Wyre Storm AMP-001-010 Instruction manual

Wyrestorm HDBaseT TM Class D Digital Audio Amplifier / Receiver / Repeater

Part Number AMP-001-010

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

1

2

3

Introduction

Features

Safety Precautions

5

6

4

7

8

Package Contents

Specifications

Panel Descriptions i. Front ii. Rear

Connection and Operation i. Cabling Guide ii. RJ45 Termination iii. Initial Connection iv. IR/RS232 Control Connection v. Optional Device Connection

- Personal Device Audio Input

- Speaker Connection

- Subwoofer

- External Power Amplifier

- Supported Speaker Types vi. Interface Device

Basic Operation

9

10

Remote Control Handset Operation

Onscreen User Interface

11

12

Application Scenarios and installation benefits i. Basic Centralized Source ii. Extended Centralized Source iii. Basic Matrix iv. Extended Matrix v. AMP-001-010 as Display Receiver vi. AMP-001-010 as In-line Solution vii. Central Configuration

RS232 Application Scenarios i. Understanding RS232 Connection & Signals ii. Zonal IR for Cascading Multiple Independently

Controlled AMP units iii. Global IR for Cascading Multiple Collectively controlled

AMP units iv. Hybrid IR for combination of Zonal and Global IR control of multiple AMP units v. RS232 Addressing vi. Routable RS232 with Wyrestorm POH-enabled

HDBaseT Matrices - MX-PP-POH vii. Residential RS232 HDBaseT Addressing example viii. Example system topology showing multiple, differently addressed amps. ix. Commercial RS232 HDBaseT Addressing example

2

13 EDID Management i. About EDID ii. Before EDID adjustment iii. EDID Pre-sets

14 Troubleshooting

15 FAQ’s

16 Maintenance

17 Provided Service

18 Mail In Service

19 Warranty i. Warranty Limits and Exclusions

20 Installation Notes

1. Introduction

AMP-001-010 Wyrestorm HDBaseT TM

Audio Amplifier / Receiver / Extender

Class D Digital

The Wyrestorm AMP-001-010 is a unique HDBaseT TM

Class D digital audio amplifier with receiving and repeating functionality that fundamentally changes the way to approach the design of multi-room audio-visual systems.

Fully cascadable (daisy-chained) over multiple 70m/230ft distances up to 7 times using a single Cat5e cable to create larger distributions. It also offers HDMI/HDBaseT reception and pass-thru, 2.1 audio amplification with subwoofer and stereo preouts for connection to an AVR and HDMI breakout with bidirectional control of source/display from either location via IR/RS232.... and so much more.

Feature rich and highly versatile, the AMP simplifies, combines and improves the relationship between HDMI,

HDBaseT and stereo audio for integrators by incorporating

3:1 audio switching from centralized AV sources and ARC or local audio input.

Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343

2. Features

MX0404-QI

• Quick and easy installation – set up in seconds straight out of the box.

• Simplified ports - Input: HDMI – Output: integrated RJ45 connectors for a single Cat5e/6/7 UTP cable to each display point for ease of installation.

• Conforms to IEEE-568B standards efficient digital Class D amplification delivers power to the

• Each HDMI port also supports DVI signals.

• Each Output port can be fed to multiple displays (cascaded).

• Protection against ESD (electrostatic discharge) included within the unit to further stabilise transmission.

• LED indications for clear power and video signal selection.

• 5v mains supply included but receivers may be powered through the

USB port of the display using Wyrestorm USB to 5v power adaptor)

USB to 5V Cable

Part Number CAB-USB-5V

• Options range from basic control of devices using IR TX and RX ports

• Fully cascadable to further lengthen transmission.

switched through up to 4 HDMI displays or projectors for uncompressed digital distribution.

• Each output able to show any connected source simultaneously regardless of whether the input carries HDCP encryption.

display device, remotely in-rack or centrally at any point in-

• Reads and copies EDID from connected devices with additional

EDID configuration through customisable DIP switch settings if necessary.

• 2k resolution supported.

appreciation of the AV installation by continually pushing the

• Fully 3D compatible – Frame sequential 3D (Blu-ray) and interlaced stereoscopic 3D (satellite broadcasts etc.)

• Compact size for flexible integration location.

• Mounting brackets supplied.

1080p and standard video formats.

• RS232 port.

panel buttons, local IR, IR call-back, LAN and RS232.

2. Features

multiple devices from one handset.

• Fully compatible for integration with market leading control systems.

• Combined HDBaseT Repeater, Receiver and Class D Amplifier – all in

• Compact and easy to install & use with single Cat5e/6 cabling –

• Flexible and versatile – multitudes of application scenarios from basic

• HDBaseT Input and pass-thru with HDBaseT Output.

WARNING

To reduce the risk of fire, electric shock or product damage:

.

1. Do not expose this apparatus to rain, moisture, sprays, drips or splashes and ensure that no objects containing liquids are placed on the apparatus, including cups, glasses and vases.

2. Do not place this unit in a confined space such as

2. Do not place this unit in a confined space such as unit is adequately ventilated.

3. To prevent the risk of electric shock or fire hazard due to overheating, do not cover the unit or obstruct ventilation

3. To prevent the risk of electric shock or fire hazard anything that may restrict airflow into the unit.

4. Do not install near external heat sources such as radiators, heat registers, boilers or any device that produces heat such as amplifiers or computers and do not place near sources of naked flame.

mounted near data connections or locally at display location.

• Transmits one-way signal together with the HDMI signal over a storms or when unused for long periods of time.

produces heat such as amplifiers or computers and

• HDMI output for direct connection of HD display either in-line to each

• For even greater control and fine tuning, each receiver features

• 2.1 stereo audio at 25w per channel - amplifier capability to drive transmission signal.

• High quality preamplifier adjustment for tone/volume/sub/mute

control.

• Variable Analog line level outputs.

• Analog (RCA) Subwoofer output.

• Stereo speaker amplified outputs with left/right spring terminal

connections.

• Bidirectional control of source and display via IR or RS232 (IR control

signal passed within HDMI transmission).

7. Only use attachments/accessories specified by the manufacturer. qualified service personnel.

6. Protect the power cable from being walked on,

pinched or restricted in any way, especially at plug

7. Only use attachments/accessories specified by the

manufacturer.

8. Units contain non-servicable parts - Refer all

servicing to qualified service personnel.

4


4. Package Contents

1 x AMP-001-010 HDBaseT Digital Amplifier main unit

1 x Printed product manual

(also downloadable at www.wyrestorm.com)

1 x USB flash drive containing control software and digital product manual

1 x 18v DC power supply

1 x IR TX transmitter

1 x IR RX receiver

5. Specification

1 x Remote control handset

2 x Installation brackets (recommended)

1x USB - Serial Cable (pheonix connector)

6i. Panel Description - Front

1

2

3

4

Amplified passive speaker output with spring terminal connections - Connecting minimum power handling of 25

Watts RMS per channel accepting 4, 6 or 8 Ohm impedance.

Analog Subwoofer Pre-out for external connection of active sub woofer accepting single Mono/LFE RCA Input.

RS232 serial control port – for direct and local control of AMP through third party control systems or PC.

Software provided for connection to a control system - see www.wyrestorm.com for protocols for leading

Control Systems.

HDBaseT IN – HDBaseT input accepting full HD video, HD audio and control signals from centralized source over a single Cat5e/6.

4 Technical Support: [email protected] US: +1 866 677 0053 EU: +44 (0) 1793 230 343

5

6

7

Pre-out Stereo Audio Output (DAC > Digital Analog Converter) for direct connection to external amplifier/AVR via stereo RCA cables (Note: when external power amplification is used, speakers and Subwoofer should be connected directly to the AVR).

IR RX control receiver port - for receiving infrared control signals and sending back to centralized source & AMP function control.

IR TX control transmitter port - For transmitting infrared control signals from central location to control TV function.

1 2 3

6ii. Panel Description - Rear

4 5 6 7

1

2

Power ON/OFF switch – lit when powered (standby via remote control handset)

HDBaseT output – repeats HDBaseT transmission a further 70m/230ft to another AMP-001-010 or RX-1UTP-

IR-70 receiver to end the distribution, including embedded IR/RS232 commands.

Attention: Maximum number of AMPs that can be daisy-chained is 7

3 HDMI output – for connection to a local HDMI display device, including ARC return path

4

5

6

7

8

9

10

EDID DIP Switch – manual EDID management enables immediate EDID data feedback to the display to overcome any communication issues encountered between connected devices - includes 3D and Long cable mode (see EDID settings section)

Audio Source Select button – press to manually toggle through local audio, ARC or HDBaseT audio sources (Lit for selected)

Audio Source LED indication – displays currently active audio source.

Audio selected – 2ch stereo or 2.1ch stereo audio selected

IR status – confirms IR receiver activity

L/R Line level local audio source input – 3.5mm mini jack

18vDC Power input – screw-lock connector (please use power supply provided)

1 2 3 4 5 6 7 8 9 10


7i. Connection & Operation - Cabling Guide

Multiple Inputs via MX0808-PP with additional

Local audio input & ARC Full 1080p HD Audio

Video from centralized source via Cat5e/6

Local Audio

Source

HDMI/

ARC

Multiple HDMI

Audio/Video Sources

IR Transmitter

IR Control

70m/230ft Single Cat5e/6

18V

AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

IR Receiver

Extended Multiple Inputs

HDMI/

ARC

Full 1080p HD Audio


Local Audio

Source

IR Transmitter

IR Control


18V

AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

IR Receiver

Multiple HDMI

Audio/Video Sources

Local Audio

Source

HDMI/

ARC

1080p

Local Audio

Source

HDMI/

ARC

1080p

AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

IR Receiver IR Control


RS232

AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

IR Receiver

70m Single

Cat5e/6


Local Audio

Source

HDMI/

ARC

Full 1080p HD Audio


AV Source

HDMI

IR Transmitter

TX-IR-70

IR Control


RS232

AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

IR Receiver

Extended Multiple Inputs

Local Audio

Source

HDMI/

ARC

Full 1080p HD Audio


AV Source

HDMI

IR Transmitter

TX-IR-70

IR Control


AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

18V

IR Receiver

Local Audio

Source

HDMI/

ARC

1080p

Local Audio

Source

HDMI/

ARC

1080p

AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

IR Receiver IR Control


RS232

AMP-001-010

1. AV Source>

2. ARC>

3. Local Input>

IR Receiver

70m Single

Cat5e/6


AMP-001-010 Centralized with Wyrestorm Matrix with managed Lip Sync

Speaker Cable to In-Ceiling Speakers

18V AMP-001-010

Cat5e/6

70m Single Cat5e/6

HDMI

RX-IR-70

AMP-001-010 In-line adjacent with In-Ceiling speakers

TX-IR-70

70m Single

Cat5e/6

18V

Speaker Cable to

In-Ceiling Speakers

AMP-001-010

70m Single

Cat5e/6

HDMI

RX-IR-70

AMP-001-010 In-Line and Cascaded with In-Ceiling Speakers

TX-IR-70

18V

70m Single

Cat5e/6

AMP-001-010

70m Single

Cat5e/6

18V

Speaker Cable to

In-Ceiling Speakers

Speaker Cable to

In-Ceiling Speakers

AMP-001-010

70m Single

Cat5e/6

HDMI

RX-IR-70

AMP-001-010 as a Receiving Display Device

Full 1080p HD Audio


Full 1080p HD Audio


Full 1080p HD Audio


HDMI

18V

70m Single Cat5e/6

AMP-001-010

Speaker Cable to

In-Ceiling Speakers

Full 1080p HD Audio



7ii. RJ45 Termination

Cat5e Wiring Guide

The quality of termination for every RJ45 is essential.

Poor terminations leads to intermittent performance and longer install times

HDBaseT Class D Digital Audio Amplifier / Receiver / Repeater

AMP-001-010

Attention: The AMP-001-010 can be used as both an HDBaseT repeater to extend the transmission as well as a Receiver, with the inclusion of up to

7 units connected along a single cable run. As such, an RX-1UTP-IR-70 receiver is only required to extend the final leg of the distribution a further

70m/230ft, or if HDMI output and IR/RS232 control only is required.

5

Definition LED/Plasma flat panel display or HD Digital projector) to the HDBaseT Output of the HDBaseT

Receiver device.

Repeat process for all AMP-001-010 units installed along your cable run.

7iv. IR/RS232 Control

Connection

7iii. Initial Connection

1

PS3, Satellite, Cable, media server, computer etc.) to an

HDBaseT transmission source (such as a Wyrestorm TX-

1UTP-IR-70 transmitter or a MX-PP matrix solution).

2 cable of no more than 70m/230ft between the HDBaseT output of the HDBaseT transmission device to the

HDBaseT Input of the AMP-001-010

Attention: 70m/230ft is the maximum recommended transmission distance for this classification of HDBaseT equipment and denotes perfect transmission conditions - including straight cable runs with no electrical interference, bends, kinks, patch panels or wall outlets. If any of the above are a factor in your installation, transmission range may be affected – take care to avoid where possible.

3

LED/Plasma flat panel display or HD Digital projector) to the HDMI Output of the AMP-001-010

4

Cat5e/6 cable from HDBaseT output of the AMP-001-

010 to HDBaseT input of a Wyrestorm HDBaseT Receiver device ( such as an RX-1UTP-IR-70 receiver, or another

AMP-001-010)

1 displays from either location, connect IR TX infrared transmitter emitters to the IR TX ports of the HDBaseT

Transmitter devices and AMP-001-010.

2 ports of the HDBaseT Receiver devices and AMP-001-

010.

3 cables into the RS232 ports of devices to enable RS232 control signal transmission ( Default set for RS232).

4 source using the 18vDC power supply included.

Attention: The AMP-001-010 is capable of

Power-over-HDBaseT passthrough distances up to 50m/164ft when used between PoH-enabled devices such as a MX-PP-POH matrix or POH transmitters and receivers.

The AMPs themselves will still require mains power for operation but are able to passthrough power from a PoH transmission device to a PoH receiver to negate the need for mains power at the display end.


7v. Optional Device

Connection

1

(such as MP3 player, multiroom audio system, laptop/ desktop, smartphone/tablet, mixer, microphone etc) connect a 3.5mm mini jack from the audio source to the

L/R port of the AMP-001-010

2

001-010, insert evenly stripped, good quality copper cable of adequate gauge into the SPEAKER spring terminal connections of the AMP-001-010 with care taken to insert wires into correct spring clips based on audio signal polarity (+/+, -/-).

Ensure plastic insulation is undamaged and cable is untangled, without bends or kinks that may interfere with transmission.

Attention: Maximum output available 25w per channel

3 be connected to the SUB OUT port of the AMP-001-010

4 can be connected to an external power amplifier or AV

Receiver (AVR) via the stereo AUDIO OUT ports.

Attention: In such cases where an AVR is used, the SUB OUT of the AMP-001-010 should be connected to the SUB Input of the AVR and a subwoofer connected to the AVR. Likewise, speakers should be connected directly to the AVR rather than the spring terminal connectors of the

AMP-001-010.

7vi. Interface Device

Using the Audio Pre-Out you can connect the AMP to a multi-room audio amplifier system or seperate power amplifier, and expand beyond a basic stereo pair.

8. Basic Operation

1 on the front panel – LED will indicate power status.

2 button – LED will indicate selection

9. Remote Control

Handset Operation

3

5

1

7

2

4

6

1 in use.

2 output

3 over to route bass signals to sub pre-out or main speaker output.

4

HDBaseT input, local input jack or ARC from locally connected TV.

Attention: TV must have ARC function and be connected to the relevant HDMI port

5 not control the line level pre-out, this is a fixed output.

The AMP-001-010 can be controlled locally via the front panel or remotely using the handset provided or an

RS232 third party control system.

7 depending on your taste.


10. Onscreen User Interface

1

3 4

2

10

6

7 5

9

8

Attention: Amps must be individually connected and have their addresses assigned first, before installation.

Connect the (provided) RS232 cable to a laptop Via USB port to Determine the COM Port

Com Port Connection Status

On opening the User Interface, press Connect to establish a connection with assigned AMP units and control settings. Connection status is illustrated by text colour/selection icon - when connected, the only option will be to press Disconnect and vice versa.

1

The COM Port setting within the AMP software must match the COM Port that your PC has assigned to the

USB - Serial Cable.

2 connected to the system. Choose a number between 0 and 19 to be the address and click “Write Addr”

3

The ‘Address’ you typed in should populate under ‘All

Addr’

4

The ‘Address’ should show up under ‘selected addr’

5

‘Audio Only’ needs to be clicked

6

Metal, Jazz, or Rock

7

HDMI ARC or Local L/R

8

HDBaseT, Fix 3D 2CH or Fix 2D 2CH

9

Delay 2

10 and Bass can all be set manually

Slide Volume Bar & Click ‘Volume Set’

Slide SUB Volume Bar & Click ‘Volume Set’

Slide Balance Bar & Click ‘Balance Set’

Slide Treble Bar & Click ‘Treble Set’

Slide Bass Bar & Click ‘Bass Set’


11i. Application Scenarios and Installation Benefits

- Basic Centralized Source

AMP as Cat5e Extender/Receiver

No compromise in extender performance – 1080p 36Bit

The most progressive extender solution currently available

Overcome your competitors with a better solution

Huge up-sale opportunities from conventional extender product

Higher Value, Add Speakers, Subs, Cables to increase profit

Sending IR to display from a control system

Useful for screen functions such AV

Input, ARC selection or power functions via a control system

TX-70

11ii. Extended Centralized Source

HDBaseT Output Connection

Amp functions as transmitter and receiver to enable up to 7 AMPs to be cascaded within a single zone using

HDBaseT Out to HDBaseT In ports on units.

Access to Central and Local Source

Each Amp has access to a central source, whether a matrix switcher or a single HDMI input via an HDBaseT

Transmitter, also maintains its own personal audio and

ARC Inputs.

Maintain Central Source Control

Central Source Control is achieved with IR Receivers at each display.

TX-7 using hdbaset out to cascade central source to other amps

12 ir control of central source still maintained local audio only source maintained between amp & display

70m/230ft Single Cat5e/6 between each AMP to

Continue Transmission

7 AMP devices supported by a transmission device

(TX or Matrix) enable distribution spanning distances of up to

560m/1840ft along a single output.


Cat5e/6

S

11iii. Basic Matrix

4x4, 6x6, 8x4 or 8x8 Pro Plus Matrix Solution

Add 4, 6 or 8 centralized sources while maintaining full AMP integration as a Amplifier, Receiver, Transmitter and repeater for even greater flexibility for residential and commercial applications.

HDBaseT Output on Each Matrix Output

Same cable transmission as a basic single source system, with the same advantages of HDBaseT technology… multiplied.

AMP as HDBaseT Receiver… and Then Some

Each AMP performs the same transmission receiving functions of centralized sources as an RX70-IR-PP Display Receiver, but adds

ARC, personal audio input, Stereo breakout to local amplification and 2.1 audio breakout for greater options at the display end.

Personal Audio Connection with Overlay

Local audio input can overlay the central source video for additional audio options, such as internet radio sports commentary over a live satellite broadcast, or jukebox over TV news or a Blu-Ray movie.

Same IR receiver function

IR receiver “eye” on displays now handles

AMP function, matrix switching function & central source control.

11iv. Extended Matrix

using hdbaset out to cascade central source to other amps

As Easy as Single Source Transmission

The same principle as a single source with a single transmitter, but with the matrix multiplying that process for multiple outputs.

HDBaseT Output on Each Amp

Extend distribution as AMPs also function as a repeater to transmit signals a further 70m/230ft to the next Amp in the chain, then another, and another...

IR RX at Display Location

Control of all multiple sources, AMP functions and matrix control at each display location.

Larger Distribution

With 7 AMPs per matrix output, a network of up to 56 screens is easily achievable with an 8 output Pro Plus matrix, each with localized amplification and personal audio input where needed.

hdmi with arc using hdbaset out to cascade central source to other amps


11v. AMP-001-010 as Display Receiver

AMP as a Receiving Device

Simple installation of the AMP between a transmission transmission device and the display, with local, direct speaker connection.

Choice of Transmission Device

Single source transmitter or multi-source matrix - the choice is yours - the installation procedure is identical.

Single Cat5e/6 Cable up to 70m/230ft

Delivers full 1080p 36bit HD video to display, high quality digital audio to amplifier, as well as sending and receiving IR bidirectionally all through HDBaseT. transmitting device mx0808-pp tx-70-pp amp as receiving device

11vi. AMP-001-010 as In-line Solution

AMP as an in-line device*

Simple and cost effective solution for distribution incorporating in-wall or in-ceiling speakers between an

EX-1UTP-IR-70 HDBaseT extender set for total distance of 140m/460ft.

Covers Longer Cable Runs

70m/230ft from Transmitter to AMP, then another 70m/230ft from the AMP to the Display Receiver.

AMP Control Maintained

Control of central source and AMP still possible from display Location, including AMP stand-by function.

*ARC not supported in this instance digital transmission over longer cable runs >>> rs232 to amp Audio Only

Audio Only

Audio/Video digital transmission over longer cable runs

Ceilin g Ceilin g

EX-1UTP-ir-70

(tx) hdmi

EX-1UTP-ir-70

(rx) hdmi


11vii. Central Configuration

AMP Located Centrally*

AMP can be positioned at a central point, such as a rack, and connected to the transmission device via a short patch lead.

Managed Lip Sync Set Via PC

As mixing analog audio and digital video can often cause sync issues, the AMP contains settings and software to overcome such difficulties.

*ARC not supported in this instance

Rx-70-ir-pp

Delay Set

BypassD

Status elay 1

MUTE

Delay 2

12i. RS232 Application Scenarios - Understanding

RS232 Connection & Signals

RS-232C, EIA RS-232, or simply RS-232, 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)

RS-232 Pin outs (DB-9) DB-9 to DB-25 Conversion

1 2 3 4 5

6 7 8 9

DB-9 DB-25 Function

A male DB-9 connector viewed from the front.

Reverse or back view of male connector for

Female Connector.

5

6

7

8

9

1

2

3

4

8

3

2

20

7

6

4

5

22

DCD Data Carrier Detect

RxD Receive Data

TxD Transmit Data

DTR Data Terminal Ready

GND Ground (Signal)

DSR Data Set Ready

RTS Request to Send

CTS Clear to Send

RI Ring Indicator


DTE Pin Assignment (DB-9)

5

6

7

8

9

1

2

3

4


RxD

TxD

RTS

CTS

RI

Receive Data

Transmit Data


GND Ground (Signal)

DSR Data Set Ready

Request to Send

Clear to Send

Ring Indicator

5

6

7

8

9

1

2

3

4

DCE Pin Assignment (DB-9)


TxD Transmit Data

RxD Receive Data

DSR Data Set Ready

GND Ground (Signal)


CTS Clear to Send

RTS Request to Send

RI Ring Indicator

RS-232 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:

(DTE)

5

6

7

8

9

1

2

3

4

Straight-through (DB-9

(DCE)

DCD ------- DCD 1

RxD ------- TxD 2

TxD ------- RxD 3

DTR ------- DSR 4

GND ------- GND 5

DSR ------- DTR 6

RTS ------- CTS 7

CTS ------- RTS 8

RI ------- RI 9

Crossover (Null-Modern) (DB-9

(DTE)

5

6

7

8

9

1

2

3

4

(DCE)

DCD ------- DCD 1

RxD ------- TxD 3

TxD ------- RxD 2

DTR ------- DSR 6

GND ------- GND 5

DSR ------- DTR 4

RTS ------- CTS 8

CTS ------- RTS 7

RI RI 9

Mark (1) space (0)

start

LSB

0 1 2 3 4 5 6

MSB

7 stop

-12v

+12v

RS-232 Logic Waveform (8N1)

The graphic above illustrates a typical RS-232 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.

RS-232 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.


12ii. Zonal IR for Cascading Multiple Independently

Controlled AMP units

Individual IR Receivers for Independent Operation

Independent Zonal IR control is possible for individual, daisy-chained AMPs using separate IR receivers at display points.

Full Control of Each and Every Amp

Individual IR Receivers enables commands to be sent to AMPs separately.

zoned ir each zone with its own ir receiver each amp working independantly

18V PS zoned ir each zone with its own ir receiver each amp working independantly

12iii. Global IR for Cascading Multiple Collectively

controlled AMP units

Collective Control with a single IR Receiver, Only Final AMP with IR Receiver

Global IR control of a group of AMPs by All AMPs working together in terms of volume commands

Toggle Switch Control for ARC and Personal Audio Input global ir. all amps controlled together from display at the end of the chain global ir. all amps controlled together from display at the end of the chain remote controlling master volume for all amps

Rx-70-ir-pp hdbt in hdmi (arc not supported)


12iv. Hybrid IR for combination of Zonal and

Global IR control of multiple AMP units

Final IR Receiver has overall control of all AMPs albeit with variations

Each AMP has local IR Control global ir. all amps controlled together from display at the end of the chain global ir. all amps controlled together from display at the end of the chain remote controlling master volume for all amps

Rx-70-ir-pp hdbt in hdmi (arc not supported)

12v. RS232 Addressing

RS232 Addressing

Each AMP can be addressed so serial commands can be sent over HDBaseT to control specific AMPs at specific display points.

Software Solution

Control commands are sent from PC control software or a control system via the AMP RS232, ensuring correct COM port selection.

Choice of Control

Each AMP can be set up with individual or group addresses to enable control of a single AMP or group of AMPs.

rs232 amp set to address 1 amp set to address 1

18v psu amp set to address 2

18v psu


12vi. Routable RS232 with Wyrestorm POH

enabled HDBaseT Matrices - MX-PP-POH

MX-PP-POH Range offers More for AMP Integration

The MX-PP-POH range are customizable Pro Plus matrices in 8x8 and 16x16 that offer a choice of 8 different analog and digital transmission cards, each converting to 70m/230ft HDBaseT Outputs.

More Power

As the name suggests, the MX-PP-POH feature Power-over-HDBaseT outputs, enabling power to be passed directly along the Cat5e/6 cable to a PoH-enabed receiver so no additional power is required at the display end.

AMP PoH Passthru

The AMP can be used as an PoH passthru device for power from a PoH matrix or transmitter to be carried to the PoH display receiver, but in this case the distance of PoH passing through the AMP is restricted to 50m/164ft. All functions of the AMP are maintained but the Amp itself requires mains power for operation.


More Control

PoH-enabled matrices also feature routable RS232 to allow each display zone to be independently controlled, which means up to 7 individually addressed AMPs can be connected to each output of the matrix, with serial control commands sent centrally through the RS232 port of the matrix to any specific Amp/group of Amps within the 8 or 16 separate control zones, depending on the matrix model.

Commands are simply sent to specific AMPs by their address, and ignored by others with a different address.

What Does This Mean?

Vast arrays of can be created easily by cascading multiple matrix switchers for possible distribution covering over

7.84km/4.86miles to 112 displays using the MX1616-PP-POH. This gives each display point its own fully routable

AMP with control of matrix, sources, ARC and full access to local audio output and functions from the AMP user interface.

Note: AMP address and Control zone can be noted on the bottom of each unit. See EDID section amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp amp control system l control system

12vii. Residential RS232 HDBaseT Addressing example

Increase Volume

-> vol 05 64 [64 is command for up]

-> vol 03 64

-> vol 06 64

Active Sub Speaker

-> bas 02 01 [01 is command for on]

-> bas 01 01

Set Mute Function

-> mut 02

-> mut 06

M

5

5

1

6

20

COMMAND Input Format

->command[space]add[space]variable

3 key:

Amp address

M matrix speaker subwoofer

3

6

2


12viii. Example System Topology showing multiple,

differently addressed Amps


12ix. Commercial RS232 HDBaseT

Addressing example

Mute Command

-> mut 03

Volume Down

-> vol 01 01

[01 is command for down]

COMMAND Input Format

->command[space]add[space]variable

3

3

3

3

5

4 key:

Amp address

M matrix 1 1

1 1

2

8 8

M

6

7

13i. EDID Management -

About EDID

EDID (Extended Display Identification Data) is data generated from each display in the system to communicate the capabilities of the device (720p, 2ch

Audio, 1080p, 7.1ch Audio). as communication between display and amplifier 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 AMP-001-010.

13ii. Before EDID

Adjustments

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.

Should device communication or compatibility issues be encountered during installations, please refer to the EDID

DIP settings below.

If the maximum capabilities of the display are known, for example 3D with 2Ch stereo audio, Matching EDID should be sent to the AMP-001-010, for example settings for 3D with 2 Channel Audio is Switch 3 to the down position.

In such instances EDID needs to be streamlined or guided for all devices to work together, with equipment such as the AMP-001-010 perfectly placed to handle this process

If the specification of the display is not known, simply copy the EDID from the display to AMP, through the HDMI connection by selecting Switch 1 to the ON position, with remaining switches to the off position (up), power cycling the AMP and you are ready to go.


13iii. EDID Presets

EDID DIP Switch settings

1 (Down):ON

0 (Up): OFF

X: Either position - does not effect function

EDID subject to PC: settings via DIP switch deactivated adjustment by PC

(Default Factory Setting)

EDID set to copy HDMI

OUTPUT EDID

Attention: Any change to EDID settings will need a power down and power up cycle via the power switch.

EDID set to copy HDBaseT

OUTPUT EDID

EDID set to fix 1080p 2ch stereo 3D

EDID set to fix 1080p 2ch stereo 2D

EDID subject to DIP switch: settings via PC deactivated adjustment by unit DIP switch

For convenience and ease of installation, on the underside of the AMP-001-010 you will also find the same EDID DIP settings as well as areas to write the Address of the

AMP unit and the Control Zone it will be located in.


14. Troubleshooting

Generally, the majority of HD distribution installation issues are either caused by minor connection errors, communication problems between devices, or when the transmission of high signal bandwidth is attempted using insufficient cable. 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

Note: If approaching the limits of the transmission capabilities, transmission should be extended by using another AMP or receiver 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

Signal Generator

Part Number TTSignal

3) Distance – Is the cable too long for the signal to be transmitted effectively? The HDBaseT classification used within the AMP-001-010, 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.

1) Power – are all AMPs, HDBaseT transmitters or display receivers installed powered both ends? All units should have their own power source i.e. 18v for the AMP-

001-010 and 5v for 70m.230ft HDBaseT Transmitters and

Receivers – 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 – there is a two-core power link between transmitter and receiver that powers the receiver at thedisplay end. Non-PoH 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.

Test Monitor

Part Number TTMONITOR

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) Resolution: Speckles noticed in the picture – If the resolution of the source is reduced, is the result a clean and stable picture? If so, this could suggest a discrepancy between source and display resolution or a bandwidth capacity issue with the cable. Check that inputs and outputs share the same resolution and that thesignal is being successfully transmitted along the cable run.

7) Correct connection – It may seem obvious but double check all UTP, HDMI, power and IR cables are connected to the correct ports.

Note: Even a fraction off can be the difference between aperfect picture and a blank screen. Double check all connections are firmlymade in the correct ports.


8) 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.

9) 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.

10) 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, AMP or matrix itself.

15) Blu-ray: 3D – is the equipment used 3D enabled/ compatible? Is a 3D disc being played in a 3D enabled

Bluray player or through a compatible amplifier?

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.

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.

No Sound or Poor Quality Audio

11) 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 andextracting your HDMI from matrix ports so as not to damage the connectors or ports.

12) Picture speckles/HD ‘noise’ – represents a poorly established signal that may be caused by poor quality terminations, CCA, stranded or excessive cable lengths.

Try swapping the display adaptors from a location that is functioning properly or swapping the outputs of the matrix switch used.

If the problem remains on the same screen this may be caused by a connection problem between matrix and display – turn off all equipment and swap the signal carrying cables at both ends to ascertain if the cable or termination is at fault.

HD Noise (NO image) may be an HDCP Issue between the source and display but poor cabling can also cause this due to poor communication.

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 request’s two channel audio and EDID copy from the AVR may be required or use an embedded EDID in the AMP or Matrix.

Note: If problems are experienced when an AV receiver is used, the cause is usually the settings of the AVR itself.

Refer to the AVR manufacturer’s guidelines on the correct settings to use for your requirements.

2) Consistency of audio output between devices – Is there any discrepancy between the audio output of the source, the audio or zonal settings of the AV receiver and the speaker configuration used needed for successful audio replication? If outputting 7.1, make sure all devices connected are also outputting 7.1

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.

13) Blu-ray: Deep Colour – make sure Deep Colour is turned on in your Blu-ray settings and displays.

14) Blu-ray: Resolution – if a reduction of resolution to 720/1080i produces an image, cable issues such as interference, patch panels, wall outlets, stranded cable use or excessive cable length are likely restricting transmission of a full 1080p signal.

3) Do all the local sources work through the AV receiver?

Check the operation of each source individually.

Bandwidth

1) If using a graphics-based source (such as a PC/Mac/ media server), make sure the source resolution is set to


a maximum of 1080p, 50Hz. Higher resolutions available for graphics-based systems require higher bandwidth that may affect transmission of signals as well asincompatibility with devices.

8) 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.

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 small sensor within the facia of the source display. If necessary, secure the emitter over the sensor with asmall amount of contact adhesive.

3) Is the remote handset powered and sending a signal?

Note: IR is invisible to the naked eye, so use a digital camera/ phone camera to check the remote signal – point the camera at the remote control when pressing a button.

The remote transmitter can be seen flashing to indicate a signal being sent. Replace batteries if flashing is not seen on the digital camera screen.

4) IR dropout issues can be due to exterior influences emitting infrared radiation that can interrupt IR signals.

Ensure emitters and receivers are away from the following causes of IR interference.

• Direct sunlight, Fluorescent lighting (on cold start up)

• Halogen lighting

• Plasma screens, Candle light

5) UTP Termination Issues – ensure cables and RJ45 terminations are correct and in good condition at both transmitter and AMP/receiver ends to see if control is established. If so, a possible re-termination of the cable could remedy the problem.

6) 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.

7) If problems persist, swap out the IR emitters and receivers to rule out faults with the units themselves. Use emitters you know are fully operational to test working condition.

9) Should IR remain unresponsive, turn off and disconnect all cables from the matrix and reconnect zones one at a time to assess if one location in particular is the problem.

If so, run new cables directly to the display – if this fixes the problem, it is likely that electromagnetic interference / damage to the cable somewhere along the run is causing the IR signal to drop out. Investigate and remove EM interference from the run or replace damaged UTP cable.

15. FAQ’s

Cat5e or 6?

While our equipment is tested and graded to Cat 5e cable standard; tests have shown that better results are achieved when using Cat6 cable. The lower American

Wire Gauge, 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?

Although conventional transmission is considered to be two Cat 5e cables, HDBaseT transmission as used only requires a single cable; all of the twin cable features 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 willoperate 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 receivers’ capabilities, then the signal can be boosted by way of an Amp set an in-line repeater. 7 times (490m) using

HDBaseT technology.

What about 3D?

The AMP-001-010, all of our matrix switches and most of our extender products will pass-through a 3D Blu-ray signal.


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.

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.

Do I need power at the TV end?

Yes. Our AMP-001-010 HD display adaptors require a 18v 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 environmentally friendly.

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.

Do I need to use 1 or 2 cables?

Using our HDBaseT technology it’s possible to send

Audio (up to DTS Master), Video), and control (RS232

& 2-way IR) down a single Cat 5e/6 cable The FULL

HDBaseT models also add video (up to 4k) and Ethernet

(10/100).

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, 3Detc. 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

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, 70 metre 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.

16. Maintenance

Clean this unit with a soft, dry cloth only. Never use alcohol, paint thinner or other harsh chemicals.


17. 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.

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 2 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.

19i. Warranty Limits and

Exclusions

4. Safety Check: After repairs or service, ask the service personnel to perform safety checks to confirm the unit is in proper working condition.When shipping the unit, carefully pack and send it prepaid, with adequate insurance and preferably in the original packaging. Please include a document or letter detailing the reason for return and include a daytime telephone number and/or email address where you can be contacted.

18. Mail-in-service

If repair is required during the limited warranty period, the purchaser will be required to provide a sales receipt or other proof of purchase, indicating date and location of purchase as well as the price paid for the product.

The customer will be charged for the repair of any unit received unless such information is provided.

19. Warranty

Should you feel your product does not function adequately due to defects in materials or workmanship,

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


19i. Warranty Limits and

Exclusions

content. The items listed here are not exclusive, but are for illustration only.

Parts and service not covered by this limited warranty are not the responsibility of the warrantor and should be considered the responsibility of the individual.

20. Installation Notes

AMP-001-010 Installation Reference Log




Wyre Storm AMP-001-010 Instruction manual

Instruction Manual

Contents

1. Introduction

2. Features

2. Features

4. Package Contents

5. Specification

6i. Panel Description - Front

6ii. Panel Description - Rear

7i. Connection & Operation - Cabling Guide

7ii. RJ45 Termination

7iv. IR/RS232 Control

Connection

7iii. Initial Connection

7v. Optional Device

Connection

7vi. Interface Device

8. Basic Operation

9. Remote Control

Handset Operation

10. Onscreen User Interface

11i. Application Scenarios and Installation Benefits

- Basic Centralized Source

11ii. Extended Centralized Source

11iii. Basic Matrix

11iv. Extended Matrix

11v. AMP-001-010 as Display Receiver

11vi. AMP-001-010 as In-line Solution

11vii. Central Configuration

12i. RS232 Application Scenarios - Understanding

RS232 Connection & Signals

Mark (1) space (0)

LSB

MSB

-12v

+12v

12ii. Zonal IR for Cascading Multiple Independently

Controlled AMP units

12iii. Global IR for Cascading Multiple Collectively

controlled AMP units

12iv. Hybrid IR for combination of Zonal and

Global IR control of multiple AMP units

12v. RS232 Addressing

12vi. Routable RS232 with Wyrestorm POH

enabled HDBaseT Matrices - MX-PP-POH

12vii. Residential RS232 HDBaseT Addressing example

12viii. Example System Topology showing multiple,

differently addressed Amps

12ix. Commercial RS232 HDBaseT

Addressing example

13i. EDID Management -

About EDID

13ii. Before EDID

Adjustments

13iii. EDID Presets

14. Troubleshooting

No Picture or poor quality picture

No Sound or Poor Quality Audio

Bandwidth

IR

15. FAQ’s

16. Maintenance

17. Provided Service

19i. Warranty Limits and

Exclusions

18. Mail-in-service

19. Warranty

19i. Warranty Limits and

Exclusions

20. Installation Notes

AMP-001-010 Installation Reference Log

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