Download Wyrestorm MX-0808-HDBT Instruction manual

MX-0808-PP-POH
MX-0808-PP-POH-Custom
Fixed Pro Plus chassis featuring PoH
HDBaseT out, mirrored HDMI out, HDMI in, IR
input transmission card.
Modular Pro Plus chassis with selection
of customisable analogue and digital PoH
transmission cards.
WyreStorm Pro Plus PoH HDBaseT Solutions
Instruction Manual
Thank you for choosing this WyreStorm product.
Please read these instructions carefully before installing to avoid complications later.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
1
CONTENTS AND INTRODUCTION
Contents
1
Introduction
2
Features
3
Safety Precautions
4
Package Contents
5
Specification
6
Front Panel Description
7
i. Rear Panel Description - MX-0808-PP-POH
ii. Rear Panel Description -MX-0808-PP-POH-CUSTOM
Card Options
8
i. Typical Application - TX-POH-010 Transmission Card
ii. Typical Application - All Cards
9
Connection
10
Basic Operation
11
Basic Remote Control
12
Advanced Remote Control
13
Advanced Operation
14
RS232 Application Scenarios - Understanding
RS232 Connection & Signals
15
Routable RS232 with MX-PP-POH
16
Routing Serial Commands from the MX-PP-POH
17
QuickSync Setting
18
COM CTL
19
EDID Management - About EDID
20
Before EDID Adjustments
21
EDID Presets
22
Troubleshooting
23
FAQ
24
Maintenance
25
Provided Service
26
Mail In Service
27
i. Warranty
ii. Warranty Limits and Exclusions
28 i. Installation Reference Log - Input Reference Log
ii. Installation Reference Log - Output Reference Log
1.
Introduction
The WyreStorm MX-PP-POH matrix range offers the
ultimate in flexible and affordable Class B HDBaseT™
integration; for projects that demand the benefits
of HDBaseT transmission, such as signal stability,
distribution of full 1080p HD video, HD audio, Power-overHDBaseT (PoH) and control via IR and routable serial
control over a single Cat5e/6 cable up to 70m/230ft, yet
may not require the transmission distance or feature set
of full Class A HDBaseT.
Models in the MX-PP-POH range offer an HDBaseT Pro Plus
matrix solution with PoH support for power passed along a
single Cat5e/6/7 cable along with transmissions and control
commands to enable receivers to operate without the need for
local mains power at display zones.
This not only offers more flexibility and convenience during
installation but also greater energy efficiency and an easier
installation than a permanent mains connection as less power
supplies are required for devices.
MX-PP-POH matrices also feature routable serial commands
via RS232 for individual screen control in display zones using
a WyreStorm Enado or third party control system – all of which
adds up to a powerful package for applications of any size or
budget.
MX-PP-POH matrices are available either in factory standard
configuration, featuring HDMI input to HDBaseT and mirrored
HDMI Output, or a modular customisable configuration featuring
a matrix chassis and selection from a range of multi-format
digital and analogue transmission cards that enable distribution
and control to be tailored to the specifics of the project like
never before.
Using our Virtual Rack system-planner available at
www.wyrestom.com, combinations of matrices and
transmission cards can be selected and customised to personal
specification, with orders submitted online, custom-built and
shipped directly within 10 days from initial spec to final delivery.*
MX-PP-POH matrix solutions from WyreStorm offer incredible
flexibility and versatility of custom transmission selection
combined with the power and features of HDBaseT for solutions
where stable HD transmission and control over distance is
required, 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.wyrestom.com
*Subject to stock availability
2
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Features
• Each HDMI port also supports DVI signals.
• Each Output port can be fed to multiple displays (cascaded).
• Enables up to 4 HDMI video/audio devices to be independently
switched through up to 4 HDMI displays or projectors for
uncompressed digital distribution.
• Fully cascadable
to further
lengthen transmission.
NOTE:
*Perfect
transmission
conditions denote cable run
conditions denote
cable run
is within
is *NOTE:
withinideal
specified
distance
range
of product, no electrical
specified distance range of product, no electrical
interference,
the
use
of
straight
cable
runs with no bends
interference, the use of straight cable runs with no bends
or kinks and no patch panels or wall outlets used. Please
or bekinks
and no patch panels or wall outlets used. Please
advised that the presence of any of these factors in
installation
may compromise
bandwidth
signal
beyour
advised
that
the presence
ofand
any
of these factors in
strength. For longer transmission distances, RS232 control
your
installation
may
compromise
bandwidth
and signal
and Ethernet pass-through, please see our full HDBaseT
or HDBT Lite range of matrices, transmitters, receivers and
strength.
• Each output able to show any connected source simultaneously
• Class B HDBaseT technology
for one-cable
regardless of whether the input carries HDCP encryption.
transmissions of full HD
1080p
video
@60Hz,
HDInstallations.
• Refined for Custom
Install and
Home Theatre
multichannel audio, routed
control
and
power
up with additional extender sets.
• Reads and copies EDID from connected devices
EDID configuration through customisable DIP switch settings if
to 70m/230ft, under perfect
conditions
necessary.
• HDBaseT more resistant
to
electrostatic
interference
• 2k resolution supported.
than conventional distribution
• Fully 3D compatible – Frame sequential 3D (Blu-ray) and
3. Safety Precautions
interlaced stereoscopic
3D (satellite
broadcasts
etc.)
• (MX-0808-PP-POH) - factory
configured
with
8 standard
• Supports all high definition resolutions up to and including
transmission cards: HDBaseT
PoH out, mirrored HDMI
1080p and standard video formats.
WARNING
WARNING
out and HDMI In
• RS232 port.
To reduce
risk of fire, electric
shock of fire, electric shock
Tothereduce
the risk
or product damage:
(MX-0808-PP-POH-CUSTOM)
- selection
digital
• Choose from 6 switching
modes – of
infrared
remote control, front
or product damage:
panel buttons,
IR, IR call-back, LANmodular
and RS232.
and analogue card options
for local
customisable
1. Do not expose this apparatus to rain, moisture, sprays,
• Simple switching remote control included, which can also be
HDBaseT PoH configurations
drips or splashes and ensure that no objects containing
learned into a universal remote handset to allow the control of 1. Do not expose this apparatus to rain, moisture,
liquids are placed on the apparatus, including cups,
devices(Blu-Ray)
from one handset.
• Full 3D Support frame multiple
packing
/ stereoscopic
glasses and
vases.or splashes and ensure that no
sprays,
drips
• Fully compatible for integration with market leading control systems.
(satellite/cable)
2.objects
Do not place
this unit in a confined
as
containing
liquidsspace
aresuch
placed
on the
• 4 x IR 3.5mm
mini-jack ports
for each output to link IR from
enclosed shelving, cabinets or bookshelves. Ensure the
• Bi-directional, wide range
IR control
of inputs/outputs
apparatus,
including
control system to control display
unit is adequately
ventilated. cups, glasses and vases.
from source and display
locations via discrete IR control
• Additional infrared extension port for longer IR connections
3. To prevent the risk of electric shock or fire hazard due to
overheating, do not cover the unit or obstruct ventilation
(30 KHz to 56 KHz frequency)
• HDMI v.1.3
2. Doopenings
not place
this newspaper,
unit in acardboard
confined
space such as
with material,
or
• Fully routable RS232 • serial
control
allows
central
control
Supports 24Bit Colour depth
anything thatshelving,
may restrict airflow
into the unit.
enclosed
cabinets
or bookshelves.
of all display devices •connected
to Gbps
the matrix via
Signalling rate of 6.75
4. Do not install near external heat sources such as
Ensure
the unit is adequately ventilated.
radiators, heat registers, boilers or any device that
• Pack
comesparty
completecontrol
with 1 x 4x4systems
Matrix with 19” rack
WyreStorm Enado and
third
produces heat such as amplifiers or computers and do
brackets, 4 x 40m IR receivers with mounting brackets, IR
not place near sources of naked flame.
• PoH – power passed directly
along
up to
receivers, emitters
and aCat5e/6
Matrix remotecable
control handset.
3. To prevent the risk of electric shock or fire hazard
5. Unplug apparatus from power supply during lightening
70m/230ft from the MX-PP-POH
to
all
connected
PoHAdditional features included on the RX-1UTP-IR-40
due
to oroverheating,
doperiods
not cover
storms
when unused for long
of time. the unit or
enabled display receivers
- no
additional
power
required
• Transmits
one-way
signal together
with the HDMI
signal over a
with
material,
6.obstruct
Protect theventilation
power cable fromopenings
being walked on,
pinched
single Cat5e/6/7 cable.
at display location for PoH
receivers
or restricted in any way, especially at plug connections.
newspaper,
cardboard
or
anything
that may restrict
• Receivers capable of 1080p transmissions up to 40m (131ft)
7. Only use attachments/accessories specified by the
• Each output can be cascaded
up to 7 times for even
under ideal conditions*
airflow
into
the
unit.
manufacturer.
larger distributions spanning
56 control
displays
a features
• For even greater
and fine covering
tuning, each receiver
8. Units contain non-servicable parts - Refer all servicing to
fully adjustable EQ distance range for optimising the
transmission distance atransmission
of
up tosignal.
1.2Km/ 0.74miles
service personnel.
4. Doqualified
not install
near external heat sources such as
• Matrix also cascadable up to 7 times (using a TXradiators,
heat
registers, boilers or any
device that
[email protected] US: +866 677 0053 EU: +44 (0) 1793 230 343
4
POH-020 HDMI pass-thru card) Technical
for theSupport:
quick
and easy
produces heat such as amplifiers or computers and
creation of very large arrays of up to 392 displays
do not place near sources of naked flame.
• Conforms to IEEE-568B standards
• HDCP compliant with constant feed to prevent screen
5. Unplug apparatus from power supply during
drop-outs
lightening storms or when unused for long periods
• Reads, copies and manages EDID from connected
of time.
devices
• Fully compatible with market leading third party control
6. Protect the power cable from being walked on,
systems - full integration protocols available for AMX,
pinched or restricted in any way, especially at plug
Control4, Crestron, Red Eye, Nevo, RTI, Control FX,
connections.
Savant, Bit Wise, Elan, g!, URC, WyreStorm Enado
• Choose from 5 switching methods – front panel
7. Only use attachments/accessories specified by the
buttons, local IR, IR call-back, RS232 and LAN
manufacturer.
• Remote control can also be learned into a universal
remote handset to allow the control of multiple devices
8. Units contain non-servicable parts - Refer all
from one handset
servicing to qualified service personnel.
• Compact 2U size
• Additional infrared extension port for longer IR
9. Attention Do Not Hotswap HDMI plugs or HDBaseT
connections
connectors - Please insert and extract cables carefully
• Including mounting brackets, IR receivers, IR
with the power SWITCHED OFF. Power is passed along
transmitters and remote control handset
transmissions so connecting and disconnecting cables
while powered can result in damage to circuitry or
possible injury.
3.
Safety Precautions
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
3
FEATURES AND SAFETY PRECAUTIONS
2.
• Conforms to IEEE-568B standards
USB to 5V Cable
Part Number CAB-USB-5V
FEATURES AND SAFETY PR
• Simplified ports - Input: HDMI – Output: integrated RJ45
connectors for a single Cat5e/6/7 UTP cable to each display
point for ease of installation.
4.
Package Contents
PACKAGE
CONTENTS
AND SPECIFICATIONS
PACKAGE
CONTENTS
AND SPECIFICATION
4.• MX0606-PP
Package
/ MX0808-PP Contents
main unit
• Printed instruction manual
• 1 x RS232 to RS485 converter
• Flash USB stick containing PC control software and digital copy
• 1 x MX-0808-PP-POH main unit - 8 input 8 output Pro
of instruction manual*
Plus PoH matrix factory configured with 8 x TX*downloadable
versions can
be found
at www.wyrestorm.com
POH-010
transmission
cards
(HDMI
in, HDBaseT &
mirrored
HDMI
Out)
• Matrix mounting brackets
or
• 1 x 100~240V AC Power cable power supply
• 1 x MX-0808-PP-POH-CUSTOM main chassis unit - 8
•input
1 x IR
cable
8 Extension
output Pro
Plus PoH matrix chassis, customconfigured with 8 x card selections (specified by the
customer via the Virtual Rack Configurator or physical
order sheet mailed to your WyreStorm respresentative)
5.
• 1 x USB to UART cable
Specifications
5.OperatingSpecification
Temperature
0 to +35°C (32 to +95°F)
• 6 / 8 x IR TX Emitters (small sensor for Input source)
• 1 x Printed instruction manual
8 x IRmemory
RX Emitters
(larger
for Output
• •1 6x /Flash
USB
sticksensor
containing
PCdisplay)
control
software
and
digital
copy
of
instruction
manual
(digital
• 1 x Wyrestorm matrix remote control incl. battery (size/type:
version
can
be
downloaded
on
this
product
page)
CR2025 3V)
• 1 x Matrix mounting brackets (pair)
• 1 x stylus
• 1 x IEC Mains lead (UK, US & EU included)
• 1 x IR extension cable
• 8 x IR transmitters (For source devices)
• 16 x IR Receivers
• 1 x Remote Controller
Output Video
HDMI v1.4 with full 3D compatibility with Frame Sequential (Blu-ray) and Interlaced
Stereoscoptic
HDMI v1.4 with (satellite/cable
full 3D
compatibility with frame packing/
broadcasts)
Range
Operating
HumidityRange
Range
Operating
Temperature
to+35°C
90 % (32
RHto +95°F)
05 to
Operating Humidity Range
5 to 90% RH (no condensation)
Output Bandwidth Signalling
RateBandwidth Signalling
Output
Rate
(no condensation)
6.75Gbps
6.75Gbps
Input Video Signal
0.5-1.0 volts p-p
Input
Video
Signal
Input
DDC
Signal
0.5-1.0
p-p
5 volts volts
p-p (TTL)
Input
DDC Signal
Maximum
Single Link Range
51080p
volts p-p
(TTL)
Deep
Colour
Transmission
distance
Maximum
Single Link
Range
1080p36bit
signal
up Colour
to 70m /
1080p
Deep
Transmission Distance
Up
to 70m
/ 230ft with
Cat5e/6/7
mission
conditions
including
using
WyreStorm
RX-1UTPstraight
cable runs
with no
IR-70-POH
Display Receiver
electrical interference,
bends,
(Under
perfectpanels
transmission
kinks, patch
or wall
conditions including straight
outlets.) Using Wyrestorm RXcable runs with no electrical
1UTP-IR-70bends,
Display
receivers
interference,
kinks,
behindpanels
eachor
output
display.
patch
wall outlets.)
Attention Do Not Hotswap HDMI
plugs or HDBaseT connectors
- Please insert and extract
cables carefully with the power
SWITCHED OFF.
Power is passed along
transmissions so connecting
and disconnecting cables while
powered can result in damage to
circuitry or possible injury.
230ft (Under perfect trans-
Single Cat5e/6/7 PoH
Single Cat5e/6/7
Display
Receiver
Display Receiver (70m)
(70m/230ft)
Part
RX-70-IR-POH
RX-1UTP-IR-70
Number
Video
Format
Supported
Video
Format
Supported
VESA:640x480,
640x480, 800x600,
VESA:
1024x768, 1280x1024,
800x600,1024x768,
1280x1024,
1600x1200,
1920x1200
1600x1200,
1920x1080,
1920x1200
DTV/HDTV:
480i/576i/480p/576p/720p/
DTV/HDTV:
480i/576i/480p/576p/
1080i/1080p
720p/1080i/1080p
5
4
Output Video
Audio Format Supported
Max. Transmission distance
over HDMI
Audio Format Supported
sequential (Blu-ray) and interlaced
stereoscopic
(satellite/cable
DTS-HD,
Dolby
True HD
broadcasts)
15m / 49ft – if a longer HDMI
connection is necessary, we
HDBaseT:
DTS-HD, Dolby
True
offer
the Wyrestorm
in-line
HD, multi-channel
5.1, 7.1,RPstereo
HDMI
to HDMI coupler
- SPDIF Audio: DTS, AC3, PCM
HD-HD.
5.1
Max. Transmission distance
over HDMI
15m / 49ft –if a longer HDMI
connection is necessary, use
a WyreStorm HDMI-to-HDMI
coupler for reliable, straightforward
extension to double your HDMI
cable capacity
Power Consumption
170 Watts (Max.)
BTU Rating (British Thermal Unit)
580.1
Power Supply
100-240V
ACHDMI to HDMI
In-line
Dimensions (wxDxH)
440mm x 100mm x 340mm
/17.3”
3.9” x 13.4”
RP-HD-HD
Part xNumber
Weight
6.7Kg / 14.8lb
Rack Space Required
2U
coupler
Max. Transmission distance
over Cat5e/6/7
70m / 230ft – using
Wyrestorm RX-1UTP-IR-70
Display Receiver.
Power Consumption
35 Watts (max.)
Power Supply
100-240V AC
Dimensions
440mm / 17.3” (W)
42mm / 1.6” (H)
340mm / 13.4” (D)
Weight
6.7 Kg / 14.8lbs
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
1
2
3
Front Panel Description
4
LED input/output select screen
Output select buttons (left/right)
5
IR receive window
Input select buttons (UP/DOWN)
FRONT PANEL AND REAR PANEL DESCRIPTION
6.
Confirm selection button
6
Mounting brackets
3
6
1
4
2
ENTER
4
5
6
3
7i.
Power switch
10 RS232 port
11 IR extension port (IR EXT)
HDBT OUT
HDMI OUT
HDMI IN
IR RX
HDBT OUT
HDMI OUT
HDMI IN
IR RX
HDBT OUT
HDMI OUT
HDMI IN
IR RX
HDMI IN
AC 100-240v
HDBT OUT
Power
7
6
5
HDMI OUT
1 2 3 4 GROUP 5 6 7 8
HDMI IN
!
IR RX
HDBT OUT
RISK OF ELECTRIC SHOCK
DO NOT OPEN
HDMI OUT
HDBT OUT
HDMI OUT
IR RX
4
HDMI IN
3
IR RX
2
HDBT OUT
1
LAN port
8
HDMI OUT
7
9
13 EDID switch default diagram
14 IR TX transmitter ports (corresponds to inputs)
Fuse (lift cover to replace)
HDMI IN
6
Input/Output port grouping indicator
12 EDID DIP switch (for manual EDID setting)
AC100 – 240V power input
IR RX
5
IR receiver port (IR RX)
HDBT OUT
4
HDMI input ports
HDMI OUT
3
Duplicate HDMI output ports (mirrors HDBaseT output)
HDMI IN
2
8
HDBaseT PoH output ports (RJ45 Cat5e/6/7)
IR RX
1
Rear Panel Description - MX-0808-PP-POH
9
11
IR EXT
10
LAN
12
RS232
EDID
ON
OFF
DEFAULT
1 2 3 4
1
0
13
IR TX
14
Attention 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: +1 866 677 0053 EU: +44 (0) 1793 230 343
5
7ii.
Rear Panel Description - MX-0808-PP-POH-CUSTOM
Card Options
HDBaseT out, Mirrored HDMI out, HDMI in, IR in - “Default” card
as standard on all non-CUSTOM MX-PP-POH matrix models. Offers
70m/230ft HDBaseT transmission including Video, Audio, Control &
Power, combined with a duplicate HDMI output to allow simultaneous
connection of a second local “mirrored” screen, AVR or extender product
(including Cat5e/6/7, Fiber and Coax). IR in allows control signals to be
sent to the sink device.
1
TX-POH-010
2
TX-POH-020
HDBaseT out, Source loop HDMI Out, HDMI in, IR in - Cascading
card enabling a source to be injected into the matrix, split, and sent
back out to be fed into another device (ie. another connected matrix).
Featuring 70m/230ft HDBaseT transmission including Video, Audio,
Control & Power. IR in allows control signals to be sent to the sink
device.
3
TX-POH-030
HDBaseT out, Audio breakout, HDMI in, IR in - Similar to the TXPOH-010 card, this variation offers a stripped audio feed from HDBaseT
out. An optical port passes multi-channel PCM audio whilst the minijack outputs L/R analogue audio. Also features 70m/230ft HDBaseT
transmission including Video, Audio, Control & Power. IR in allows control
signals to be sent to the sink device.
4
TX-POH-040
HDBaseT out, HDMI out, Audio In, IR in - For audio device
integration, this card enables any analogue audio source to route through
the video matrix. Also includes 70m/230ft HDBaseT transmission for
Video, Audio, Control & Power with IR in for control signals to be sent to
the sink device.
5
TX-POH-050
6
TX-POH-060
6
HDBaseT out, DVI in, IR in - Making an MX-PP-POH-CUSTOM matrix
modular matrix compatible with high-end graphics cards, this module
accepts a DVI-D signal as a source (1920x1200 @60fps). Also includes
70m/230ft HDBaseT transmission for Video, Audio, Control, Power and
IR in allows control signals to be sent to the sink device.
HDBaseT out, IR in - Allowing more outputs than inputs, this card
allows the addition of a switched output to a smaller number of sources 6x8, 3x6 or even 1x8. HDBaseT transmission of Video, Audio, Control &
Power up to 70m/230ft with IR allowing control signals to be sent to the
sink device.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
7
TX-POH-070
8
TX-POH-080
9
TX-POH-090
HDBaseT out, VGA + Stereo audio in, IR in - Enables compatibility
with legacy analogue computing equipment and embedding stereo
audio into 1920x1080 VGA or 1920x1080p YUV signals. Also contains
70m/230ft HDBaseT transmission including Video, Audio, Control &
Power. IR in allows control signals to be sent to the sink device.
HDMI In - Perfect option should a system require more source devices
than outputs. It allows unusual configurations such as 6x4, 7x5 or even
8x1.
HDBaseT out, YPbPr + audio, IR in - Component input card for
connection of legacy component source devices (with audio) to the
matrix - passes native source resolution.
Features 70m/230ft HDBaseT transmission including Video, Audio,
Control & PoH.
NOTE: this card does not scale - passes signal only.
10 TX-POH-100
HDMI out, HDBaseT In, IR in, RS232 - Enables ‘remote sources’
connection to the matrix up to 70m/230ft away using an HDBaseT
transmitter, with received signals then routed by the matrix as with any
local source.
Control of source device cannot be routed internally through the matrix
- an IR loop port is included on the card for corresponding IR TX port
connection using the CAB-IR-LINK WyreStorm IR Link cable (CAB-IRLINK). Similarly, for RS232 control a phoenix port breaks-out or injects
serial commands to be sent down the HDBaseT link.
11 TX-POH-110
HDMI in, HDMI out, source loop HDMI out - HDMI in, HDMI out,
source loop HDMI out, – Allows HDMI-only systems to be designed with
sources and switched outputs both HDMI.
Enables simple 15m/49ft HDMI connection to AVR, local screens or
different types of extension to be used for longer transmissions (coax,
fiber, full class-A HDBaseT)
Featuring HDMI passthru source loop output to cascade matrices and
expand distribution to fixed POH another CUSTOM POH matrix.
NOTE: Routed serial and 2-way IR is not possible using this card.
* For full information on matrix cascading functionality using Source Loop HDMI passthrou cards, see product page and Virtual Rack at
www.wyrestorm.com
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
7
TYPICAL APPLICATION - TX-POH-010 TRANSMISSION CARD
8i.
Typical Application - TX-POH-010 Transmission Card
rx-70-poh
HD Audio Video
rx-70-poh
HD Audio Video
PERSONAL
AUDIO DEVICE
25w d-class amp
Enhanced 2.1 Audio & HD
Audio return channel from tv
25w d-class amp
Enhanced 2.1 Audio & HD
Enado controller
control
system
Satellite/Cable
box 1
Satellite/Cable
box 2
Key
8
cat 5e/6
70m/230ft
Line Level Audio
VGA/dvi
ir tx
hdmi
ir rx
rs232
sub pre-out
HDBaseT™ and the HDBaseT Alliance logo are
trademarks of the HDBaseT Alliance
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Typical Application - All Cards
TYPICAL APPLICATION - ALL CARDS
8ii.
PERSONAL
AUDIO DEVICE
25w d-class amp
Enhanced 2.1 Audio & HD
25w d-class amp
Enhanced 2.1 Audio & HD
25w d-class amp
Enhanced 2.1 Audio & HD
Audio return channel from tv
rx-70-poh
HD Audio Video
Enado controller
vol
sonos connect
control
system
Satellite/Cable
box 2
Satellite/Cable
box 3
Transmission cards / Key
Slot 1 - TX-POH-060
Slot 5 - TX-POH-050
cat 5e/6
70m/230ft
Line Level Audio
Slot 2 - TX-POH-080
Slot 6 - TX-POH-030
VGA/dvi
ir tx
Slot 3 - TX-POH-070
Slot 7 - TX-POH-040
hdmi
ir rx
Slot 4 - TX-POH-010
Slot 8 - TX-POH-020
rs232
sub pre-out
HDBaseT™ and the HDBaseT Alliance logo are trademarks of the HDBaseT Alliance
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
9
CONNECTION
9.
Connection
1
Connect source devices (such as: Blu-Ray,
computer, games console, satellite/cable, music
streaming device, CCTV etc.) to the relevant input ports
of the matrix output cards 1-8.
Attention Do Not Hotswap HDMI plugs or
HDBaseT connectors - Please insert and extract
cables carefully with the power SWITCHED OFF.
Power is passed along transmissions so connecting
and disconnecting cables while powered can result
in damage to circuitry or possible injury.
2 For IR control of sources from a display zone,
connect an IR transmitter from the matrix to each source,
ensuring the IR TX is attached directly over the infrared
receiving area of the device, using the adhesive backing
to secure in place.
HINT Locate the infrared sensor on devices by
shining a flashlight onto the display panel of
sources and look for a small sensor.
Adjustment of the IR TX position after installation may be
required to achieve the best results as moving the sensor
to different areas of the source facia can improve IR
performance.
using Cat5e as standard, we suggest using Cat6 as
the preferred cable due to its improved transmission
capabilities.
Ensure both RJ45 connectors are pushed securely into
each port and supported by the connector strain relief
clip to prevent loosening.
If using a WyreStorm extender set, connect the
transmitter device to the matrix via the HDMI port and
connect to the RX-70-IR-POH receiver via Cat5e/6/7.
NOTE No power supply is required to the RX-70-IRPOH if connected from the MX-PP-POH matrix or
other PoH-enabled transmission device.
The 5v power input on the display receiver is
optional, and should be used only if there is
insufficient power from the transmission device.
Attention Power is passed along the Cat5e/6/7
cable so the quality of termination, cable and
condition are essential for successful delivery
of video, audio, control and power to receivers.
Poor quality terminations lead to intermittent
performance and longer install times.
Attention PoH functionality will not be possible if
using a non-PoH enabled Receiver.
Attention Sudden movement of the matrix and
Plug the 3.5mm jack of the IR transmitter into the
corresponding number IR TX port on the rear panel of the
MATRIX.
receivers/transmitters could lead to loss of picture
and sound if connections become loose or strained,
resulting in unnecessary service call-backs. We
strongly recommend using the mounting brackets
supplied to secure devices.
NOTE Make sure the IR jacks and ports match up.
5
3
For two-way IR control of display from source
location:
i. Connect an WyreStorm IR link cable between the IR RX
port on the matrix output cards to a control system.
or
ii. Connect 3.5mm jack of the IR receiver into the
corresponding IR RX port on relevant matrix output
cards, ensuring the IR receiver eye is placed in clear view
to receive an IR signal from the handset to be used to
control.
4 Connect a good quality, well-terminated Cat 5e/6/7
cable with an RJ45 connector wired to 568B standard
at both ends from the HDBaseT Output port of matrix
transmission cards the UTP IN of the RX-70-IR-POH
display receiver.
NOTE Although all WyreStorm products are tested
10
Connect HDMI OUT of the RX-70-IR-POH to the
HDMI IN of the display device.
6
Plug the 3.5mm jack of the IR receiver into the IR RX
port of the display receiver. Place the IR 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 transmitter into the IR
TX port on the display receiver, ensuring the transmitter
is placed directly over the infrared receiving sensor of the
display using the adhesive backing.
Again, adjustment of receiver and emitter position may be
needed to achieve the best IR signal distribution.
7 Switch on the power to your input sources, displays,
and any display receivers used.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Attention All receivers must be connected to the
As power forms part of the HDBaseT carrier
signal, if a transmission link can not be established
between matrix and display receiver, it is unlikely
the receiver will be able to draw power.
Should such problems be experienced between
transmission and receiving device, investigate the
root cause of the issue by following the checklist in
the Troubleshooting section of this guide.
8
Finally, switch on the matrix at the rear and your
WyreStorm system should now be fully connected and
ready for use.
If IR transmitters and receivers are correctly placed
discrete control of both sources and displays will be
possible from either location.
OUTPUT selection
INPUT selection
Confirm
OUTPUTS/INPUTS
OUTPUTS are selected by pressing the LEFT and
RIGHT arrow buttons to scroll forwards and backwards
numerically through the displays connected to the matrix.
The corresponding OUTPUT channel number will blink on
the display when reached.
1
Press the LEFT ARROW or RIGHT ARROW key to
select an output. After the selection is complete, the
corresponding LED indicator blinks.
Attention Remember, always switch off the matrix
before unplugging any inputs or outputs – follow
last on, first off protocol.
OPTIONAL CONNECTION:
1 If using a duplicate display or AVR mirrored to the
HDBaseT Output, connect the display via the HDMI OUT
port of the TX-POH-010 transmission card.
2
For connection of RS232
If you do not have IR control:
Likewise, the UP and DOWN arrow buttons scroll
numerically through any INPUT sources connected to
the system. When the desired OUTPUT and INPUT is
reached, push the ENTER button to confirm the selection.
The display will stop blinking to confirm the matrix has
been set.
2
Press the UP ARROW or DOWN ARROW key to
select an input.
• 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 IR TX or RX eyes is not
affecting the infrared signal.
10.
Basic Operation
The WyreStorm MX-PP-POH 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.
3
Press the ENTER key to confirm the selection. After
the selection takes effect, the LED stops blinking.
Repeated pressing of the select button of a specific
output scrolls numerically through the HDMI input devices
connected to the matrix, with the corresponding LEDs
illustrating when a device has been selected for that
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
11
BASIC OPERATION
matrix via UTP cable before matrix is powered on.
NPUT SELECT
OUTPUT
CHANNEL
INPUT SELECT
1
OUTPUT
CHANNEL
3
5INPUTS and OUTPUTS and is able to switch
change
accordingly
depending on the user’s location.
4
6
5
6
7
7
8
System Code Switch
8
The default system setting is 0x00 to control one matrix, but
Aspressing
such, the
function of the handset
buttons and
OUTPUT
the SYSTEM CODE button
on the handset
THREE
INPUT
SELECT
CHANNEL
operation
differs
depending
on
where
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handsetCODE
is being
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default
system
setting
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to
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rapidly
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pressing
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used.
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To change handset battery
1
32
43
1
To change handset battery
54
2
65
6
3
7
4
ystem Code Switch System Code Switch
BASIC REMOTE CONTROL
BASIC REMOTE CONTROL
7
8
4
System Code Switch
INPUT SELECT
2
8
2
Basic
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tting
l oneismatrix,
0x00Remote
but
to control one matrix,
but
5 and pull out
Pinch here
Pinch here and pull out
6
TIMES rapidly activates the alternative Matrix SYSTEM CODE
button three times again to reverts back to default 0x00 setting.
0x4e, allowing independent control of a second
Pressing the
2 unit.
In the event that two MX-PP-POH
units are used within
button three times again to reverts back to default 0x00 setting.
BASIC REMOTE CONTROL
11. Basic Remote Control
11.
BasicRemote
Remote
Control
11. Basic
Control
3
BASIC REMOTE CONTROL
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.
1
NOTE
Changing
System
Code
necessary if you
close
proximity,
thethe
matrix
is capable
of switching
3 is only
are
using
two
identical
units
within
close
range
IR of
NOTE
between
two
distinct
IR
System
Codes
to
control
Changing the System Code is only necessary if allow
youof the
signal.
If
using
in
different
parts
of
the
same
room
it
is
likely
4
are using
two
identical
units
within
close
range
of
the
IR
either matrix individually via the same handset.
youinwill
not need
theroom
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If using
different
partstoofchange
the same
it is likely
5
that you will not need to change the setting.
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HINT If to
assigned
a specific
matrixis will
IR before
commands
to the
your
remote control
not6 allow
working,
changing
HINT If your remote control is not working, before changing the
battery,
try
changing
the
System
Code
on
the
handset
in
case
it
be delivered to only that unit.
7
battery, try changing the System Code on the handset in case it
has accidentally
been switched to an alternative matrix control
11. Basic
Remote
Control
has accidentally
been switched to an alternative matrix control
7
Install
battery
‘+’
side
Install
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side
up
Install
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8
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and
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CR2025 3v
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battery.
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2025
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OUTPUT
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compartment
back
compartment
back
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back into the handset.into
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1
handset.
Default
mode.
mode. system setting to control8 one matrix - system
BASIC REMOTE CONTROL
code: 0x00. Press the handset SYSTEM CODE button
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When
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the back
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matrix matrix
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2
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5
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he handset
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using
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ative
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7 using
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channels
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ote
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LECT
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3MX0606/0808-PP
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event that two
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le through
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connected
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such,
the function
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handset
buttons
and
operation
differs
7 sources
automatically
detected
so options 1-8 will correspond to sources 1-8 on the matrix. Press
OUTPUT
OUTPUT
INPUT
SELECT
by side in the rack, the matrix is capable
of
switching
between
INPUT
SELECT
OUTPUT section on the handset.
options
as
you
would
channels
on
a
regular
TV remo
CHANNEL
CHANNEL
essing the left/right
arrow
buttons
in
each
numbered
depending on where the handset is being1-8
used.
on the matrix. Press
1
4 buttons 1-8
4 to scroll through your
two
to allowan
control
of either
MX0808-PP-POH
features
intuitive
IR matrix
‘Call Back’
2
CT
5
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5
8 theThe
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ction SELECT
on
handset.
options as you would channels on a regular TV remote.
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via
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that
MX0606/0808-PP
units are
used side
system
of control
through
is able
to2
5
5
3
6
6
previous
/ next buttons
by
side
in
the
rack,
the
matrix
is
capable
of
switching
between
distinguish where the remote
handset
is being used
to
2
2
3
6 i.e. pointed
6 directly at the
next buttonstwo distinct IR System Codes to allow
control
ofthe
either
matrix
When
using
remote
control
locally,
4
7
7
individually
via
the
hand-set.
matrix,
the
previous
/
next
buttons
are
used
to
scroll between the
3
3
the remote control locally, i.e. pointed directly at the
4
7
7
5
8
8
revious / next buttons are used to scroll between the input sources connected to the matrix for each individual output
4
4
display. So for example, using theUS:
previous
/866
next 677
buttons
for 1EU: +44 (0) 1793 230 343
Support:
[email protected]
+1
0053
12to the matrix Technical
es connected
for each Technical
individual
output
8 677 0053
8 EU: +44 (0) 1793 230 343
Support: [email protected] 5 US: +866
6 10
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:
6
o select the source to be set to display 1 manu-ally.
7
INPUT SELECT
INPUT SELECT
OUTPUT
section
on the handset.
NNEL CHANNEL
1
Matrix System Code Switch
31
1
2
3
4
3
2
3
2
3
4
4
4
41
4
2
4
4
HDBT OUT 5
HDBT OUT 6
HDBT OUT 7
HDBT OUT 8
signal
of that RJ45 OUTPUT links INPUT 3 with IR TX3 for the
HDMI
Cable
HDMI
Cable
signal to be combined and communicated for that input to be
controlled remotely.
Out
1
UTPUTP
Out
1 Input
HDMI
1
UTP
Out
IR TX
UTP Out
2 12
Cat5e/6/7
up to
Out
3
HDMI
2 Cat5e/6/7
up to
UTPUTP
Out
3 Input
(230ft)
IR Out
TX
70m70m
(230ft)
UTPUTP
Out
4 24
EU: +44 (0) 1793 230 343
Out
5
HDMI
310
UTPUTP
Out
5 Input
IR Out
TX 36
UTP
UTP Out 6
HDMI Source
HDMI Input
4
UTPUTP
OutOut
7 7
IR TX 48
UTPUTP
OutOut
8
HDMI Input 5
IR RX Receiver
IR TX 1 IR RX Receiver
2
HDMI Input 6
02 02
IR TX 2
HDMI Input 7
IR TX 3
HDMI Input 8
IR TX 4
1
1
2
3
1
2
3
1
2
3
1
2
3
4
2
4
3
4
4
4
IR Path
IR Receiver
Link
Cable to
IRIRRX
Receiver
IR RX
Receiver
Control
System
IR Path
Single Cat5e/6/7
70m/230ft
cal Support: [email protected] US: +866 677 0053
Display
Reciever
IR Path
3
3
1
11
1
2
3
1
2
3
2
3
1
2
3
3
2
3
2
3
4
3
4
4
4
41
4
2
4
31
1
2
4
21
2
3
4
4
IR Emitter
TX Emitter
IR TX
IR TX Receiver
1
11
1
2
3
1
2
3
1
2
3
1
2
3
2
3
2
3
2
3
2
4
21
4
4
4
41
4
3
4
31
4
IR Path
2
3
2
4
2
3
4
IR Path
1
2
4
21
IR Path
3
IR Path
3
2
IR Path
2
1
IR Path
8
1
11
1
IR Path
7
IR TX 2
HDMI
Input
3
HDMI
Input
is3accomplished by placing a series of IR Emitters on devices
IRThis
IR TX
3TX 3
HDMI
to control
and Receivers
atSource
all locations you wish to control from to
HDMI
Input
HDMI
Source
HDMI
Input
4 4
IR
TX
4
enable
the
IR
signal
to
travel
both ways via the single Cat5e/6/7
IR TX 4
HDMI
Input
5
cable.
HDMI Input 5
IR 1TX 1
IR TX
The
sequence
of IR TX numbers correspond to the HDMI INPUTS
HDMI
Input
HDMI
Input
6 6
IRso
2
an OUTPUT selects a certain INPUT,
the
CALL-BACK
IR TX
2TXwhen
TXReceiver
Emitter
IRIRReceiver
TX
TX
HDMI
Input
7 that RJ45 port selects theIRrelevant
IRInput
signal
IR TX port to
HDMI
7 of
IR 3TX 3
IR TX
OUTPUT the control signal.
1
HDMI
Input
HDMI
Input
8 8
01 01
IR
If OUTPUT 1 selects INPUT 3, the CALL-BACK IR
IR TXExample:
4TX 4
IR Path
IR IR
Receiver
eatures an intuitive
‘Call Back’ system
IR Receiver
he matrix is able to distinguish where the
sed to change INPUTS and OUTPUTS
dingly depending on the user’s location.
e handset buttons and operation differs
andset is being used.
HDBT OUT 1
606/0808-PP units are used side
HDBT OUT 2
trix is capable of switching between
HDBT OUT 3
des to allow control of either matrix
HDBT OUT 4
et.
Display
Display
Reciever
Reciever
IR Path
witch
6
IR Path
urce to be set to display 1 manu-ally.
IR Path
BASIC REMOTE CONTROL
extender of multiple HDMI signals to multiple HDMI
input
to beremotely.
controlled
remotely.
controlled
Displays
from Multiple
Locations
3 a switcher
6
The Wyrestorm MX0606/0808-PP is not only
and 6 controlled remotely.
receivers located remotely, it also passes IR control
A key feature on our HDBaseT Lite Matrix range is discrete IR
extender
of multiple
HDMI signals to multiple HDMI receivers
ntrol locally,signals
i.e. pointed
directly at
theIR call-back
Single
Cat5e/6/7
through
the
system to4 the matrix
7
HDMI
Input
7 HDMI
Single
Cat5e/6/7
Input
1of1the matrix, sources and displays from any location – so
control
located
remotely,
it
also
passes
IR
control
signals
through
the
70m/230ft
buttons are used to scroll between the 70m/230ft
IR 1TX 1
and IR
HDMI
sources
for
full,
independent
control
of
all
IR
TX
inputs
at the matrix end can be controlled at a display location and
o the matrix for eachcall-back
individual system
output to the matrix and HDMI
5 sources
8 for full, 8 HDMI
HDMI
Input
Input
2 2
connected
inputs
locations.
can be controlled at the matrix location.
independent
control
all connected
inputs from output locations.
ing the previous
/ next buttons
for from
1 of output
IRdisplays
TX 2
01
4
HDMI Cable
IR Path
At Matrix
Matrix
end:
Insert
3.5mm
jacks
ofjacks
the
IRofTX
Emitters
Matrix
end:
Insert
thethe
3.5mm
of the
IR TX
Emitters
Two-way IR Call-back Between Matrix, Sources and 01101AtAt
end:
Insert
the jacks
3.5mm
the
IR
UTPincluded
Out 1 with the unit into the IR TX Emitter
IR RX
Receiver
ports
at
the
included with
the unit into
the
IRunit
TX Emitter
ports
at
the
Displays from Multiple Locations
transmitters
included
with
the
into
the
IR
TX
ports
at
UTPrear
Outof
2 the matrix according to input. The IR signal is added
ofofthe
matrix
according
to input.
The
IR signal
is
added
the rear
rear
the
matrix
according
to
input.
The
IR
signal
is
up to
UTP Out 3
to the
HDMI
ofCat5e/6/7
the
input
device
so,
for
example,
if the
user
to
the
HDMI
of
the
input
device
so,
for
example,
if
the
user
70m
(230ft)
UTP to
Outthe
4 HDMI of the input device so, for example,
A key feature on our HDBaseT Pro Plus Matrix range is
added
is watching
Blu-ray
on input
3, the
IR signal
be directed
is
watching
Blu-ray
on input
3, the
IR signal
will will
be directed
UTP
Out is
5 watching
discrete IR control of the matrix, sources and displays
if the
user
Blu-ray
on
input
3,device.
the IRAssignal
through
the
IR
TX3
socket
to
control
the
each
through
Out the
6 IR TX3 socket to control the device. As each
from any location – so inputs at the matrix end can be
will UTP
be directed
through the IR TX3 socket to control the
UTP Out 7
controlled at a display location and displays can be
device.
UTP Out 8
controlled at the matrix location.
IR RX Receiver
Technical
Support:
[email protected]
+866
0053EU:EU:
1793
Technical
Support:
[email protected]
US:US:
+866
677677
0053
+44+44
(0) (0)
1793
230230
343343IR TX Emitter
11 11
02
This is accomplished by placing a series of IR transmitters
on devices to control and RX eyes at all locations you
wish to control from, to enable the IR signal to travel both
1
1
2
3
1
2
3
1
2
3
1
2
3
4
2
4
3
4
4
IR Path
4
1
1
2
3
1
2
3
1
2
3
4
2
4
3
4
4
1
2
3
4
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
01
13
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
BASIC REMOTE CONTROL
IR Path
IR Path
C REMOTE CONTROL
IC REMOTE CONTROL
mode.
inputs
at the
matrix
be controlled
a display
location
IR battery
call-back
system
to the
matrix
HDMI
sources
Install
‘+’
side
inputs
at the
matrix
endend
cancan
be controlled
at aatdisplay
location
andand
IR call-back
system
to the
matrix
andand
HDMI
sources
for for
full,full,
displays
can
be
controlled
at
the
matrix
location.
independent
control
of
all
connected
inputs
from
output
locations.
up
and
only
use
CR
displays can be controlled at the matrix location.
independent control of all connected inputs from output locations.
2025 3V batteries. Slide
Remote Control at the Display End (Remote
IR)
is accomplished
by placing
a series
of Emitters
IR Emitters
on devices
ThisThis
is accomplished
by placing
a series
of IR
on devices
compartment back into
For
example,
if
you
are
in
the
Master
Bedroom
with
ways
via
the
single
Cat5e/6/7
cable.
to
control
and
Receivers
at
all
locations
you
wish
to
control
from
the handset.
to control
and the
Receivers at all locations you wish to control from
to to
When controlling the matrix remotely from the
display side,
OUTPUT
OUTPUT enable the IR signal to travel both ways via the single Cat5e/6/7
a display connected to output
3
of
the
matrix,
the
matrix automatically detects which particularenable
outputSELECT
location
INPUT
the
IRINPUT
signal
to travel both ways via the single Cat5e/6/7
SELECT
CHANNEL
CHANNEL
cable.
output
zone
is
automatically
detected
so
options
1-8
The
sequence
of
IR TX numbers correspond to the HDMI
the
user
is
at
and
only
allows
the
selection
of
sources
1-8
for
cable.
functions can also be accessed via the
that
particular
location
using
the
button
the
right
hand
1
1
will correspond to sources 1-8 on the matrix. Press
INPUTS
so when
OUTPUT
selects atocertain
INPUT,
sequence
of TX
IR an
TX
numbers
correspond
HDMI
INPUTS
TheThe
sequence
of IR
numbers
correspond
to thethe
HDMI
INPUTS
button
will options
be deactivated.
buttons 1-8 to scroll through
your
as you would
the
CALL-BACK
IR
signal
of
that
RJ45
port
selects
the
so when
an OUTPUT
selects
a certain
INPUT,
CALL-BACK
s the same regardless of location –
2
an OUTPUT
selects
a certain
INPUT,
thethe
CALL-BACK
2 so when
For
example,
if
you
are
in
the
Master
Bedroom
with
a
display
channels
on
a
regular
TV
remote.
relevant
IR
TX
port
to
OUTPUT
the
control
signal.
IR signal
of that
RJ45
selects
relevant
IR TX
) or remotely (display/IR receiver).
IR signal
of that
RJ45
portport
selects
thethe
relevant
IR TX
portport
to to
OUTPUT
connected to output
3 of the matrix,INPUT
the output
zone is the control signal.
3SELECT
OUTPUT
CHANNEL 3
OUTPUT
the
control
signal.
INPUT sources connected to the
automatically
detected so options 1-8 will correspond to sources
HDBT
OUT
HDBT
OUT
Call-back
ofOUT
Matrix
and
Source
Example:
If OUTPUT
1 selects
INPUT
3,CALL-BACK
the CALL-BACK
HDBT
1 1HDBT
OUT
5 5 Devices
/right arrowIR
buttons
in each
numbered
Example:
If OUTPUT
1 selects
INPUT
3, the
1-8
on
the
matrix.
Press
to scroll
through
your 1 selects
1
4 buttons 1-8
4 Example:
If OUTPUT
INPUT
3, the
CALL-BACK
IR IR
HDBT
OUT
HDBT
OUT
HDBT
OUT
2 2HDBT
OUT
6 6
IR
signal
of
that
RJ45
OUTPUT
links
INPUT
3TX3
withforIRthe
TX3
andset.
options
as
you
would
channels
on
a
regular
TV
remote.
signal
of
that
RJ45
OUTPUT
links
INPUT
3
with
IR
HDBT
OUT
HDBT
OUT
signal of that RJ45 OUTPUT links INPUT 3 with IR TX3 for the
HDBT
OUT
3 3HDBT
OUT
7 7
2
The IR
WyreStorm
MX-PP-POH
is
not
only
a
switcher
and
for
the
signal
to
be
combined
and
communicated
for
that
5
5
signal
to combined
be combined
communicated
input
toand
be
Two-way
IR Call-back
Between Matrix,
Sources
Call-back
of Matrix
and
Source
Devices
HDBT
OUT
HDBT
OUT
signal
to be
andand
communicated
for for
thatthat
input
to be
HDBT
OUT
4 4HDBT
OUT
8 8
respective
UTP OUTPUT
ports
(Output1-RX1, Output2
along the single
Cat5e/6/7
cable.
-RX2)
with jacks
the IR signal
HDMI
and
carried
Insert
3.5mm
of IR converted
receiverstointo
RX
ports,
along
the
single
Cat5e/6/7
cable.
Insert
3.5mm
jacks
of
IR
RX
receivers
into
RX
ports,
making sure the receivers themselves are placed
making
sure
themselves
are placed
in
in clear
view
at the
thereceivers
to receive
an infrared
signal
Insert
3.5mm
jacks
of
IR
RX
receivers
into
RX
ports,
clear
view
at
the
to
receive
an
infrared
signal
from
the
from the remote handset used control the display
making
sure the used
receivers
themselves
areoutputs.
placed in
remote
handset
control
the
display
outputs.
clear view at the to receive an infrared signal from the
NOTE handset
remote
used control
outputs.
The Call-back
functionthe
candisplay
be turned
on/off
NOTE The call-back function can be turned on/off
by accessing the Wyrestorm COMCTL software. See
by accessing
WyreStorm
software.
NOTE Thethe
Call-back
functionCOMCTL
can be turned
on/off
ADVANCED
OPERATION
See ADVANCED
OPERATION
by accessing the Wyrestorm COMCTL software. See
02 ADVANCED
At display end: Insert the IR RX Receiver jack into the IR
OPERATION
port of the display receiver balun, with the receivers
2 RX
At display
end: Insert the IR RX jack into the IR RX
02 At
display end:
Insert
the IR
RXonReceiver
jackdisplays
into thetoIR
themselves
placed
in clear
view
or near the
BASIC
BASIC
REMOTE
REMOTE
CONTROL
CONTROL
BASIC REMOTE CONTROL
As with the IR TX, the IR RX ports are allocated
to their respective UTP OUTPUT ports (Output1RX1,As
Output2-RX2)
IR signal
converted
to
with the IR TX, with
the IRthe
RX ports
are allocated
to their
HDBaseT
andUTP
carried
along
the
single Cat5e/6/7
respective
OUTPUT
ports
(Output1-RX1,
Output2
cable.
As
withwith
thethe
IR TX,
the IRconverted
RX ports are
allocated
their
-RX2)
IR signal
to HDMI
and to
carried
port of the display receiver balun, with the IR RX eyes
RX
portan
ofinfrared
the display
receiver
balun,
with handset
the receivers
receive
signal
from the
remote
used to
themselves
placed
in clear view on or near the displays to
themselves
placed in clear view on or near the displays to
control
inputs.
receive
an infrared
signal
handset
used
receive
an infrared
signalfrom
fromthe
the remote
remote handset
used
to
to control
inputs.
control
inputs.
Insert the
IR TX Emitter jack into the IR TX port of the
display receiver balun, ensuring that the emitter sensor is
As each IR TX port is allocated to an individual HDMI
input port, if the user is unable to establish IR control of
the device, care should be taken to check that, firstly, the
IR transmitter and HDMI input ports match (Input 1-TX1,
Input 2-TX2 etc.) with plugs secured in correct ports,
IR TX port is allocated to an individual HDMI input port, if
and secondly, that the IR transmitters are firmly attached
the user is unable to establish IR control of the device, care
directly
to
front
of
inputs
and
covering
infrared
sensor
IR
TXthe
port
is allocated
to an
individual
HDMI
input port,
should
be taken
to check
that,
firstly, the
IR emitter
and if
windows
of
the
source
devices.
the
user
is unable
to establish
control
of the device,
HDMI
input
ports match
(InputIR
1-TX1,
Input2-TX2
etc.)care
with
should
be taken
checkports,
that, firstly,
the IR emitter
and
plugs secured
in to
correct
and secondly,
that the
IR TX
SomeHDMI
later input
adjustment
may(Input
be needed
to to
the
ports
match
1-TX1,
Input2-TX2
etc.)of
with
emitter
sensors
are
firmly
attached
directly
thelocation
front
of theplugs
sensor
achieve
the
best
performance
results
secured
in correct
ports,
and
secondly,
thesource
IR TX
inputs
andtocovering
infrared
sensor
windows that
of the
emitter
sensors are
attached
directly to
the front
of
devices.moving
sometimes
thefirmly
sensor
to different
areas
on the
covering
sensor windows of the source
sourceinputs
can and
improve
IR infrared
performance.
devices.
Some later adjustment may be needed to the location of the
to achieve
the bestareas
performance
results -can
sometimes
NOTEsensor
Infrared
receiving
of devices
be
Some
later
adjustment
may be areas
needed
to
the
location
moving
the
sensor
to
different
on
the
source
located by shining a flashlight onto the frontcan
ofof the
sensor
the best performance results - sometimes
improvetoIRachieve
performance.
the device – the sensor should be able to be seen
moving the sensor to different areas on the source can
through
the plastic as a small, round object inside.
NOTE
improve
IR performance.
Infrared
receiving areas of devices can be
located by shining a flashlight onto the front of the
NOTE –Infrared
receiving
areas
of devices
can through
be
device
the sensor
should
be able
to be seen
located
by as
shining
a flashlight
onto inside.
the front of the
the plastic
a small,
round object
device – the sensor should be able to be seen through
the plastic as a small, round object inside.
14
InsertInsert
the IR
TX
into
the
TXthe
port
display
theattached
IR jack
TX Emitter
jackIR
into
IR of
TX the
port
ofdisplay.
the
securely
to
infrared
sensor
window
of the
display
receiver
balun, ensuring
the eye
emitter
sensor is
receiver
balun,
ensuring
that thethat
IR TX
is securely
securely
attached
to infrared
sensor
window
of the
display.
Follow
same connection
and
positioning
for
all baluns/
attached
tothe
infrared
sensor
window
of the display.
Follow
displays
connected and
to thepositioning
matrix.
the same
connection
for all baluns/
Follow
the same connection
and positioning for all baluns/
displays
connected
to the matrix.
displays
connected
theIR
matrix.
If all IR TX
Emitterstoand
RX Receivers are positioned
and connected correctly with sources, displays and display
If all IR TX and IR RX eyes are positioned and connected
If
all IR TXfully
Emitters
andand
IR RX
positioned
receivers
powered
the Receivers
matrix set are
to IR
call-back
correctly with sources, displays and display receivers fully
and
connected
with
sources,
displays
and display
enabled
and IRcorrectly
TX Swicth
mode
activated,
two-way
IR will
powered
and the
matrix set to IR call-back enabled and
receivers
fully powered and the matrix set to IR call-back
now be possible.
IR TXenabled
Switch and
mode
activated,
two-way
IR two-way
will nowIRbe
IR TX
Swicth mode
activated,
will
IR
Extender Control
possible.
now be possible.
IR Extender Control
Should local control of the
Matrix via the front panel
Should
local
of for
the
IR sensor
be control
an issue,
Matrix
viaifthe
panel
example
thefront
sensor
is
IR
sensor be
obstructed
oran
theissue,
unit isfor
example
if the
sensorarea
is out
installed in
a closed
obstructed
or the
of infrared line
of unit
sight,isthe
installed
in a closed
area with
out
IR RX Receiver
included
of
line be
of sight,
theinto
theinfrared
matrix can
inserted
IR
with
theRX
IR Receiver
EXT port included
at the rear
to
the
matrix
be inserted
extend
thecan
IR sensor
rangeinto
and enable local control of the system.
the IR EXT port at the rear to
NOTE the
extend
IR sensororrange
andsecured
enable
local
control
theReceivers
system.
Misplaced
poorly
IR Emitters
and
NOTE
Misplaced
or
poorly
secured
IR TX of
and
IR
RX
may result
IR control
signalssignals
passed passed
to and from
may
resultininintermittent
intermittent
IR control
NOTE
Misplaced
or poorly
secured
IRadjust
Emitters
and Receivers
the
matrix.
Check
placement
and
if necessary.
to
and
from
the your
matrix.
Check
your
placement
and
may
result
in
intermittent
IR
control
signals
passed
to
and
from
adjust if necessary.
the matrix. Check your placement and adjust if necessary.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Advanced Remote
Control
ADVANCED REMOTE CONTROL
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
13.
Advanced Operation
Controlling the MX-PP-POH 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
MX-PPTypically,
unless
matrix
are
chosen
problems with
communication
through
the matrix
POH.orHowever,
the device
following
information
on advanced
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
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
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
TXD RXD
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
IR Call-back of Matrix and Source Devices
to be controlled remotely, as well as buttons used to navigate the
After fully connecting all inputs and outputs to the matrix and
screen.
installing theIRsoftware,
on opening
the program
theSources
control
Two-way
Call-back
Between
Matrix,
and
window
will
display
information
from
the
matrix,
such
as messages
Displays from Multiple Locations
received from the switch such as input/output details, firmware
and control commands/HEX codes that allow the system
1version
At Matrix End
to be controlled remotely, as well as buttons used to navigate the
screen.
2
At Display End
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
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Output8 source select key code:
0xf0 0xf1 0xf2 0xf3 0xf4 0xf5 0xf6 0xf7
15
ADVANCED REMOPTE CONTROL AND OPERATION
12.
RS232 APPLICATION SCENARIOS - UNDERSTANDING RS232 CONNECTION & SIGNALS
14.
RS232 Application Scenarios - Understanding
RS232 Connection & Signals
RS232C, EIA RS232, or simply RS232, refers to the same standard defined by the Electronic Industries Association in
1969 for serial communication.
DTE and DCE
DTE stands for Data Terminal Equipment. A computer or control system is DTE and connects to Data Communication
Equipment, or DCE such as an AMP, matrix or modem.
DTE equipment typically feature a Male Connector, while DCE contain a Female Connector, although that is not always
true - a simple way to confirm is to measure Pin 3 and Pin 5 of a DB-9 Connector with a Volt Meter, if a voltage of -3V
to -15V is achieved, the device is DTE. If the voltage is on Pin 2, then the device is DCE.
NOTE The result for a DB-25 Connector is reversed (Please refer to DB-9 to DB-25 conversion table)
DB-9 to DB-25 Conversion
RS232 Pin outs (DB-9)
1 2 3 4 5
6 7 8 9
A male DB-9 connector viewed from the front.
Reverse or back view of male connector for
Female Connector.
DB-9
DB-25
1
2
3
4
5
6
7
8
9
8
3
2
20
7
6
4
5
22 DTE Pin Assignment (DB-9)
1
2
3
4
5
6
7
8
9
DCD
RxD
TxD
DTR
GND
DSR
RTS
CTS
RI
Data Carrier Detect
Receive Data
Transmit Data
Data Terminal Ready
Ground (Signal)
Data Set Ready
Request to Send
Clear to Send
Ring Indicator
Function
DCD
RxD
TxD
DTR
GND
DSR
RTS
CTS
RI
Data Carrier Detect
Receive Data
Transmit Data
Data Terminal Ready
Ground (Signal)
Data Set Ready
Request to Send
Clear to Send
Ring Indicator
DCE Pin Assignment (DB-9)
1
2
3
4
5
6
7
8
9
DCD
TxD
RxD
DSR
GND
DTR
CTS
RTS
RI
Data Carrier Detect
Transmit Data
Receive Data
Data Set Ready
Ground (Signal)
Data Terminal Ready
Clear to Send
Request to Send
Ring Indicator
RS232 Connections
A straight-through cable should be used to connect a DTE (e.g. computer) to a DCE (e.g. AMP, matrix or modem), with
all signals from one side connected to the corresponding signals on the other side in a one-to-one basis.
A crossover (null-modem) cable can be used to connect two DTE directly, without a modem in between to cross
transmit and receive data signals between the two sides. There are numerous variations on how control signals are
wired:
16
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
Mark (1)
space (0)
Crossover (Null-Modern) (DB-9
(DTE) (DCE)
1
DCD -------DCD 1
2
RxD -------TxD 3
3
TxD -------RxD 2
4
DTR -------DSR 6
5
GND ------- GND 5
6
DSR -------DTR 4
7
RTS -------CTS 8
8
CTS -------RTS 7
9
RI
RI
9
LSB
start
MSB
0 1 2 3 4 5 6 7
stop
-12v
+12v
RS232 Logic Waveform (8N1)
The graphic above illustrates a typical RS232 logic waveform (Data format: 1 Start bit, 8 Data bits, No Parity, 1 Stop
bit). The data transmission starts with a Start bit, followed by the data bits (LSB sent first and MSB sent last), and ends
with a “Stop” bit.
The voltage of Logic “1” (Mark) is between -3VDC to -15VDC, while the Logic “0” (Space) is between +3VDC to
+15VDC.
RS232 connects the Ground of 2 different devices together, which is the so-called “Unbalanced” connection. An
unbalanced connection is more susceptible to noise, and has a distance limitation of 15m/49ft.
15. Routable RS232 with MX-PP-POH
More Control
MX-PP-POH matrices feature routable RS232 to allow each display zone to be independently controlled for up to 7
cascaded receiver devices (such as RX-70-IR-POH display receiver or AMP-001-010 digital audio amplifier/receiver) to
be connected to each output of the matrix, with serial control commands sent centrally through the RS232 port of the
matrix to operate any display device within the 8 separate control zones managed by the matrix.
Commands are simply sent to specific receiving devices by their address, and ignored by others with a different
address.
What Does This Mean?
Vast arrays of screens can be created easily by cascading matrix outputs to potentially distribute to 56 displays - each
with its own fully routable serial control of display device.
Customized Expansion.
For large commercial projects requiring even greater distribution, a customisable modular MX-PP-POH solution
featuring HDMI Passthrough transmission cards (TX-POH-020) offers the opportunity to cascade up to 7 matrices for
a total distribution to up to 392 screens, spanning a distance of over 27km/17miles - each with routed control from a
central location to all connected display zones.
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
17
ROUTABLE RS232 WITH MX-PP-POH
Straight-through (DB-9
(DTE) (DCE)
1
DCD -------DCD 1
2
RxD -------TxD 2
3
TxD -------RxD 3
4
DTR -------DSR 4
5
GND ------- GND 5
6
DSR -------DTR 6
7
RTS -------CTS 7
8
CTS -------RTS 8
9
RI
------- RI
9
ROUTING SERIAL COMMANDS FROM THE MX-PP-POH
16. Routing Serial Commands from the MX-PP-POH
If using serial control with MX-PP-POH matrices to control compatible display receiver devices, routed serial
commands to the receiver device (RX-70-POH or AMP-001-010) via the matrix should be sent in the following
command string:
05 55 55 57 01 06 05 xx xx xx xx xx
Header pre-fix, must be sent in all commands
To which matrix output you want to send the command to:
The body of command that you are sending to the
01-Output 1,
device.
02-Output 2 etc....
Baud rate of command that you are sending to sync device.
06=9600
The data length, for example : 05 = 5 bytes
For example to send a “power on” command (pwr01) to a TV connected to output 3, the command string would look
like this: 05555557030605pwr01
NOTE A 9-pin serial cable should be used between control system and matrix.
NOTE If cascading matrices using the TX-POH-020 transmission card to expand distribution, a separate
serial cable must be used for each additional matrix connected – serial commands cannot be cascaded.
18
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
WyreStorm QuickSync is a new matrix feature that significantly enhances end-user experience by dramatically reducing
the amount of time source devices need to communicate HDCP encryption data between the matrix and output
devices.
Typically, when a matrix device distributes multiple sources to multiple zones, each sink device (TV, digital projector,
etc.) requires a repeated process of HDCP data negotiation between each source connected to the matrix every time a
source is switched; with the time this process takes often resulting in an interrupted signal / ‘blank’ screen for up to 7
seconds whilst TV and source exchange HDCP encryption data and content is released to the matrix.
Though maintaining the integrity of HDCP encryption, this process offers no end-user advantage over local source
switching with a remote control, and actually detracts from the real benefits of a matrix distribution and control.
As WyreStorm’s new QuickSync technology maintains a constant HDCP handshake between each source and all
connected sink devices, this HDCP negotiation is only required once and thus switching between devices is reduced to
mere fractions of a second, all but eliminating the signal interruption ‘blank screen’. The result is virtually instantaneous
communication between sources, with completely frameless switching possible with modern screens, indistinguishable
from a changing channels via the TV tuner.
NOTE Depending on the settings of the incoming source content a delay may still exist where resolution
between screen and source requires negotiation, but EDID is still communicated as normal when this the
QuickSync feature is enabled.
This feature is NOT enabled out of the box and must be manually activated within the COMCTL serial
configuration program.
See COMCTL section for settings p.13/14
QuickSync activation
6
1
7
8
1) Launch the COMCTL program, select the correct COM
port 7 and press connect 8 . The connected status
should be confirmed by the green indicator symbol 6
3) Select the Quick Switch option in the top left of the
settings window 1 and click OK in the dialogue box to
activate the function.
4) The matrix and all connected sources must be
rebooted for QuickSync settings to become active.
We recommend enabling this feature before sources are
powered on for the first time.
13
2) Click the settings button in the top left of the window 13
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
19
QUICKSYNC SETTING
17. QuickSync Setting
COM CTL
18.
COM CTL
After fully connecting all inputs and outputs to the matrix
and installing the software, on opening the program the
control window will display information from the matrix,
including 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.
14
13
16
15
received in the window.
4
Send Message Window - Input serial commands
for the matrix in the Send Message Window - such as
instructions for outputs or to enter update mode – and
click the 5 Send button to deliver the message to the
Matrix. The control command uses ASCII.
9
17
1
3
2
4
5
10
6
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
7
11
10
11
10
1 Receive Message Window – displays messages
received from the matrix, such as input/output settings
and command selections.
You can view the current condition of all input/output
ports by pressing the button.
2
20
12
8
Receive Message Window
Matrix Status
Message Clear
Send Message Window
Send Message Button
Com Port Connect State
Com Port Select
Connect/Disconnect from Matrix
Input/Output Switch area
Select Presaved Output State 1, 2, or 3
Save Current Output State 1, 2, 3
Select all Inputs/Outputs
Settings
Set IP access
IR Set Area
EDID Settings
IR Matrix
Pressing 3
11
will delete the previous message
NOTE To see the firmware version currently used in
the system – power off and repower while the matrix
is connected to COM CTL. The firmware version and
creation date will be displayed together with the
normal output state of the matrix.
6
Com Connect State - Shows if the matrix is
connected or disconnected to the Com Port and
communication is enabled. Selection between ports is
available by pressing the Com Port Select button.
7
When connected, the only option will be to
Disconnect and vice versa.
Press 8 to connect/disconnect the matrix from the
software control.
Connected to ENABLE matrix communication
Disconnected to DISABLE matrix communication
7
Com Select 8
Connect/Disconnect
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
can save your selections by allocating your choices to Save
buttons 1-3 11 and recall previously saved output/ input
5 4 3 2 1
configurations by pressing State 1-3 buttons 10
Should users wish to write their own command software
for controlling the matrix remotely, see information on data
RXD Receive serial data from PC
format and baud rate settings:
into firmware update mode.
6
7
8
9
NOTE The Com Select drop box offers options of
Male
connector - 9 holes
Com
to connect
– COM
1-10
Press Ports
the Disconnect
button
and run
the firmware.
08 to
Flow control
COM CTL
TXD Transmit serial data to PC
RXD TXD
Ground
Click
the
Com
Select
dropdown
to
see
all
Com
ports
COM
PORTSetting
Setting
COM Port
PORT
Firmware Update
Com
Setting
available.
Select
your
chosen
Com
port
number
and
press
To update the system firmware, enter the following
9 8code7into6
the
button.
You04
will ensuring
notice the
buttonone
change
Baud rate
9600bps
the CONNECT
Send Message
Window
to include
Female connector - 9 holes
to
show
‘disconnect’
andofCONNECT
space
between
each section
the code. STATE change
Data bits
8bits
to green for ‘connected’. Pressing the1button
2 3again
4 will
5
Code: 1CP BE
5F port and the CONNECT state will
Parity
None
disconnect
the7CCom
TXD RXD
Ground
show red.
Stop bits
1
Press Enter, then Send Message 05 to put the matrix
None
13 Setting – Enter the Settings menu area to make
When the firmware has finished updating, press the same
13 Setting
– Enter the Settings menu area to make alternations
908 Input/Output
button again to Connect
powercyleconnected
the matrix inputs
Switch and
- Switches
alternations
to EDID
the matrix,
EDID
See below for
to the matrix, IR,
etc. SeeIR,
be-low
foretc.
details.
(turnoutput.
off and on).
per
Operation as with remote control handset.
details.
3
01
03
07
01
02
03
15
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.
04
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.
You can save your selections by allocating your choices to
Save buttons 1-3 11 and recall previously saved output/
input configurations by pressing State 1-3
10 buttons.
5
1
Updates are now active and the MX0606/0808-PP
firmware is now updated.
MX0808-PP
2
4
6
02
8
05
MX0606-PP
7
06
1 QuickSync – the QuickSync switch feature is an
Firmware Update
alternative method of switching between source, matrix
To update the system firmware, enter the following code
and sink devices that is faster than nornal mode, resulting
into the Send Message Window 4 ensuring to include 08in significantly less delay, or ‘blank’ screen when changing
one space between each section of the code.
sources for near-instantaneous switching between inputs.
Code: ICP BE 7C 5F
Although considerably faster and compatible with
Press Enter, then Send Message 5 to put the matrix
most modern screens, this means of switching may be
the matrix to attempt
to aid transmission
of screens
the HDMIor
signal.
SWITCH
– Quick
Switch
option is an alternative method
into
firmware
update
mode.
incompatible
or unreliable
with older
display
This setting is locked by default.
of switching between sources that is faster than in Normal
from some manufacturers. If compatibility issues are
mode, resulting
in less delay8between
input
selection.
UTP LONG CABLE
MODE – As with
HDMISwitch
Long Cable
Press
the Disconnect
button
and
run the firmware.04 experienced,
we recommend
Normal
as the
Although faster, the means of switching has been found to be
Mode,
if
signal
transmission
quality
is
ef-fected
by
a
When the firmware has finished updating, press the same
default setting.
incompatible with some displays. As a result we recommend
Cat5e/6/7 cable run reaching the maximum distance
8 button again to Connect and power-cyle the matrix
Normal Switch as the default setting due to reliability and
capacity
/ 230ft using RX-1UTP-IR-70), switching
2 IR (70m
(turn
off andwith
on).
CALL-BACK – This toggles the IR Call-Back
compatibility
outputs.
Long Cable Mode to ON will instruct the matrix to attempt
function
on and off. The default setting is ON
to improve transmission over the UTP in an effort to improve
IR CALL-BACK – This toggles the IR Call-Back function on
Control Command Format
signal quality.
and off. The default setting is ON
3 mode
Should users wish to write their own command software
HDMI
LONG
MODE
– Ifmeans
devices
This
should
NOTCABLE
be used as
a general
to connected
HDMI
LONG
CABLE
MODE
–
If
devices
connected
using
for controlling the matrix remotely, see information on data using
lengthen
transmission
distance
– we
recommend
HDMI
are reaching
the
upper
end of in-stallers
the HDMI
HDMI are reaching the upper end of the HDMI transmission
be aware of product
equipment
best
format and baud rate settings:
transmission
limit specifications
(15m / 49ft) and
anduse
signal
interference
or
limit (15m / 49ft) and signal interference or loss is
suiting
the
requirements
of
the
project.
This
setting
is
locked
loss is experienced, switching Long Cable Mode to ON
experienced, switching Long Cable Mode to ON will instruct
by default.
will instruct matrix to attempt to aid transmission of the
HDMI signal.
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
21
This setting is locked by default.
COM CTL
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
2
4
1
3
Clicking opens a pop-up window in which you can
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,
select ‘Use the following IP Address’ and you can add
manually.
1
NOTE This password cannot be changed
Selection enables the IP address to be obtained
automatically, with the result appearing in the white box
below.
6
2
‘877379’
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
communication in the event of problems between sync
devices. Default setting is OFF.
If difficulties are encountered receiving a signal from a
particular source to a display, change UTP ENFORCE
setting to ON for that particular OUTPUT.
Although this setting can be used to fix EDID
communication problems, we recommend this setting
for system debugging by the installer only, and not for
operation by the end user.
Should no address appear or if the system is unable
to detect an IP address, select option 3 to manually
input the IP address.
7
15 IR SET - The MX-PP-POH range supports third party
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.
8
FACTORY RESET – restores all matrix settings to
factory default. This action cannot not be reversed.
14 Set IP The matrix can also be controlled over LAN.
Selecting the Set IP 14 button in the main COMCTL
screen allows access to IP functions that obtains and
stores IP address information necessary for LAN control.
4
Click
to complete the process or
to exit and return to the main screen.
NOTE To access matrix control over LAN, enter the
IP address of the matrix into your internet browser
and you will be directed to the web control screen.
control systems and learning handsets. Pressing the IR
SET button in the COM CTL main screen allows access
for users to enter new IR code or modify existing code
and assign it to inputs and outputs so control using third
party systems is possible.
To input or amend IR code, follow the steps below:
1- Press
to instruct COM CTL to read the IR code from the control
system. The resulting data will appear in the central
section.
2- Use your cursor to click into the box containing the IR
data you wish to change.
22
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
NOTE Modified code can be saved as a Custom code
and read directly from a library of stored custom codes.
factory
3- With the remote control pointing at the device, press the
handset
button
you wish
to transfer
IR Code
from
and the
3- With the
remote
control
pointing
at the
device,
press
codebutton
will appear
yourto
selected
IR Code
box. from and
Selecting the handset
you inwish
transfer
IR Code
NOTE All input/output boxes should contain code. If
All code should be different.
inputting manually, make sure there is no repetition
of code.
03
Write the code from the Modify section to the device to
en allows the code will appear in your selected IR Code box.
4- To confirm this change, click
ddress
authorise remote control usage.
Modify Section - Control Commands and Code
4- To confirm this change, click
NOTE All input/output boxes should contain code. If
inputting manually, make sure there is no repetition of
Code input in the Input/Output section 2 and Control
code.
to save the changes to the system.
To save the changes to the system.
5- Hit
5- Press
to close the IR Code Setting window and
to
close
the IR
Code Setting
window and the device will enter
the device will enter
NORMAL
MODE
NORMAL MODE
1
A
A
B
B
01
3
03
code section 4 must follow a strict format for the
command
be understood
by the system.
ModifytoSection
- Control Commands
and Code
Read S
The co
followe
For exa
NOTE
COM CTL
you wish to change.
curren
bytes)
1
2
‘\r’
‘\n
Each o
input a
1, X2 =
“\r\ns
Code input- inthe
thecommand
Input/Output
section
and Control
02input
For reference
format
to be
is:
a strict
formatthe
for “code
the
04 must
Type code
“Cir”section
- followed
by a follow
“space”
- then
command
to be
by the
system.
number”
– and
hitunderstood
the ”enter”
key.
For reference - the command format to be input is:
Type “Cir” -Cir
followed
a “space”
- then a
thehex
“code
For example
39 + by
”enter”
(equals
code of 63
number” – and hit the ”enter” key.
Output 1
Input 1
69 72 20 33 39 0D 0A)
For example Cir 39 + ”enter” (equals a hex code of 63 69
20 33 39 0Dwill
0A)tell the matrix to select the next
Such72
a command
choose to
with the
e system
ng IP
03
E
a command
will tell 4the matrix to select the next Input
InputSuch
source
for Output
2
4
02
source for Output 4
04
MX0606/0808-PP
Control
Code
MX-PP-POH
Control
Code
box
e to detect
the IP
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.
B IR code can also be input manually in the event it is
unreadable.
MX0606-PP
1 +866
Press
automatically
read
the230
current
rm.com US:
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1793
343 IR code from 16
the device.
B
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
systems
ADVANCED OPERATION
NOTE Modified code can be saved as a Custom
code and read directly from a library of stored
A Receives
the specific IR code used to operate the Matrix via
custom
codes.
remote control. Can contain a custom or data code. Third
All codes should be different.
party remote control codes are also shown.
3
B
Write
from
the
Modifyin section
the device
IR codethe
cancode
also be
input
manually
the eventto
it is
unreadable.
to authorise
remote control usage.
01
01
Press to automatically read the current IR code from the
device.
The resulting code appears in the wait to modify code
section B where output and input code can be edited if
necessary (for example if using third party control systems
Output 1
<”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”>
1 ”50”
2 ”51”
3 ”52”
Output 7
<”68”
“69”>
1 ”60”
2 ”61”
3 ”62”
Output 8
<”78”
“79”>
1 ”70”
2 ”71”
3 ”72”
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
If the control command
is Support:
sent successfully,
the current US: +866 67
Technical
[email protected]
17
If the control command is sent successfully, the current output
output state selected will feedback to show the input
state selected will feedback to show the in-put port selected. The
port selected. The return status format is as follows:
return status format is as follows:
S
X1
X2
‘\r’
‘\n’
This translates as:
“S”
Output port
Input port
1st byte
2nd byte
3rd byte
For example: if Cir 44 “enter” is sent successfully to the matrix, it
will feedback “s55” – meaning Output 5 has selected Input 5.
Read Status Command
NOTE Modified code can be saved as a Custom code
Technical
Support:
[email protected]
+1command
866 677length
0053ofEU:
+44status
(0) 1793
230 343
and read
directly from
a library
of stored custom codes. US:
The
the read
is 4 bytes.
Type “bc” followed by a “space” - and hit the “enter” key.
All code should be different.
For example: bc + “enter”
23
S
COM CTL
x via
xird
via
erd
return status format is as follows:
ted if
ems
ode
odes.
ed if
ms
ed if
ms
ode
des.
ode
des.
e. If
n of
If
of
If
ntrol
of
trol
trol
3 69
nput
X1
‘\r’
‘\n’
If the control command is sent successfully, the current output
This
translates
as:as:
IfThis
the translates
control command
is sent
successfully,
theport
current
output
state
selected
will
feedback
to show
the in-put
selected.
The
state
will feedback
toport
show the in-put
port
selected. The
return
status format
is as Output
follows:
“S” selected
Input
port
return
status format is as2nd
follows:
1st byte
byte
3rd byte
S
X1
S
X2
X1
‘\r’
X2
‘\n’
‘\r’
‘\n’
For
example:
if Cir 44 “enter” is sent successfully to the
This
For translates
example: ifas:Cir 44 “enter” is sent successfully to the matrix, it
matrix,
it will as:
feedback
“s55”
– meaning selected
OutputInput
5 has
This
translates
will
meaning
5.
“S” feedback “s55” –Output
port Output 5 has
Input port
selected Input 5.
1st
2nd
byte port
“S” byte Status Command
Output
Read
1st byte
3rdInput
byte port
2nd byte
3rd byte
The command
length of the read status is 4 bytes. Type “bc” Read
Status
For
example:
if CirCommand
44 “enter” is sent successfully to the matrix, it
followed by a “space” - and hit the “enter” key.
will
– meaning
5 has selected
5.
For feedback
example: “s55”
if Cir 44
“enter” Output
is sent successfully
toInput
the matrix,
it
The
command
length
of
the
read
status
is
4
bytes.
Type
Forfeedback
example:
bc +
“enter”
will
“s55”
–
meaning
Output
5
has
selected
Input
5.
Read Status Command
“bc”
- followed
by a “space”
andmatrix
hit the “enter”
key.
NOTE
SuchCommand
a command
willstatus
tell- the
feedback
Read
Status
The
command
length
of the read
is 4 bytes. to
Type
“bc” - the
currentby
status
of all -outputs.
See
belowkey.
for status format (16
followed
a “space”
and hit the
“enter”
The
command
the read status is 4 bytes. Type “bc” For
example:length
bc +of“enter”
bytes)
For
example:
+ “enter”
followed
by abc
“space”
- and hit the “enter” key.
1
2
3 4
5
6 7
8
9 10 11 12 13 14 15 16
NOTE
Such
a command
thetell
matrix
feedback
NOTE
Such
a+command
will
thetomatrix
tothe
For
example:
bc
“enter” will tell
‘\r’ ‘\n’
s of
X1 allX2
s X3See
X4below
s X5
X6 s format
X7 X8
current
status
outputs.
for
status
(16 ‘\r’ ‘\n’
feedback
the current status of all outputs. See
NOTE
bytes) Such a command will tell the matrix to feedback the
below
for
format
(16
bytes)
current
all X3,
outputs.
See
below
forsignifies
status format
(16
Each ofstatus
the status
X1,ofX2,
X4, X5,
X6,
X7, X8
the related
bytes)
input
by
1
2 as chosen
3 4
5 a 6specific
7
8 output:
9 10 X111= Out-put
12 13 14 15 16
1,
status
‘\r’ X2
‘\n’= Output
s X1 2X2etc.s For
X3example,
X4 s aX5
X6 reading
s
X7 ofX8 ‘\r’
‘\n’
1
2
3 4
5
6 7 signifies
8
9 the
10 following
11 12 matrix
13 14
15 16
“\r\ns12s22s53s45\r\n”
settings.
‘\r’ of
‘\n’ thes X1,
X1X2,X2X3, sX4,X3
X4 X7,
s X8
X5 signifies
X6 s theX7related
X8 ‘\r’
‘\n’
Each
X5, X6,
Each
of Output
the X1,
X2, X3,
X4, 4X5,
X6,5 X7,
X8 signifies
Output
2
3 Output
Output
Output 6 Output 7 Output 8
input
as1chosen
by Output
a specific
output:
X1 =
Out-put
the
input
by
aX7,specific
output:
X1
Each
of
the X1,
X3,
X4,
X5, X6,
X8reading
signifies
1,
X2related
= Output
2X2,
etc.as
Forchosen
example,
a status
of the related
=Input
Output1,
=Intput
2output:
etc.
For
a status
1 chosen
IntputX2
2 by
3 Intput
4 Intput
5 example,
6matrix
Intput
7 Intput 8
input
as
aOutput
specific
X1
=Intput
Out-put
“\r\ns12s22s53s45\r\n”
signifies
the
following
settings.
reading
of “\r\ns12s22s53s45\r\n”
1,
X2 = Output
2 etc. For example, a statussignifies
reading ofthe following
Output 1 Output 2 Output 3 Output 4 Output 5 Output 6 Output 7 Output 8
“\r\ns12s22s53s45\r\n”
signifies the following matrix settings.
matrix
settings.
03 EDID
Set
Input
1 1 Intput
2 2 Intput
3 3 Intput
4 4Intput
5 5Intput
6 6Intput
7 Intput
8 8
Output
Output
Output
Output
Output
Output
Output
7 Output
3 69
Input 1EDID
Intput
2
03
Set
3put
69
03 EDID Set
3 EDID Set
put
”07”
X2
Intput 3
Intput 4
Intput 5
Intput 6
Intput 7
Intput 8
16 Pressing the EDID SET button in the COM CTL
main screen allows user access to EDID settings that can
be read, saved and recalled.
1
Select your OUTPUT port (the output port is always
the first to be selected by default on entering EDID set)
2
Press “Read EDID” to read EDID from the selected
output port. The status bar shows the progress of the
EDID read.
3
Once completed, the EDID appears here.
4
Then select your INPUT port and press
“Download” to send the EDID to your input
5
Press “Save As” to save the EDID as a ‘BIN file’
A
Alternatively, you can open EDID from here if you
have previously saved output EDID in bin format.
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
4
A
”07”
”07”
2
5
1
2
07”
”27”
”07”
07”
”27”
”37”
”37”
27”
”47”
”47”
37”
”57”
3
”57”
47”
”67”
”67”
57”
”77”
MX0808-PP
MX0808-PP
com
”77” US: +866 677 0053
67”
om US: +866
677 0053
MX0808-PP
77”
3
24
EU: +44 (0) 1793 230 343
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
om US: +866 677 0053
EU: +44 (0) 1793 230 343
4
input
input
input
nd
input
nd
nd
nd
n
be
n
n be
be
n be
he
he
he
he
to confirm IP settings
For TELNET Control, the matrix IP address is as follows:
ATTENTION This ‘Assign IP’ process differs from the
COM CTL ‘IP Set’ function.
‘Set IP’ in COMCTL saves/reads the IP address
in flash and sets it as static IP. ‘Assign IP’ is only
used when the system fails to obtain an IP address
automatically and is NOT saved in flash.
19.
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
to assign
the
new
IP IP
address
to the
and youand
will returnwill
to
to
assign
the
new
address
tosystem
the system
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.effect.
to
return
without changes taking
Now
click
Now click
click
Now
Now click
for
Matrix
detect
the
IP
which
will
appear
Now
forto
Matrix
to detect
the new
for the
theclick
Matrix
tothe
detect
the new
new
IP address,
address,
whichIP
willaddress,
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
willbox.
appear
the
dialog
Finallyin the dialog box. Finally, click
EDID (Extended Display Identification Data) is
data generated from each display in the system to
communicate the capabilities of the device (720p, 2ch
Audio, 1080p, 7.1ch Audio).
For communication between devices to be made,
and successful connection achieved, devices must
both request and send the required information. For
example, a display will communicate 1080p capability
with 2ch audio, which the source device will accept and
output the correct format for the display. Problems can
arise when different types of devices such as displays,
sources and amplifiers are used within a system, making
communication between them that much more difficult;
sometimes resulting in connection problems.
In such instances EDID needs to be streamlined or guided
for all devices to work together, with equipment such as
the MX-PP-POH and RX-70-IR-POH display receivers
perfectly placed to handle this process as communication
between display and source is the most important in the
system. The effective control and management of EDID is
essential for the success of any integration, with this being
achieved in most cases using the default setting on the
matrix and receivers.
ADVANCED
ADVANCED
ADVANCED
ADVANCED
OPERATION
OPERATION
OPERATION
OPERATION
Once activated, the matrix can be controlled in the
Control Command format.
EDID Management About EDID
the dialog box. Finally
click
to confirm
IP settings
click
click to
to confirm
confirm IP
IP settings
settings
click
to confirm IP settings
ATTENTION
This
ATTENTION
This ‘Assign
‘Assign IP’
IP’ process
process differs
differs from
from the
the COM
COM
ATTENTION This
‘Assign
IP’
process
differs
from
the
COM
ATTENTION
CTL
‘IP
Set’
function.
This
‘Assign
IP’
process
differs
from
the COM
CTL ‘IP
‘IP Set’
Set’ function.
function.
CTL
CTL ‘IP Set’ function.
‘Set
IP’ in
COMCTL
saves/reads
IP
address in
flash and
Technical
Support:the
[email protected]
US: +1 866 677 0053 EU: +44 (0) 1793 230 343
‘Set
saves/reads
the
IP
‘Set IP’
IP’ in
in COMCTL
COMCTL
saves/reads
the
IP address
address in
in flash
flash and
and
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
sets
it
as
static
IP.
‘Assign
IP’
is
only
used
when
the
system
sets it as static IP. ‘Assign IP’ is only used when the system
fails
to
obtain
address
and is
NOT
saved
sets
it as
staticanIP.IP
‘Assign
IP’automatically
is only used when
the
system
fails
fails to
to obtain
obtain an
an IP
IP address
address automatically
automatically and
and is
is NOT
NOT saved
saved
in
flash.
fails
to obtain an IP address automatically and is NOT saved
25
COM CTL AND EDID MANAGEMENT - ABOUT EDID
TELNET Control
BEFORE EDID ADJUSTMENTS AND EDID PRESETS
20.
Before EDID
Adjustments
Communication between sink, matrix and source devices
should be automatically negotiated with the EDID DIP
switch set to the default Normal Output (OFF) position.
However, should device communication or compatibility
issues be encountered during installation, please refer to
the EDID DIP settings below.
If the maximum capabilities of the display are known, for
example 1080p 3D with 2ch stereo audio, the DIP switch
setting should be adjusted manually for matching EDID to
be sent to the matrix.
If the specification of the display is not known, simply
copy the EDID from the display to matrix through the
HDMI connection by setting all switches to the EDID Copy
or Force Output (ON) positions and power cycling the
matrix for the DIP setting to become active.
21.
ON
EDID Presets
Copy EDID from the HDMI sink
device to the currently selected
input port
✳
1 2 3 4
For example, when output-3 select
input-1, the EDID of output-3 will be copied to input-1.
(An HDMI output takes precedence over a UTP output. If
a copy fails, the EDID will remain the same.)
ON
1080p 3D stereo
✳
1 2 3 4
ON
✳
✳
1 2 3 4
ON
✳
1 2 3 4
ON
✳
1 2 3 4
HDMI signal.
ON
✳
ON
✳
1080p 5.1
The matrix will use 3D compatible
1080p-5.1 EDID when the DIP switch is
in this setting.
1080p 7.1
The matrix will use 3D compatible
1080p-7.1 EDID when the DIP switch is
in this setting.
Normal Output
This setting instructs the matrix to
check the hotplug voltage and EDID of
the sink device prior to outputing the
Force Output
This setting instructs the matrix to
continually output HDMI signals
1 2 3 4
regardless of hotplug voltage being
detected from the sink device.
Reserved
Reserved for future use
1 2 3 4
ON
✳
Reserved
Reserved for future use
1 2 3 4
NOTE EDID Switches that are marked in grey
indicate the switch can be in any position.
ON
✳
1 2 3 4
1080p stereo
✳
1 2 3 4
ON
The matrix will use 3D compatible
1080p-stereo EDID when the DIP
switch is in this setting.
ON
The matrix will use 1080p-stereo EDID
when the DIP switch is in this setting.
1080i stereo
The matrix will use 1080i-stereo EDID
when the DIP switch is in this setting.
1 2 3 4
This setting is useful if using an older
model TV or if the screen does not support full 1080p.
26
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
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 all HDBaseT transmitters or matrices
powered? All units should have their own power
source connected ie. 12v for 70m/230ft HDBaseT PoH
transmitters – Please use power supplies included.
NOTE Display receivers do not need to be
independently powered if part of an HDBaseT PoH
extender set or MX-PP-POH Matrix solution. NonPoH display receivers can also be powered via the
display USB port by using the USB to 5v power
cable also supplied with this model.
Are all sources definitely powered and firmly connected?
2) If possible, always use test equipment prior to
installation and to troubleshoot any problems.
NOTE If approaching the limits of the transmission
capabilities, transmission should be extended by
using another extender set to ensure the signal
reaches its destination effectively.
4) Cable Joins – Joins in the cable run or RJ45
connectors can impact on signal strength, resulting in
reduced transmission that may manifest itself in incorrect
picture quality, picture dropping out or a complete lack of
picture
5) Cable Choice and Signal Reduction – Are stranded
patch leads being used as interconnects between patch
panels or wall outlets? CCA (Copper Clad aluminium)
cables being used? These can reduce transmission
rates by up to 40% – we recommend solid core straight
through with minimum connections used wherever
possible.
6) Correct connection – It may seem obvious but
double check all UTP, HDMI, power and IR cables are
connected to the correct ports.
NOTE Even a fraction off can be the difference
between a perfect picture and a blank screen.
Double check all connections are firmly made in the
correct ports.
7) Cable wired to 568B standard? Is the cable wired
and terminated correctly and are those terminations
connected to the correct ports? Incorrect wiring and
termination will result in unstable operation or a blank
screen.
Test Monitor
Part Number
TTMONITOR
Signal Generator
Part Number
8) Electrical interference – HDBaseT is less susceptible
to interference compared to regular transmissions but
the location of cables and devices should be considered
- could any form of interference be generated? If so,
attempt to remove the source of electrical interference
or move the cable run to decrease the effects of the
interference.
9) Is a picture achieved when connecting the source
directly to the display? If not then the problem could lie
with the input or output device rather than the means of
distribution i.e. the cable, receiver or matrix itself.
TTSIgnal
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
27
TROUBLESHOOTING
22.
3) Distance – Is the cable too long for the signal to be
transmitted effectively? The HDBaseT classification used
within the transmitters and receivers allow transmission of
1080p up to 70m/230ft so make sure the cable distance
matches the project requirements and is well within the
maximum transmission distance of the signal.
TROUBLESHOOTING
10) HDMI lead condition and quality – HDMI cables
and connectors are delicate and can be damaged much
easier than component or coax cable. Furthermore,
lead quality varies dramatically, particularly in lower price
brackets. Swap HDMI leads and check operation –
damage to or quality of your leads could be the problem.
If in doubt, swap them over. Always take care inserting
and extracting your HDMI from matrix ports so as not to
damage the connectors or ports.
11) Picture speckles/HD ‘noise’ – represents a poorly
established signal that may be caused by poor quality or
excessive HDMI cable lengths. Try swapping the display
adaptors from a location that is functioning properly or
swapping the outputs of the matrix switch used.
If the problem remains on the same screen this may be
caused by a connection problem between matrix and
display – turn off all equipment and swap the signal
carrying cables at both ends to ascertain if the cable or
termination is at fault.
channel audio and EDID copy from the AVR may be
required or use an embedded EDID in the AMP or Matrix.
NOTE If problems are experienced when an AV
receiver is used, the cause is usually the settings of
the AVR itself.
Refer to the AVR manufacturer’s guidelines on the
correct settings to use for your requirements.
2) Consistency of audio output between devices – Is
there any discrepancy between the audio output of the
source, the audio or zonal settings of the AV receiver and
the speaker configuration used needed for successful
audio replication? If outputting 7.1, make sure all devices
connected are also outputting 7.1
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.
HD Noise (NO image) may be an HDCP Issue between
the source and display but poor cabling can also cause
this due to poor communication.
3) Do all the local sources work through the AV
receiver?
Check the operation of each source individually.
12) Blu-ray: 3D – is the equipment used 3D enabled/
compatible? Is a 3D disc being played in a 3D enabled
Blu-ray player or through a compatible AV receiver?
Bandwidth
16) Colour distortion – a pink or green screen indicates
an incompatibility between colour spacing formats – the
commonly used RGB or YUV used by older displays.
Some sources allow switching between RGB and YUV
which may solve any colour problems. If not, try changing
the HDMI cable between the source and the matrix to rule
out defective cabling.
No Sound or Poor Quality Audio
Audio is transmitted within the video signal – there is no
separate audio track – so generally a problem with sound
will be accompanied by a problem with picture. However,
if technical issues with audio are experienced, the cause
is typically communication between sources, displays
and/or AV receiver settings.
1) Have specific speaker sets or zones been
enabled? Some AV receivers allow individual speaker
selections assigned to specific zones in the set up so
check the speakers used are fully connected to the
amplifier and correctly assigned within the system set
up. It may be an EDID issue in that the source reads
the audio EDID from the display and only requests two
28
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 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.
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 the sensor within the facia of the
source display. If necessary, secure the emitter over
the sensor with a small amount of contact adhesive.
3) Is the remote handset powered and sending a
signal? IR is invisible to the naked eye, so use a digital
camera/ phone camera to check the remote signal – point
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
4) UTP Termination Issues – ensure cables and
RJ45 terminations are correct and in good condition at
both transmitter and receiver ends to see if control is
established. If so, a possible re-termination of the cable
could remedy the problem.
5) Are WyreStorm emitters and receivers being
used? The use of third party products/magic eyes may
not be compatible. Always use WyreStorm components
included with your purchase or check compatibility of third
party control systems with your WyreStorm dealer.
6) IR dropout issues - these can be due to exterior
influences emitting infrared radiation that can interrupt IR
signals. Ensure emitters and receivers are away from the
following causes of IR interference.
• Direct sunlight, Fluorescent lighting (on cold start up)
• Halogen lighting
• Plasma screens
If problems persist, swap out the IR emitters and receivers
to rule out faults with the units themselves. Use emitters
you know are fully operational to test working condition.
Reactivate the IR call-back function on your matrix
and swap IR ports on the matrix to rule out a fault with
thematrix or connection ports.
Should IR remain unresponsive, turn off and disconnect
all cables from the matrix and reconnect zones one at a
time to assess if one location in particular is the problem.
If so, run new cables directly to the display – if this fixes
the problem, it is likely that electromagnetic interference /
damage to the cable somewhere along the run is causing
the IR signal to drop out. Investigate and remove EM
interference from the run or replace damaged UTP cable.
23.
FAQ
Cat5e or 6?
While our equipment is tested and graded to Cat5e
cable standard; tests have shown that better results
are achieved when using Cat6 cable. The lower AWG
(American Wire Gauge) uses thicker copper cores ensure
better signal transfer/Transmission rates. Newly installed
cabling should always conform to Part P Regulation and
BS 7671 (17th Edition), and should be terminated to 568B
standard.
Can I use a single Cat 5e/Cat 6 cable?
HDBaseT technology only requires a single cable; all
features associated with twin cable are supported with
the added benefit of RS232 control and Ethernet on
100m/328ft HDBaseT products, with 70m/230ft HDBaseT
products removing Ethernet passthrough functionality.
How far can the signal travel?
Under perfect transmission conditions our HDBaseT
receivers will operate at 50m, 70m or 100m (@1080p)
depending on the model used. Perfect conditions means
no electrical interference, straight cable runs with no
bends or kinks and no patch panels or wall outlets.
If some of the above are factors in your installation then
signal strength and bandwidth can be compromised. If
a cable run is reaching the upper limit of the receiver’s
capabilities, then the signal can be boosted by way of an
AMP-001-010 as an in-line repeater up to 7 times (490m)
using HDBaseT technology.
What about 3D?
The RX-70-IR-POH, all of our matrix switches and most
of our extender products will pass-through a 3D Blu-ray
signal (frame packing - Blu-Ray & Stereoscopic - satellite/
cable).
How do I control the sources?
All of our HDMI distribution products support IR passthrough from point-to-point extender sets to AMP and
HDBaseT matrices. Most of the range now supports
wideband IR meaning it is compatible with any IR device
available on the market.
Our PP and HDBaseT matrix range (Cat 5e/Cat6) has IR
pass-through from each of the outputs and has discrete
IR outputs at the switch end, meaning you can have
multiple identical sources yet the IR would be routed only
to the applicable source.
Do I need power at the TV end?
No. Our RX-70-IR-POH HD display adaptors require
no power supply at the TV end. To operate, the PoH
receivers draw the power from an PoH matrix or PoH
Transmitter. NON PoH devices require 5v. 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.
For non-PoH products, our USB to 5v power cables
overcome the problem of having a second mains outlet
behind the TV. These useful leads draw power from
the USB port of the display to power the receiver, this
also means that the receiver is only powered when the
display is on making the system more energy efficient and
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
29
TROUBLESHOOTING AND FAQS
the camera at the remote control when pressing a button.
The remote transmitter can be seen flashing to indicate a
signal being sent. Replace batteries if flashing is not seen
on the digital camera screen.
environmentally friendly.
MAINTENANCE AND PROVIDED SERVICE
Are WyreStorm products compatible with HDMI 1.4?
HDMI 1.4 refers to a list of ‘features’ that a device is
capable of supporting, including Ethernet channel, return
audio channel, 3D etc. Due to the continuously evolving
nature of the technology, HDMI Licensing LLC have now
decided to simplify terminology by testing and referring to
cable in terms of STANDARD or HIGH-SPEED rather than
in generations 1.3, 1.4 etc.
• STANDARD (or “category 1”) HDMI cables perform
at speeds of 75Mhz or up to 6.75Gbps, which is the
equivalent to a 720p/1080i signal – These HDMI cables
are NOT recommended.
• All WyreStorm equipment support HIGH-SPEED
(or “category 2”) HDMI cables that have been tested
to perform at speeds of 340Mhz or up to 10.2Gbps,
which is the highest bandwidth currently utilised over
an HDMI cable and can successfully handle 1080p
signals including those at increased colour depths and/
or increased refresh rates from the Source. High-Speed
cables are also able to accommodate higher resolution
displays, such as WQXGA cinema monitors (resolution of
2560 x 1600).
What about screens with different resolution
capabilities?
When sending a signal point to point a TV will
communicate it’s capabilities to the source, then the
source will output a suitable signal that compatible (i.e.
1080p Stereo audio).
If you were to use a matrix switch with three 1080p
screens and one 1080i screen, the resultant image would
be1080i across all screens. The matrix switches do not
scale per output but instead negotiate with the source a
signal that all screens are capable of supporting.
How does the Matrix cope with HDCP?
HDCP (High Definition Copyright Protection) is a feature
built in to HDMI devices to prevent theft of or illegal
distribution of HD content.
Unlike competing products, WyreStorm matrix switches
are legal and comply with HDCP regulations. They do
this by assigning a “key” to every display connected to
the switch. HDCP “keys” are assigned to a display when
connected to a HDMI device normally. This doesn’t
change when connected to a switch; it just assigns more
of them.
I can get 1080i but not 1080p at a TV location
Firstly ensure that both the source is capable of outputting
1080p and that the TV is Full HD 1080p screen. If this
is the case then the AMP, display receiver or PP Matrix
may require EDID management setting up using the DIP
switches. This useful feature provides a successful “send
and receive” to ensure swift and stable EDID negotiation
between the source and display. See Troubleshooting
section for more tips on problem solving.
I cannot get a signal from my A/V receiver along a
Cat 5e extender set
Check to ensure that the A/V Receiver isn’t adding CEC
(HDMI Control Protocol) to the outgoing signal, this can
sometimes have an effect on the HDMI signal.
24.
Maintenance
Clean this unit with a soft, dry cloth only. Never use
alcohol, paint thinner or other harsh chemicals.
25.
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.
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.
26.
Mail-in-service
If repair is required during the limited warranty period,
the purchaser will be required to provide a sales receipt
or other proof of purchase, indicating date and location
of purchase as well as the price paid for the product.
The customer will be charged for the repair of any unit
received unless such information is provided.
27i.
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 3 year PARTS
and LABOUR warranty. During this period there will be no
charge for unit repair, replacement of unit components or
replacement of product if necessary.
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.
27ii.
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.
MAIL-IN-SERVICE, WARRANTY AND WARRANTY LIMITS AND EXCLUSIONS
When shipping the unit, carefully pack and send it
prepaid, with adequate insurance and preferably in the
original packaging.
INPUTREFERENCE
REFERENCE
LOG
INPUT
LOG
19. Reference
LogsReference Log - Input Reference Log
28i.
Installation
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
32
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
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
Technical Support: [email protected] US: +866 677 0053
EU: +44 (0) 1793 230 343
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343
28
33
OUTPUT REFERENCE LOGS
Installation Reference Log - Output Reference Log
OUTPUT REFERENCE LOG
28i.
NOTES
NOTES
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.
36
Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343