Broadata LBH-H/O-EAD-R-ICP User manual

LBH-H/O-EAD-R-ICP

L

INK

B

RIDGE

TM

HB

ASE

T/HDMI

R

ECEIVER

S

YSTEM WITH

E

XTERNAL

A

UDIO

AND

I

NLINE

C

ONTROL

P

ROCESSOR

BCI reserves the right to make changes to the products described herein without prior notice or consent. No liability is assumed as a result of their use or application. All rights reserved.

©2015 Broadata Communications, Inc.

LBH-H/O-EAD-R-ICP User Manual

Link Bridge

TM

HBaseT/HDMI Receiver System w/External Audio and Inline Control Processor

SAFETY INSTRUCTIONS AND

COMPLIANCE DECLARATIONS

PLEASE OBSERVE THE FOLLOWING SAFETY

PRECAUTIONS

SURGE PROTECTION DEVICE RECOMMENDED

This product contains sensitive electrical components that may be damaged by electrical spikes, surges, electric shock, lightning strikes, etc. Use of surge protection systems is highly recommended in order to protect and extend the life of your equipment.

Broadata Technical Support, [email protected]

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TABLE OF CONTENTS

1.0 PRODUCT DESCRIPTION .............................................. 5

2.0 OPERATION CONTROL AND FUNCTIONS ................... 6

2.1 RECEIVER EXTENDER FRONT AND REAR PANEL ..... 6

2.2 ICP FRONT AND REAR PANEL ..................................... 7

3.0 CONNECTOR PINOUT ASSIGNMENT ........................... 8

3.1 EXTENDER ...................................................................... 8

3.1.1 SERIAL DATA INTERFACE ............................................ 8

3.1.2 STATUS LEDS ............................................................... 9

3.2 ICP ................................................................................. 10

3.3 LB-KP8 ........................................................................... 11

4.0 LB-ICP WEB SERVER DESCRIPTION ......................... 13

5.0 SPECIFICATIONS ........................................................... 39

6.0 SERVICE PROCEDURE ................................................ 42

6.1 REPLACEMENT POLICY .............................................. 42

6.2 RETURN AND REPAIR SERVICE ................................. 42

7.0 LIMITED WARRANTY .................................................... 43

4 Broadata Technical Support, (800) 214-0222


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1.0 PRODUCT DESCRIPTION

Overall

•

A selectable HDBT or HDMI receiver with multiple control I/O ports

•

Provides in-line control I/O paths

Receiver

•

Receive HDMI, audio, IR, and RS-232 up to 100 meters over 1

CAT-5e/6 cable

•

Supports video resolutions up to 1080p 60Hz and

1920 x 1200@60Hz, as well as 4K@30Hz

•

Supports HDMI w/embedded audio extraction

•

EDID pass-through support, automatically detects the factory setting of the connected display

Control

•

Control I/O ports contain:

- two (2) RS-232

- two (2) Relay

- two (2) Digital I/O

- one (1) IR

- one (1) Ethernet

•

Control and monitor AV devices using a standard Ethernet network (Smart phone or PC) or RS-232 (keypad)

•

Front panel port status indicators

•

User friendly customizable control configurations via built-in web server

ORDERING INFORMATION

LBH-H/O-EAD-R-M-SC-ICP Link Bridge HDBT/HDMI Receiver w/Control I/O Ports


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2.0

OPERATION CONTROLS AND FUNCTIONS

ICP

1

1 2

2

1 2

I / O

1

2

1

2

RS232

REM

IR

1

1

2

2

RELAY AUX

Extender

SPDIF L / R

PWR/ LINK

D A TA

Out

AUDIO

HDMI IN

HDMI OPT

AUTO

LBH-H/O-EAD-RX-ICP HDMI OUT

Front

Extender ICP

Rear

LINK

+24VDC

1.25 A

1

ON

SW

1

CONFIG LAN

RESET

6

2.1 Receiver Extender Front and Rear Panel

1

1 2

2

1 2

I / O

1

2

1

2

RS232

REM

IR

1

1

2

2

RELAY

1

4

8

9

2

3

5

6

AUX

SPDIF

AUDIO

L / R PWR/ LINK

HDMI IN

D A TA

Out

EDID

Loc

HDMI OPT

Rem

AUTO

LBH-H/O-EAD-RX-ICP

HDMI OUT

Front

10

12

13

7

11

Rear

LINK

+24VDC

1.25 A

1

ON

SW

1

CONFIG LAN

RESET

14

15

1.

Power/Link:

The red LED indicates the unit is powered up.

The green LED indicates that the unit has a good HDBT connection.

Broadata Technical Support, (800) 214-0222


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2.

HDCP LED:

The blue LED is lighted when HDCP video is present. The blue LED blinks when non-HDCP video is present.

3.

SPDIF LED:

Lighted when corresponding SPDIF audio is active.

4.

DATA LEDs:

Lighted when corresponding input or output ports are active.

5.

L/R LED:

Lighted when corresponding audio is active.

6.

DATA:

RS-232 pass-through data connector.

7.

IR:

IR pass-through IR connector.

8.

SPDIF:

SPDIF audio output connector.

9.

L/R:

L/R audio output connector.

10. HDMI IN:

HDMI video input connector.

11. HDMI OUT:

HDMI video output connector.

12. EDID Selection:

Select Local or Remote EDID (for HDMI IN)

13. Input Video Selection:

Reserved.

14. HDBT:

HDBT CAT-5e/6/7 cable connector.

2.2 ICP Front and Rear Panel

1

2

5

6 8

1

1 2

2

1 2

I / O

1

2

1

2

RS232

REM

IR

1

1

2

2

RELAY

9

ICP Front

AUX

SPDIF

AUDIO

L / R

PWR/ LINK

HDMI IN

D A TA

Out

EDID

Loc

HDMI OPT

Rem

AUTO


3

4

7

13

ICP Rear

LINK

+24VDC

1.25 A

10

ON

1

SW

1

CONFIG

11

12

14

15

LAN

RESET

16

17

1.

Digital I/O:

Digital input/output ports.

2.

Digital I/O LEDs:

Light when the corresponding ports are active high.


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3.

RS-232:

Serial port to control devices.

4.

RS-232 LEDs:

Light when the corresponding RS-232 ports are active.

5.

REM LED:

Light when the unit is set as a remote unit.

6.

IR LED:

Light when the IR out are active.

7.

RELAY LED:

Light when the corresponding, normally open pins, are closed.

8.

RELAY:

Normally open and normally closed relay ports.

9.

AUX-In and AUX-Out:

Reserved.

10. DC24V:

DC power input connector.

11. IR Out:

IR blaster port.

12. SW:

The unit configuration dip switch

13. IR Learner:

Built-in IR receiver for IR learning.

14. IR Learner LED:

Lighted when the unit is IR learning mode.

15. CONFIG:

Configuration/keypad port

16. LAN:

Ethernet connector.

17. RESET:

Press the button to reset the device back to factory default settings.

3.0 CONNECTOR PINOUT ASSIGNMENT

3.1 Extender

3.1.1 Serial Data Interface

Each LBH-H/O-EAD-R-ICP unit can be used for RS-232 and

IR interface.

RS-232/ IR Data

The LBH-H/O-EAD-R-ICP transmits two channels of data signals. Follow the procedures for installing data terminal devices.

1. Label and connect one serial data cable to the user’s

RS-232 or IR device.



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2. Connect the other end of this cable to the front panel data terminal block connector on the

LBH-H/O-EAD-R-ICP (see below).

RS-232/IR Terminal block pinout

3.1.2 Status LED’s

Additional status LED’s are provided for the user to indicate the presence of HDCP video, audio presence and data presence. These are to assist the user in identifying right from the front panel whether a given signal is present for transmission and aid in the troubleshooting process if a given signal is missing.

HDCP LED: Will be solid LED when video input has a HDCP. It will blink when video input does not have HDCP.

1

1 2

2

1 2

I / O

1

2

1

2

RS232

REM

IR

1

1

2

2

RELAY

Data in and Data out LED:

It will be on when the unit detects data signal.

AUX

SPDIF

AUDIO

L / R

PWR/ LINK

HDMI IN

D A TA

Out

EDID

Loc

HDMI OPT

Rem

AUTO


SPDIF & L/R detect LED.

It will be on when the unit detect the audio input signal.


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3.2 LB-ICP

IR TX LED (On=IR TX

Front

GND



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IR OUT for external emitter

IR detector behind holes

Rear

DIP SW

Position 1: Local/Remote

(Local=OFF)

Position 2: Reserved



IR Learn LED

(ON in IR

Learn mode

CONFIG/Keypad

1. +12V keypad power

2. RS-232 IN

3. RS-232 OUT

4. GND

RJ-45

1 - TX+

2 - TX-

3 - RX+

4 - N/C

5 - N/C

6 - RX-

7 - N/C

8 - N/C

Reset button: push to reset to default settings

3.3 LB-KP8/LB-KP4

Rear

Control

RJ-45

Pin 1: RS-232 OUT

Pin 2: RS-232 IN

Pin 3: --no connect--

Pin 4: +12v

Pin 5: +12v

Pin 6: --no connect--

Pin 7: GND

Pin 8: GND


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The cable connection between LB-KP8 and LB-ICP is shown below.

+12VDC

IR Out

IR

Learner

1

ON

SW

1

CONFIG LAN RESET

1. White/Orange

2. Orange

3. White/Green

4. Blue

5. White/Blue

6. Green

7. White/Brown

8. Brown

Standard RJ45

Termination T-568B



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4.0 LB-ICP WEB SERVER DESCRIPTION

Introduction

The ICP Web Server provides user friendly and intuitive web pages to configure the virtual keypad and automation functions within the ICP. It also provides web pages to manage the IR Learner and IR code import.

A standard web browser can be used to access the web pages.

Accessing Web Server

The IP address of the ICP must be obtained in order to access the Web

Server. There are 2 ways to obtain the IP address of an ICP.

1) Use the

IPCONFIG

command in the Configuration Port

Command Line Interface to display the unit’s IP address.

2) Use the

BCI PC Configuration Program

(see Appendix)

Type in the unit’s IP address in the web browser. The

ICP Virtual

Keypad

page will be displayed. All 8 keys of the Virtual Keypad are unprogrammed by default. The keys are configured in the

Configure

Key Action

page.


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Before configuring the

Virtual Keypad

, the system first needs to be set up using the

Configure System

page. On the top menu bar, click

Configure

and then click

System.

This brings up the ICP Login page.

In the ICP Login type in

admin

for the Userid and

admin

for the Password and then click

Sign in

button. The


page will appear.

See the following section for


page details. Once logged in, the user is free to open any of the

Configure

or

Settings

pages. The default Password can be changed using the

BCI Product

Configuration

program.



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The


page is used to configure the network keypad, virtual keypad, RS-232 channels, Digital IO channels and remote unit types.

On the top menu bar, click

Configure

and then click

System.

The following page will be displayed.


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Local Unit

The first two lines in this panel show the Local unit type and software version. Below that is the address setup and status for the Network

Keypad. The next two pull down menus are for selecting the virtual keypad size and enabling Auto Action Triggers. The last line shows the link status.

Network Keypad Address

: Enter the IP address of the network keypad

(LB-KP8E or LB-KP16E) if one is present in the system. Use the

BCI

Product Configuration

program to discover the network keypad’s IP address.

Network Keypad Status

: Shows type of network keypad connected to ICP.

Virtual Keypad Size

: Select

8 keys

or

16 keys

. 8 keys option: maximum of 10 actions per key. 16 keys option: maximum of 5 actions per key.

Auto Action Triggers

: Select

Enable

to enable the auto action triggers defined in the

Configure Auto Action

page. Select

Disable

to disable all auto action triggers.

Link Status

: Shows status of link with remote unit.

Local Unit RS-232 Options

This panel is used to configure the local RS-232 channels.

Channel:

Select channel 1, 2, 3 (Local Pass-through) or 3 (Remote

Pass-through).

Channel 1/2

: RS-232 control channels.

Channel 3 (Local Pass-through)

: RS-232 pass-through or control channel. This channel defaults as a control channel. See

Pass-through

Channel

below to change to pass-through channel.



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Channel 3 (Remote pass-through)

: RS-232 pass-through channel on the remote unit.

Note: This channel is not available if the remote unit is the

LBx-H/DP-EAD-T.

Baud Rate

: Select a baud rate from 9600 to 115200 baud.

Flow Control

: Select

On

to enable flow control and

Off

to disable flow control. Flow control is available only on Channel 1. If flow control is enabled, Channel 2 is no longer available.

End of Line Pattern

: Select CR, CR+LF or None for end of line termination.

Local Unit Digital IO Options

The 3 pull down menus in this panel are used to configure the Digital IO settings. Digital IOs are inputs by default and show up as triggers in the

Configure Auto Actions

page.

Digital IO Channel

: Select channel

1

or

2

.

Digital IO Direction:

Select channel as a digital

Input

or

Output

.

If the Digital IO Direction is set to

Input

, there is an option for

Pullup

Resistor

.

Pullup Resistor

: Select

Enable

or

Disable

pull-up resistor.

If the Digital IO Direction is set to

Output

, there is an option for

Digital

Output Mode

.

Digital Output Mode

: Select

TTL

for a 5V compatible TTL type output or

Open Collector

for an open collector type output. An open collector type output can be used to implement a contact closure type output.

For example, if a digital output is set to

Open Collector

, setting the

Digital Output State to

1 (High)

will emulate a switch closure to ground

.

Setting the Digital Output State to 0 (Low) will emulate a switch being open. The Open Collector output also has an option for a Pullup Resistor.


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Remote Unit

This panel enables the connection with the remote unit and selects the remote unit type.

Pass-through Channel

: Select

ICP Mode

to enable ICP control of the local and remote pass-through channels. Select

Pass-through mode

to connect the local pass-through channel with the remote pass-through channel.

Remote Unit

: Select the remote unit type. The available remote unit types are

LBx without ICP

and

LBx-H/DP-EAD-T.

Configure Key Action

The


page is used to configure the keys virtual on the virtual keypad. On the 8-key keypad, each function key can be defined as a macro for up to 10 different actions. On the 16-key keypad, each function key can be defined as a macro for up to 5 actions. The available actions are Relay, Digital Output, RS-232, IR, Telnet, Video

Input Select and Keypad. Note: Digital Output actions are only available if Digital IOs are configured as outputs in the


page..

On the top menu click

Configure

and then click

Key Action

. The following page will be displayed.

Function Key

: Select the function key F1 through F8 to be defined.



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Function Key Label

: Type in a label name for the selected function key.

Function Key Mode

: Select

Standard

for a “momentary” type key.

Only one action is assigned to a

Standard

key. Select

Toggle

for a

“toggle” type key. A Toggle key has two states:

Press

and

Release

.

One set of actions is assigned to the

Press

state and another set of actions is assigned to the

Release

state.

Command Action

: Select the action number to be defined. Action 1 through Action 10 can be defined.

Spacing

: Enter the delay desired before the command action.

Action Type

: Select the action type. Available types are

None

,

Relay

,

Digital Output

,

RS-232

,

IR, Telnet

,

Video Input Select and

Keypad

.

Relay Options

Relay Channel:

Select the relay channel

1

or

2

.

Relay State

: Select the relay channel state,

On

(energized) or

Off

(de-energized).


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Digital Output Options

Digital Output Channel:

Select the digital output channel

1

or

2

.

Note: this option is not available if both Digital IO channels are set to

Inputs in Configure System page.

Digital Output State

: Select the digital output state:

1 (High)

or

0

(Low)

.



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RS-232 Options

RS-232 Channel:

Select channel 1, 2, or 3 (Remote).

Transmit String

: Type in the text string to be transmitted. Strings are terminated with CR, CR+LF or no termination, depending on the selection made in Configure System page. Characters enclosed by <> will be treated as hex. For example to transmit 00h enter <00>.


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IR Options

IR Preset

: Select from list of IR commands stored in memory. IR commands must be learned via Configure IR Code page or imported via Configure IR Import page.



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Telnet Options

Telnet ID:

Select the telnet connection desired for telnet actions. The connections defined in Configure Telnet Connections page appear in this menu.

Commands

: Enter the command strings to be transmitted. Up to 4 different command strings can be defined.

Select the check box if the response to one of the commands is to be used as an auto trigger.


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Video Input Select Options

Video Input Select

: Select Auto, HDMI (local), HDMI (remote) or

DisplayPort (remote).

Auto

: Select Auto input mode. Video input will be selected automatically based on input priority. The priority of the inputs in descending priority:

HDMI (remote), DisplayPort, HDMI (local). For example if sources are plugged into the remote HDMI input and local HDMI input, the remote

HDMI input will be selected. If the remote HDMI source is unplugged, the video output will switch to the local HDMI input.

HDMI (local)

: Select local HDMI video input. Auto mode is disabled.

HDMI (remote)

: Select remote HDMI video input. Auto mode is disabled.

DisplayPort (remote)

: Select remote DisplayPort video input. Auto mode is disabled.



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Keypad Action

Action:

Select Press, Release, Press (no actions), Release (No actions) or Release All Toggle Buttons

Press

: This action presses the key selected in Key Number menu. All associated actions for the key press state will be executed.

Release

: This action releases the key selected in Key Number menu.

All associated actions for the key release state will be executed.

Press (no actions will be triggered)

: This action presses the key selected in Key Number menu, but none of associated actions for the key press state will be executed.

Release (no actions will be triggered)

: This action releases the key selected in Key Number menu, but none of associated actions for the key release state will be executed.

Release All Toggle Buttons

: This action sets all toggle keys to the release state without executing any actions.

Key Number:

Select a key number for the selected keypad action.


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The


page is used to configure a set of auto actions based on a selected trigger. Available triggers are Video Detects

(Local HDMI, Remote HDMI and DisplayPort), Digital Input 1, Digital

Input 2, RS-232 Channel 1, RS-232 Channel 2, Telnet Trigger 1 and

Telnet Trigger 2. The available actions are Relay, RS-232, IR, Telnet,

Video Input Select and Keypad. Digital Output actions are only available if Digital IOs are configured as outputs in the


page.

All auto triggers work independently and can be triggered simultaneously.


Configure

and then click

Auto Actions

.

The following page will be displayed:

Trigger

: Select the auto action trigger. Available triggers are Video

Detect (Local HDMI), Video Detect (Remote HDMI), Video Detect

(DisplayPort), Digital Input 1, Digital Input 2, RS-232 Channel 1, RS-

232 Channel 2, Telnet Trigger 1 and Telnet Trigger 2.

Trigger When

: For Digital Inputs, select

High

for the High signal trigger.

Select

Low

for the Low signal trigger. For the Video Detect lines, the trigger options are when Video Detect line is

Asserted

or

De-asserted

.

For RS-232 triggers, enter the trigger string. Up to 2 trigger strings can be defined for each RS-232 channel. For Telnet triggers, select the telnet trigger and enter the trigger string. Up to 2 trigger strings can be defined for each Telnet trigger.

Note: A telnet trigger needs to be associated with one or more telnet actions. The check box under the Commands box in Configure Key

Action, Telnet Options panel must be selected.



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Allow delayed actions checkbox: Select this box to allow a set of delayed actions to be overridden by the opposing trigger. For example: video detect asserted trigger overrides video detect de-asserted trigger actions.

Refer to the


sections for the rest of the pull down menu descriptions.

Configure IR Code

The


page is used to learn and manage IR codes in the ICP. To learn an IR code, type in the label of the IR code in

New

Label

and click the

Learn

button. Once IR Learn mode is initiated, the user needs to present an IR signal to the IR receiver port within 30 seconds. If a valid IR code is not presented within 30 seconds, the IR learn process will timeout and the process will need to be re-initiated.

After an IR code is learned successfully, it will be stored in memory and appear in the

IR Preset

drop down menu. To test a learned IR code, select the IR code from the IR Preset menu and click

Test

button.

Verify that the IR code works correctly on the target device. To delete an IR code from the IR Preset menu, select the desired IR code and click the

Delete

button.


Configure

and then click

IR Code

.



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Configure IR Code Import

The

Configure IR Code Impor

t page is used to import an IR pronto code. Once a code is imported, it will be stored in memory and is available as an IR Preset. It can be tested in the


page.


Configure

and then click

IR Code Import

.


New Label:

Enter a label for the IR code.

Pronto Code

: Enter the pronto code to be imported.



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Configure Telnet Connections

The

Configure Telnet Connections

page is used to setup the telnet connections for telnet key actions and auto actions. There are 2 telnet connection types: Persistent and Action. The Persistent connection is a permanent telnet connection between the ICP and the remote device.

This type of connection is typically used for monitoring telnet status messages and triggering auto actions. Up to 2 Persistent connections can be defined. The Action connection is a temporary telnet connection.

This type of connection is typically used for normal telnet actions. Up to

8 Action connections can be defined.


Configure

and then click

Telnet Connections

.


Connection Type

: Select Persistent or Action.

Telnet ID

: Select Telnet-1, 2 (Persistent type); Telnet-3, 4, 5, 6, 7, 8,

9, 10 (Action type).


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Telnet Connection Label

: Enter a label for the telnet connection.

Connection Status

: This box shows the status of a persistent connection.

Telnet Options

IP Address

: Enter IP address of telnet server.

IP Port

: Enter port number of telnet server. The default port number is

23.

UserName Prompt

: Enter username prompt from telnet server. Leave blank if there is no username prompt.

UserName

: Enter user name required for log in. Leave blank if there is no username.

Password Prompt

: Enter password prompt from telnet server. Leave blank if there is no password prompt.

Password

: Enter password required for log in. Leave blank if there is no password.

Command Prompt

: Enter command prompt from telnet server. Only the last 9 characters of the command prompt are needed. Leave blank if there is no command prompt.

Note: Select check box below if string is used as a one-time only greeting.

Auto Trigger

: Select Telnet Trigger 1 or Telnet Trigger 2. This selection associates the telnet connection with Telnet Trigger 1 or Telnet Trigger

2 used in Auto Actions.

Tx Spacing

: Enter the delay (seconds) before command is transmitted in Telnet Actions. Enter 0 if no delay is desired.



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Configure Combination Triggers

The

Configure Combination Triggers

page is used to define up to 2 different combination triggers. Each combination trigger supports the logical OR or AND function of up to 3 digital input or video detect trigger events. A combination trigger only supports a single logical function,

OR or AND. A combination trigger is Asserted when the trigger statement evaluates to true. Once a combination trigger is defined, it will appear in the Configure Auto Action Trigger menu.

Combination Trigger ID

: Select Combination Trigger 1 or 2.

Trigger Label

: Enter name of combination trigger.

Trigger Event 1/2/3

: Select the desired trigger from pull-down menu.

Trigger When 1/2/3

: Select High or Low for digital input triggers.

Select Asserted or De-asserted for video detect triggers.

OR/AND

: Select the logical OR or AND function.


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View and Manage Settings

The

View and Manage Settings

page shows the current settings of the

Key Action Definitions

,

Auto Action Definitions, IR Code

Definitions, Telnet Definitions

and

Combination Triggers

. Click the

Details

button next to the associated Definitions to display the settings details. ICP settings are saved to a file on the local PC using the

Save

Settings

button. ICP settings are restored from a file using the

Restore

Settings

button.


Settings

and then click

View and Manage

Settings

. The following page will be displayed:



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Click the

Key Action Definitions Details

button and the following will be displayed:


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Click the

Auto Action Definitions Details




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Click the

IR Code Definitions Details



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Click the

Telnet Definitions Details




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Click the

Combination Triggers Details



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Examples

Example #1: This example configures the F1 key on the virtual keypad as a toggle key to turn on/off Relay channel 1.


Configure

and then

Key Action

.

Configure F1 Key toggle-press action, to turn Relay channel 1 On as follows:

Click

Submit Changes.



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Configure F1 Key toggle-release action, to turn Relay channel 1 Off as follows:

Click

Submit Changes.


Keypad

. The following virtual keypad should be displayed:


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5.0 SPECIFICATIONS

VIDEO (TRANSMISSION)

HDMI

Connector

Protocol

Up to 1080p @ 60Hz or

1920 x 1200 @ 60Hz or 4K@30Hz

HDMI Female Plug

DDC/EDID/HDCP Capable

AUDIO OUTPUT (TRANSMISSION)

Signal Format L/R Analog and SPDIF

Audio Output Connector 3.5mm Stereo

RS-232 (TRANSMISSION)

Data Rate

Connector

Up to 57.6kbaud

Terminal Block

IR (TRANSMISSION)

Data Rate

Connector

HDBT (TRANSMISSION)

Cable Type

Number of Cables

Connector/Distance

ETHERNET (CONTROL)

Channel Capacity

Connector

Data Rate

Protocols

30-60KHz

Terminal Block

CAT-5e/6 or higher

1

RJ-45/Up to 100m

1

Female RJ-45 (integrated Activity and

Link LEDs)

10/100Base-T, half/full duplex with autodetect

DHCP, HTTP, TCP/IP, UDP/IP,

AUTOIP, Telnet



Link Bridge

TM


RS-232 (CONTROL)

Channel Capacity

Baud Rate

2 (no flow control) or 1 (with RTS/

CTS flow control)

2400 to 115200 baud (9600 baud=default), 8 data bits, 1 stop bit, no parity

Terminal block Connector

DIGITAL I/O (CONTROL)

Channel Capacity

Digital Input

Digital Output

2 digital input/output (configurable)

Input voltage range: 0 to 5 VDC

Programmable pullup: 2.2k ohms to

+5 VDC Threshold low to high: 2 VDC

Threshold high to low: 0.8 VDC

Output voltage high: 3 VDC min

Output voltage low: 0.55 VDC max

(64 mA sink max) Programmable open collector

Terminal block Connector

IR (CONTROL)

Channel Capacity

Connector

Carrier Frequency

IR Learning

RELAY (CONTROL)

Channel Capacity

Relay Contact Rating

Connector

1 in and 1 out

3.5 mm jack (for IR blaster)

30 kHz to 60 kHz (Output) 30 kHz to

60 kHz (IR learning)

2 inches captive distance from panel

2 normally open/normally closed relays

24 VDC, 1A

Terminal block


41


Link Bridge

TM


PHYSICAL

Dimensions

Power Consumption

Operating Temperature

Humidity

8.36” (W) x 4.23” (D) x 1.12” (H)

24 VDC @ 1.25A

0 to 40-deg C

0 to 95%, non-condensing



Link Bridge

TM


6.0 SERVICE PROCEDURE

6.1 Replacement Policy

Standard products found defective on arrival (DOA) will be replaced, based on availability, within 24 to 48 hours anywhere in the U.S. Please call Customer Service at

800-214-0222

for information.

6.2 Return/Repair Service

The Link Bridge LBH-H/O-EAD-R-ICP System contains no user serviceable components. If you have a problem with your unit, please contact the Customer Service Department. To facilitate our return/repair processing please contact Broadata

Communications, Inc. to obtain a Return Material Authorization

(RMA). Please include the following information:

•

•

•

• Product model number

Serial Number

Complete description of problem

Hardware installation description

Broadata Communications, Inc.

2545 West 237th Street, Suite K

Torrance, CA 90505

1-800-214-0222

(310) 530-1416

(310) 530-5958 (Facsimile) e-mail: [email protected]

Website: www.broadatacom.com


43


Link Bridge

TM


7.0 LIMITED WARRANTY

Broadata Communications, Inc. (BCI) warrants, for a period of one year from date of shipment, each product sold shall be free from defects in material and workmanship. BCI will correct, either by repair, or at

BCI’s election, by replacement, any said products that in our sole discretion prove to be defective and are returned to the manufacturing location within 30 days after such defect is ascertained. All warranties are limited to defects arising under normal use and do not include malfunctions or failure resulting from misuse, abuse, neglect, alterations, electrical power problems, usage not in accordance with product instructions, improper installation, or damage determined by BCI to have been caused by the Buyer or repair made by a third party. Limited warranties granted on products are to the initial customer end-user and are not transferable. OUR LIABILITY UNDER THIS WARRANTY SHALL

IN ANY CASE BE LIMITED TO THE INVOICE VALUE OF THE

PRODUCT SOLD AND BCI SHALL NOT BE LIABLE TO ANYONE FOR

CONSEQUENTIAL OR INCIDENTAL DAMAGES ARISING FROM THE

USE OF ITS PRODUCTS OR THE SALE THEREOF. We make NO

WARRANTY AS TO THE MERCHANTABILITY OF ANY GOODS, OR

THAT THEY ARE FIT FOR ANY PARTICULAR PURPOSE OR END

APPLICATION NOR DO WE MAKE ANY WARRANTY, EXPRESSED

OR IMPLIED OTHER THAN AS STATED ABOVE.



Link Bridge

TM



45


Link Bridge

TM




Link Bridge

TM



47

Broadata Communications, Inc.

2545 West 237th Street, Suite K

Torrance, CA 90505

1-800-214-0222

(310) 530-1416

(310) 530-5958 (Facsimile) e-mail: [email protected]

Website: www.broadatacom.com

60000-LBHHOEADRICPv2.20

Broadata LBH-H/O-EAD-R-ICP User manual

LBH-H/O-EAD-R-ICP

INK

RIDGE

ASE

ECEIVER

YSTEM WITH

XTERNAL

UDIO

AND

NLINE

ONTROL

ROCESSOR

SAFETY INSTRUCTIONS AND

COMPLIANCE DECLARATIONS

SURGE PROTECTION DEVICE RECOMMENDED

TABLE OF CONTENTS

1.0 PRODUCT DESCRIPTION

2.0

OPERATION CONTROLS AND FUNCTIONS

3.0 CONNECTOR PINOUT ASSIGNMENT

4.0 LB-ICP WEB SERVER DESCRIPTION

5.0 SPECIFICATIONS

6.0 SERVICE PROCEDURE

7.0 LIMITED WARRANTY

Related manuals

Table of contents

Broadata LBH-H/O-EAD-R-ICP User manual

LBH-H/O-EAD-R-ICP

INK

RIDGE

ASE

ECEIVER

YSTEM WITH

XTERNAL

UDIO

AND

NLINE

ONTROL

ROCESSOR

SAFETY INSTRUCTIONS AND

COMPLIANCE DECLARATIONS

SURGE PROTECTION DEVICE RECOMMENDED

TABLE OF CONTENTS

1.0 PRODUCT DESCRIPTION

2.0

OPERATION CONTROLS AND FUNCTIONS

3.0 CONNECTOR PINOUT ASSIGNMENT

4.0 LB-ICP WEB SERVER DESCRIPTION

5.0 SPECIFICATIONS

6.0 SERVICE PROCEDURE

7.0 LIMITED WARRANTY

Related manuals

Broadata

LBH-H-T/R-EAD-ICP

Broadata Communications

LB-ICP

Broadata

LBC-H/O-R-ICP

Broadata Communications

LBC-HDBT-R-ICP

Broadata

LBC-H-R-SCL-ICP

Broadata

LB-H-EDID

Broadata

LB-KP8E

Broadata Communications

Link Bridge LB-HDMI/DE-CH

Broadata

LBH-SDI-EAD-T-WP

Table of contents