAN protocols from third party companies,
such as Control 4.
ATTENTION Use a ‘straight through’ ethernet cable
for switch/router connection and a ‘cross-over’
cable for connection to a PC. Using the incorrect
cable will not damage your equipment, but it may
result in poor/no connection.
Make sure that your LAN cable is correctly
terminated and firmly connected to ports before
running the software.
The Netfinder application ‘Netfinder.exe’ can be found
on the USB flash memory stick included with your
purchase or downloaded from the product page at www.
wyrestorm.com.
If using for the first time, the program will automatically
thethe
IPfirst
address
being
used,
the result
Ifdetect
using for
time, the
program
willwith
automatically
detect the
displayed
in theused,
white
beneath.
IP
address being
witharea
the result
displayed in the white area
If using for the first time, the program will automatically detect the
beneath.
IP address being used, with the result displayed in the white area
Shouldnono
result
appear
or ifsystem
the system
is to
unable
Should
result
appear
or if the
is unable
detectto
an IP
beneath.
detect
an
IP
address
automatically,
press
the
address automatically, press the
Should no result appear or if the system is unable to detect an IP
address automatically, press the
On eith
numbe
On eith
will be
numbe
will be
button
locate.
buttontoto
locate.
When the
IP address appears, click
button
to locate.
When the IP address appears, click
When the IP address appears, click
to attach the IP address to the system and the IP address
will change to a default factory serial number MX0606-PP or
to attach the IP address to the system and the IP address
MX0606_HE1 / MX0808-PP or MX0808_HE1
to attach
address
toserial
the system
and the IP address
will
change the
to a IP
default
factory
number MX0606-PP
or
Device
Nameto/ aMX0808-PP
MX0606_HE1
or MX0808_HE1
will change
default factory
serial number MX0808-
PP-AUD
or MX0808_HE1
Device
Name
Device Name
ADVANCED OPERATION
On initial use, the program will first create a .TXT
file that will serve as a device backup for future use;
incuding connection settings such as matrix IP and MAC
addresses, as well as the matrix name if changed (see
DEVICE NAME section below to change matrix name).
On subsequent openings, Netfinder will automatically
search the matrix for saved data required for connection.
ADD NETFINDER SCREENSHOT ON PAGE 16 of
FACTORY MANUAL
After installing/downloading, double click the Netfinder.
exe file to open the application and click SEARCH to
detect the device IP address.
Click ASSIGN IP to set the IP address and the matrix can
now connect to a network.
On subsequent openings, NETCTL will then search the
Matrix for the saved data required for connection.
Should you wish to change the name of your matrix from the
factory default, just right click on the serial number and select
Should you wish to change the name of your matrix from the
‘rename’ from the dropdown menu. Input the new name and press
factory default, just right click on the serial number and select
OK.
‘rename’ from the dropdown menu. Input the new name and press
Should
you wish
to change
thebe
name
of your
matrix
In
some systems
these
settings can
accessed
through
the from
OK.
the factory
default, just
right click
included
Netfinder.exe
application.
Clickon the serial number
In
some
systems
these settings
candropdown
be accessedmenu.
throughInput
the the
and
select
‘rename’
from the
included Netfinder.exe application. Click
name
and
Ifnew
using
for the
firstpress
time, the program will automatically detect the
to
locate
the
device
IP address.
OK.
IP
address being used,
with the result displayed in the white area
beneath.
to locate the device IP address.
In some systems these settings can be accessed through
Enter t
‘0000
Enter t
and clic
‘0000
and clic
to take
to take
On eith
numbe
will be
Should no result appear or if the system is unable to detect an IP
the included
Netfinder.exe
address
automatically,
press the application. Click
button
to locate.
to locate
the device IP address.
When the IP address appears, click
Technical Support: [email protected] US: +866 6
19
On either system, when the device name/default factory
Technical
Support:
[email protected]
serial number appears,
double
click
(or right click and US: +866 6
19
to
attach
the
IP
address
to
the
system
and
the IPlogin
address
OPEN) and you will be directed to a web
page in
will
change
to
a
default
factory
serial
number
MX0606-PP
or
your internet browser.
MX0606_HE1 / MX0808-PP or MX0808_HE1
Device Name
18
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
will be directed to a web login page in your internet browser.
an IP
For TELNET Control, the matrix IP address is as follows:
or
ADVANCED OPERATION
TELNET Control
Once activated, the matrix can be controlled in the
Control Command format.
he
Enter the default password of ten zeros
ect
Enter
the default password of ten zeros
‘0000000000’
nd press ‘0000000000’ and click
and click
takeyou
you to
to the
matrix
controller
screen.screen.
tototake
theNETCTL
NETCTL
matrix
controller
.com US: +866 677 0053
EU: +44 (0) 1793 230 343
Click
Click
Click
Click
Click
to
to assign
assign the
the new
new IP
IP address
address to
to the
the system
system and
and you
you will
will return
return to
to
The layout of NET CTL includes an upper section to
allocate input sources to output with the selection
displayed on the left hand side.
Operation is the same as COM CTL – Inputs buttons 1-4
can be clicked to be selected per Output port.
Press the button to update your chosen matrix settings
into
leftofhand
display
and an
your
selection
to allocate
take effect.
Thethe
layout
NET CTL
includes
upper
section to
input
to assign
assign the
new
IP IP
address
to the
and youand
will return
to
to
the
new
address
tosystem
the system
will
the
previous
screen
to
assign
the
new
IPor
address
to the
system
and you will you
return
to
the
previous
screen
or
the
previous
screen
or
return
to thescreen
previous
the previous
or screen or
to
return without
changes taking
effect.
to
to return
return without
without changes
changes taking
taking effect.
effect.
to
return
without
changes
taking
effect.
to
return
without changes taking
effect.
Now
click
Now click
click
Now
Now click
for
Matrix
detect
the
IP
which
appear
Now
forto
Matrix
to detect
the new
address,
for the
theclick
Matrix
tothe
detect
the new
new
IP address,
address,
whichIPwill
will
appear in
in
for
the
Matrix
to
detect
the
new
IP
address,
which
will
appear
in
the
dialog
box.
Finally
for
Matrix
toFinally
detect the new IP address, which will appear in
the the
dialog
box.
which
will box.
appear
in the dialog box. Finally, click
the
dialog
Finally
the dialog box. Finally
The
layout
of
NET
CTL
includes
an
upper
section
to
allocate
input
The layout of NET CTL includes an upper section to allocate input
sources
to of
output
selection
displayed
on the
left hand
The
layout
NETwith
CTLthe
includes
an upper
section
to allocate
input
click
to confirm
IP settings
sources
click
sources to
to output
output with
with the
the selection
selection displayed
displayed on
on the
the left
left hand
hand
click to
to confirm
confirm IP
IP settings
settings
side.
sources
to
output
with
the
selection
displayed
on
the
left
hand
click
to confirm IP settings
side.
ATTENTION
side.
This
ATTENTION
This ‘Assign
‘Assign IP’
IP’ process
process differs
differs from
from the
the COM
COM
ATTENTION This
side.
‘Assign
IP’
process
differs
from
the
COM
Operation
is
the
same
as
COM
CTL
–
Inputs
buttons
1-4
can
be
ATTENTION
CTL
‘IP
Set’
function.
This
‘Assign
IP’
process
differs
from
the COM
Operation
is
the
same
as
COM
CTL
–
Inputs
buttons
1-4
can
be
CTL ‘IP
‘IP Set’
Set’ function.
function.
Operation is the same as COM CTL – Inputs buttons 1-4 can be
CTL
clicked
to be
selected
Output
port.
Operation
is the
same per
as COM
CTL
– Inputs buttons 1-4 can be
CTL ‘IP Set’ function.
clicked
per
Output
clicked to
to be
be selected
selected
perSupport:
Output port.
port.
‘Set
IP’
in677
COMCTL
IP
address
flash and
Technical
[email protected] US:
+866
0053 saves/reads
EU: +44 (0)the
1793
230 343in
‘Set
IP’
saves/reads
the
IP
in
clicked to be selected per Output port.
‘Set
IP’ in
in COMCTL
COMCTL
saves/reads
the
IP address
address
in flash
flash and
and 19
Press
the
button
to
update
your
chosen
matrix
settings
into
the
sets
it
as
static
IP.
‘Assign
IP’
is
only
used
when
the
system
‘Set
IP’
in
COMCTL
saves/reads
the
IP
address
in
flash
and
Press the
the button
button to
to update
update your
your chosen
chosen matrix
matrix settings
settings into
into the
the
sets
it
as
static
IP.
‘Assign
IP’
is
only
used
when
the
system
Press
sets it as static IP. ‘Assign IP’ is only used when the system
left
hand
display
and
your
selection
to
take
effect.
Press
the
button
to
update
your
chosen
matrix
settings
into
the
fails
to
obtain
an
IP
address
automatically
and
is
NOT
saved
sets
it
as
static
IP.
‘Assign
IP’
is
only
used
when
the
system
left hand
hand display
display and
and your
your selection
selection to
to take
take effect.
effect.
fails
left
fails to
to obtain
obtain an
an IP
IP address
address automatically
automatically and
and is
is NOT
NOT saved
saved
left hand display and your selection to take effect.
in
flash.
fails
to obtain an IP address automatically and is NOT saved
ADVANCED
ADVANCED
ADVANCED
ADVANCED
OPERATION
OPERATION
OPERATION
OPERATION
he
to confirm IP settings
to return without changes taking effect.
ADVANCED OPERATION
input
nd
n be
‘Set
IP’Matrix
in COMCTL
saves/reads
the
IP address
for the
to detect the
new IP address,
which
will appear in
in
flash
and
sets
it
as
static
IP.
‘Assign
IP’ is only
the dialog box. Finally
used when the system fails to obtain an IP address
automatically and is NOT saved in flash.
For example: If OUTPUT 3 is selected for INPUT 1, the EDID
ATTENTION
EDID
DIP Switch
settings
This ‘Assign
IP’ process differs from the COM
CTL ‘IP Set’ function.
Distribution
of HD saves/reads
signals through
theaddress
matrixinrequires
‘Set IP’ in COMCTL
the IP
flash and
mutual
communication
between
source
sets it as
static IP. ‘AssignorIP’‘handshake’
is only used when
the system
fails
to
obtain
an
IP
address
automatically
and
is
NOT
saved
and display. If there is any disparity between the two,
in
flash.
successful transmission becomes problematic.
EDID DIP Switch settings
This matrix comes equipped with an EDID DIP switch
Distribution of HD signals through the matrix requires mutual
for
manual adjustment
of matrix
settings
communication
or ‘handshake’
between
source to
andencourage
display. If
communication
between
OUTPUT
devices. If
there is any disparity
betweenINPUT
the two,and
successful
transmission
installation
compatibility issues arise, check the settings
becomes problematic.
on your connected devices and adjust the DIP settings as
This matrix comes equipped with an EDID DIP switch for manual
required.
adjustment of matrix settings to encourage communication
between INPUT and OUTPUT devices. If installation compatibility
ATTENTION
Changes
to the
DIPconnected
switch settings
issues arise, check
the settings
on your
devices and
adjust thebe
DIP
settings
as required.
should
made
with
the matrix OFF, to guard
against
electrostatic
upswitch
that may
damage
ATTENTION
Changes tobuild
the DIP
settings
should
your
system.
DO
NOTOFF,
HOTSWAP
your
cables
when
be made
with the
matrix
ideally with
all power
cables
and HDMI leads
and UTP cables removed to guard against
changing
DIP SETTINGS.
electrostatic build up that may damage your system. DO NOT
HOTSWAP
your to
cables
changing become
DIP SETTINGS.
ALL
changes
the when
DIP settings
effective
upon
powering
matrix.
ALL changes
to theON
DIPthe
settings
become effective upon
powering ON the matrix.
DEFAULT ON
ON
OFF
1
2
3
4
1
2
3
4 2
31 4
Shaded DIP setting denotes
inactive switch so position can be
setON
to up or down
ON
(Default factory
(Default
factorysetting)
setting)
EDID
Copy
from
Output
display
(Force
EDID
Copy
from
display
to
(Force
1 2 3 4 Output
1 2to Input
3 Input
4port port
Signal
Output
mode)
Signal Output mode)
To copy the EDID from an HDMI OUTPUT display to a specific
ON
ON
To
copyport,
thefirst
EDID
answitch
HDMItoOUTPUT
display
to
INPUT
set from
the DIP
this position.
Then select
the
INPUT
by
pressing
and
holding
the
chosen
OUTPUT
a specific INPUT port, first set the DIP switch to this
SELECT button
3 seconds
for theby
EDID
to be copied
from the
position.
Then for
select
the INPUT
pressing
and holding
DISPLAY
to
the
INPUT
port.
2 3OUTPUT
4
the1chosen
SELECT
1 button
2 3 for4 3 seconds for
the EDID to be copied from the DISPLAY to the INPUT
port.ON
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20
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ON
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EU: +44 (0) 1793 230 343
4
1
2
3
For example: If OUTPUT 3 is selected for INPUT 1, the
EDID for OUTPUT 3 will be copied to INPUT 1 – this
is achieved by the system setting HDMI OUTPUT as a
higher priority than UTP OUTPUT.
ON
1
ON
RESETTING TO FACTORY DEFAULT:
click to confirm IP settings
ON
1
If EDID copy is not successfully completed, the INPUT
Port EDID will remain the unchanged.
ADVANCED OPERATION
he
ATTENTION This ‘Assign IP’ process differs from the
Now click
COM
CTL ‘IP Set’ function.
ADVANCED OPERATION
to assign the new IP address to the system and you will return to
the previous screen or
20
To
reset EDID for all ports, simply set the DIP switch to
for OUTPUT 3 will be copied to INPUT 1 – this is achieved by
the
position
when
the matrix
is powered
OFF.UTP
On
the above
system setting
HDMI
OUTPUT
as a higher
priority than
powering
ON factory
OUTPUT. ON, all ports will revert to the above
default and DIP switches can be adjusted as necessary.
If EDID copy is not successfully completed, the INPUT Port EDID
ON
will remain the unchanged.
AVR 7.1 Audio EDID COPY to Blu-ray source
1ON2 3(AV4
RESETTING TO FACTORY DEFAULT:
Receiver copy)
1
1080p
ON
ON
OFF 1
ON 1
1080p
OFF
ON
1
OFF O
1
ON ON
a Blu-ray player, follow a variation on the instructions
1
2
3
4
AVR 7.1 Audio EDID COPY to Blu-ray sourceON
(AV Receiver OFF 1O
above:
copy)
1 2 3 4
1
ON
1 with
2 the
3 matrix
4
1O
1For
Set
thewho
DIPwish
switch
to the
above
position
users
to copy
EDID
from an
AV Receiver
with
7.1
Norm
channel
audio
to
a
specific
input
port
containing
a
Blu-ray
player,
in the OFF position.
1ON2 3 4
1O
follow a variation on the instructions above:
ON
ON
1
2
3
4
1
21 Connect
the
AVR
to
your
desired
OUTPUT
port
on
the
Set the DIP switch to the above position with the
ONmatrix in the
O
OFF (for
position.
matrix
example, OUTPUT 2)
1 2 3 4
1
1ON
4
1O
2 Connect the AVR to your desired OUTPUT port
on2the3matrix
3 Power
ON the
matrix2)and select your INPUT your
(for example,
OUTPUT
1ON2 3 4
1O
Force
chosen SOURCE is connected to (for example,
ON INPUT
ON
3 Power ON the matrix and select your INPUT your chosen
3 –SOURCE
Blu-ray)is connected to (for example, INPUT1 3 –2 Blu-ray)
1O
ON 3 4
1 32seconds
3 4 for
Press and hold the OUTPUT SELECT button for
1
44 Press
and hold the OUTPUT SELECT button
for
34
1ON2 to
3INPUT
1O
the EDID data to be copied from OUTPUT 2 (AVR)
3
ON for the EDID data toDEFAULT
ONfrom OUTPUT 2
seconds
be copied
(Blu-ray).
1ON2 3 4
1O
ON
(AVR) to INPUT 3 (Blu-ray).
ON
ON
OFF
1ON2 3 4
1O
1080p
3D3Video
Video
Stereo
1080p
Audio
1 23D
4 / /Stereo
1Audio
2(using
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2embedded
31 4
1 2 3 4
1
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1 2 3 4
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ON
DEFAULT ON position will
Setting the
ON
ONDIP switch to this
1to
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31080p
4
ONthis
1O
Setting
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instruct
use embedded
ON the
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and
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DEFAULT
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OFF
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4 2compatible
31 4
1 2 3 4
1
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the
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and
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1
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handshake problems are encountered.
encourage
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4
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2 31 and
4
ON
After setting
the DIP switch,
reconnect
3D sources/3D
displays
if ON
handshake
problems
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turn on for the changes to take effect.
encountered.
ON
ON
To reset EDID for all ports, simply set the DIP switch to the above
1ON2 3 4
position
when
thewish
matrix
powered
OFF.
On an
powering
ON, all
For
users
who
toiscopy
EDID
from
AV Receiver
1
2
3 4can
ports
will
revert
to
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factory
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and
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switches
ON containing
with 7.1channel audio to a specific input port
be adjusted as necessary.
ON
1 setting
2 3 the
1 reconnect
2 3 4 and turn on for
4 DIP switch,
After
1080p Stereo (using embedded A-series EDID)
the changes to take effect.
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1080p video
1ON2 3 4
1ONwill
2 use
3 embedded
4
and stereo audio EDID in this DIP setting.
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1
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3
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ON the DIP switch, reconnect and
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turn on 1
for EDID
to take effect.
2 3settings
4
4
1ON2 3 4
1ON2 L-series
3 4 EDID)ON
1080i
Stereo (using embedded
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
In instances where a connected display is
ON
ON
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1
2
3
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unable to achieve 1080p resolution (such
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1ON
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4 3
the
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1 ON2 3 4
2DEFAULT
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Technical
Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
21 settings to take
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Support:
[email protected]
US: +866 677 0053 EU: +44 (0) 1793 230 343
will
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21
ADVANCED OPERATION
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TROUBLESHOOTING
12.
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. 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.
No Picture or poor quality picture
1) Power – are your HDBaseT transmitter or display
receiver baluns powered both ends? Transmitters and
receivers should have their own power source i.e. the 5v
power adaptors included with your baluns.
Note: Receivers do not need to be independently
powered if part of an HDBaseT extender set – there is a
two core power link between transmitter and receiver that
powers the receiver at the display end.
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 your cable too long for the signal to be
transmitted effectively? HDBaseT allows transmission of
1080p up to 70m (230ft) so make sure you cable
distance matches your requirements and is well within the
maximum transmission distance of the signal.
Note: If you are approaching the limits of the transmission
capabilities, you will need to use a Wyrestorm Extender
set for the signal to transmit effectively.
4) Cable joins? Joins in your cable run can impact on
signal strength, resulting in reduced transmission that
may manifest itself in poor picture quality or a complete
lack of picture
.
5) Signal Reduction – Are you using stranded patch
leads as interconnects between patch panels or
wall outlets? Such use reduces signal strength – we
recommend solid core straight through connections to be
used wherever possible.
6) Resolution – If you reduce the resolution of the
source, do you get a picture? If so, this suggests a
discrepancy between source and display resolution or
a bandwidth capacity issue with your cable. Check that
your inputs and outputs share the same resolution and
that the signal is being successfully transmitted along
your cable run.
7) 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.
9) Cable wired to 568B standard? Is your cable wired
and terminated correctly and are those terminations
connected to the correct ports?
Test Monitor
Part Number
TTMONITOR
10) Electrical interference – HDBTase 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.
11) Do you get a picture if you connect 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 or matrix itself.
Signal Generator
Part Number
22
TTSIgnal
12) HDMI lead condition and quality – HDMI cables
and connectors are delicate and can be damaged much
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
13) Picture snow/HD ‘noise’ – represents a poorly
established signal that may be caused by poor quality
terminations or excessive cable lengths. Try swapping the
display adaptors from a location you know 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.
14) Blu-ray: Deep Colour – make sure Deep Colour is
turned on in your Blu-ray settings and displays.
15) Blu-ray: Resolution – if a reduction of resolution to
720p/1080i produces an image, cable issues such
as interference, patch panels, wall outlets, stranded
cable use or excessive cable length are likely restricting
transmission of a full 1080p signal.
16) Blu-ray: 3D – is the equipment used 3D enabled/
compatible? Is a 3D disc being played in a 3D enabled
Bluray player or through a compatible amplifier?
17) 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.
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.
Note: If you experience problems 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 you are outputting 7.1, make sure all
devices connected are also outputting 7.1
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 1080p, 50Hz. 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 you are using 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.
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.
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.
Note: Locate the infrared source sensor by using a
flashlight to find s small sensor within the facia of the
source display. If necessary, secure the emitter over the
sensor with a small amount of contact adhesive.
No sound or poor quality audio
3) Is your remote powered and sending a signal?
Note: 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.
You should see the remote transmitter flashing to indicate
1) If using an AV receiver, check your source input
assignment – do you have specific speaker sets or zones
enabled? Some AV receivers allow individual speaker
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
23
TROUBLESHOOTING
easier than component or coax cable. Furthermore,
lead quality varies dramatically, particularly in lower price
brackets. Swap your 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.
a signal being sent. Replace batteries if flashing is not
seen on the digital camera screen.
TROUBLESHOOTING AND FAQS
4) IR dropout issues 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
• Halogen lighting
• Plasma screens
5) UTP Termination Issues - swap cables over 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.
6) Are you using Wyrestorm emitters and receivers?
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.
7) 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.
8) Reactivate the IR callback function on your matrix and
swap IR ports on the matrix to rule out a fault with the
matrix or connection ports.
9) 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.
13.
5e or 6?
FAQ’s
Although conventional transmission is considered to be
two Cat 5e cables, it is possible to send the signal down
a single cable if necessary. All of our pro-matrix switches
and UTP splitters support single UTP mode, however in
this mode IR control of sources and matrix switching is
not possible. However using HDBaseT transmission; all
of the twin cable features are supported with the added
benefit of Ethernet and RS232 control.
How far can the signal travel?
Under perfect transmission conditions our HD receivers
will operate from 30m to 200m at 1080p depending on
the model used. Perfect conditions mean no electrical
interference, straight cable runs with no bends or kinks
and no patch panels or wall outlets. 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 receivers’ capabilities,
then the signal can be boosted by way of an extender
set (Rx TX) or by simply using an in-line repeater. Our
transmission signals can be repeated up to 5 times
(250m) using a conventional TMDS signal or 7 times
(700m) using HDBaseT technology.
What about 3D?
All of our matrix switches and most of our extender
products will pass-through a 3D Blu-ray signal. The 30m
and Coax extender sets do not support frame sequential
3D (Blu-ray), but will still pass-through interlaced stereoscopic 3D (Satellite etc.)
How do I control the sources?
Most of our HDMI distribution products support some
kind of IR pass-through from point-to-point extender sets
to pro and HDBaseT matrices. Most of the range now
supports wideband IR meaning it is compatible with any
IR device available on the market. Our Pro and HDBaseT
matrix range (Cat 5e) 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?
While our equipment is tested and graded to Cat 5e
cable standard; tests have shown that better results
are achieved when using Cat6 cable. The lower gauge,
thicker copper cores ensure better signal transfer.
Newly installed cabling should always conform to Part P
Regulation and BS 7671 (17th Edition), and should be
terminated to 568B standard
24
Can I use a single Cat 5e cable?
Yes. Our HD display adaptors require a 5v power supply
at the TV end to operate. 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. Our new USB power
cables overcome the problem of having a second mains
outlet behind the TV. These useful leads draw the 5v from
the USB socket on the TV to power the receiver, this also
means that the receiver is only powered when the TV is
on making the system more environmentally friendly.
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
Using our conventional pro (TMDS) transmission method
the Video & Audio is sent along cable #2, IR and
HDCP data is sent along cable #1. Using our HDBaseT
technology it’s possible to send Audio (up to DTS Master),
Video (up to 4k), Ethernet (10/100), and control (RS232 &
2-way IR) down a single Cat 5e 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.
• 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 color depths and/
or increased refresh rates from the Source. 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 be 1080i 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 1080i but not 1080p at a TV
location
Firstly ensure that both the source is outputting 1080p
and that the TV is Full HD 1080p screen. If this is the case
then the receiver Cat 5e or Coax may need setting up
for long cable mode using the DIP switches. This useful
feature uses an alternative Equalisation method to re-sync
the signal over longer distances.
I cannot get a signal out 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.
14.
Maintenance
Clean this unit with a soft, dry cloth only. Never use
alcohol, paint thinner or other harsh chemicals.
15.
Product Service
Provided Service:
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.
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.
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.
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
25
FAQS , MAINTENANCE AND PRODUCT SERVICE
Do I need to use 1 or 2 cables?
MAIL-IN-SERVICE AND WARRANTY
16.
Mail-in-service
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.
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.
17.
Warranty
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:
a) Repair the product with new or refurbished parts.
or
b) Replace it with a new or refurbished product.
Limited warranty period:
All Wyrestorm products are covered by a comprehensive
PARTS and LABOUR warranty for a period of between
1 and 3 years depending on the type of product. For
the exact warranty period of your model, please see
the Wyrestorm website or check with your Wyrestorm
representative.
During this period there will be no charge for unit repair,
replacement of unit components or replacement of
product if necessary.
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.
26
16.
Warranty Limits and
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.
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.
INPUT REFERENCE LOG
INPUT REFERENCE LOGS
19. Reference Logs
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
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
27
OUTPUT REFERENCE LOG
OUTPUT REFERENCE LOGS
Wyrestorm Matrix OUPUT installation reference log
OUTPUT
Output
number on
Matrix
Output Location
Display Details
Display Resolution & Audio
Settings
Cable
Number
1
2
3
4
5
6
7
8
28
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
28
NOTES
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
29
NOTES
30
Technical Support: [email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
NOTES
Technical Support: [email protected] US: +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