Router Connections. Harris IconMaster
The IconMaster is a cost-effective modular master control and branding solution beyond the conventional, offering the ability to combine critical master control functions with multi-layer integrated branding, all in a modular card format.
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Chapter 4
Router Connections
Sample System Layout
Primary inputs
Terminated
ENET
POWER
PS1
Station reference
SERIAL ALM/COM
XY
POWER
PS2
SYNC
1 3 5 7 9 11 13 15
2 4 6
INPUT
8 10 12 14 16
Genlock Outputs
1 3 5
Router outputs available for
Aux purposes
7 9 11 13 15
2 4 6
OUTPUT
8 10 12 14 16
Panacea 16x16 router
Inputs
Clean PGM PST
Squeeze
Bkgd
Bus A Key 1 Fill 2
Ethernet 1
PGM
Output
Bus B Fill 1
Inputs
Key 2
Ethernet 2
Multi Function I /O
Ethernet switch
Video outputs FX squeeze background
CG 1 CG 2 (Key 2)
PC with:
-Logo Creator
-Content Editor
-IconSet
-IconLogo Soft Panel
-IconMaster Configuration
-Utility
-CCS Navigator (optional)
IconMaster control panel
Figure 4-1. Sample System Layout Including a Router, PC, Ethernet Switch and IconMaster System
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Chapter 4: Router Connections
System Configurations—NEO Routers
Note
System configurations for Panacea routers start on
System configurations for Platinum routers start on
This section describes the connections that are required in some typical configurations involving NEO NSM internal routers. The following NEO router configurations are described in this section:
• IconMaster System with Internal Video NSM Router and Optional
ICONM-BO-V Module
• IconMaster System with Single Channel Audio and Video NSM Routers and Optional ICONM-BO-VAC Module
• IconMaster System with Internal (Two Channel) Audio and Video NSM
Routers and Optional ICONM-BO-VAC Module
General Information
Both Video and Audio NSMs
• Only one set of NSMs can be installed in a 3RU frame.
• The source offset for all NSM modules is 1.
• The destination offset for all NSM modules is 0.
Video-Only NSM Modules
• The first video NSM module must be assigned an X-Y level of 0.
• When ganging 2 cards together, the second module must be assigned an
X-Y level of 1.
Audio-Only NSM Modules
• The NSM-7×2AES router supports a single AES stream for both A and B inputs on the IconMaster. If the NSM-7×2AES routers are to be used for discrete AES audio for a full two AES (four-channel) system, four of these router modules are required.
• The expected use would be as follows:
• NSM #1 and NSM #2 provide AES 1 for Bus A and Bus B.
• NSM #3 and NSM #4 provide AES 2 for Bus A and Bus B.
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Chapter 4: Router Connections
Sample Configuration 1: IconMaster System with Internal
Video NSM Router and Optional ICONM-BO-V Module
This section describes the connections that are required in a typical configurations involving an IconMaster system with an NSM video router module and an optional breakout module. You can place the NSM modules
1. Configure the NEO NSM Module
1. Set the NEO NSM back module to Unterminated reference: a.
Remove the NSM back module from the NEO frame.
b. Locate jumper JP1 on the NEO NSM back module (see
and then set the NEO NSM back module to Unterminated reference by setting JP1 as shown. c.
Reinstall the NSM back module into the NEO frame.
Jumper JP1 set to
Unterminated
Figure 4-2. Jumper JP1 on the NSM Back Module
2. Connect a maximum of 7 video inputs to the BNC connections labeled In 1 to In 7.
3. Connect Out 1 on the NSM to Input Bus A on the MKE-3901.
4. When using the ICONM-BO-VAC breakout module and NSM routers, audio output 1 from the NSM router must be connected to Bus A In 1 on the breakout module as indicated in
.
When using the ICON-BO-VAB breakout module and NSM routers, the audio output 1 from the NSM router must be connected to Input Bus A1 on the breakout module as indicated in Table 2-9 on page 54 .
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Figure 4-3. IconMaster System with Internal Video NSM Router and Optional ICONM-BO-V Module
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Bus A In 1
Figure 4-4. Audio 1 NSM Connection to ICONM-BO-VAC
2. Make Additional Connections
1. Connect your composite station reference to the Ref Inputs and Genlock
connection as shown in Figure 4-3 .
2. On the MKE-3901 back module, connect Key 1 input source to Key 1 and
Fill 1 as appropriate.
3. On the MKE-3901 back module, connect Key 2 input source to Key 2 and
Fill 2 as appropriate.
On the MKE-3901 back module, Squeeze Bkgd can be supplied by an external router.
Note
The IconMaster control panel can be connected to any network switch that shares a network with the MKE-3901 and MGI-3903 modules.
4. Connect the two Ethernet ports as follows:
Connect Ethernet 1 (connection for MKE-3901 control) to a switch using a straight-through Ethernet cable.
Connect Ethernet 2 (two connection options for MGI-3903 control and logo download)
• To the same switch as Ethernet 1 using a normal Ethernet cable
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable
5. Power up the system.
3. Set the IP Address for the MKE-3901 and MGI-3903 Modules
See
“Configuring IP Addresses” on page 119
for more information.
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Chapter 4: Router Connections
4. Set the NSM Card-Edge Parameters
Note
See the Installation and Operation Manual for your NEO module for more detailed information about setting parameters.
1. Press the left (Esc) button until the NSM message appears on the VFD display
2. Press the right (Sel) button.
3. Use the toggle switch (Nav) to scroll through the parameter list until Setup is highlighted.
4. Press the right (Sel) button.
5. Use the toggle switch (Nav) to scroll through the parameter list until Nav
Mode is highlighted.
6. Press the right (Sel) button.
7. Use the toggle switch (Nav) to scroll through the parameter list until All
List is highlighted.
8. Press the right (Sel) button.
9. Press the left (Esc) button.
10. Press the left (Esc) button again.
11. Use the toggle switch (Nav) to scroll through the parameter list until XY
Level is highlighted.
12. Press the right (Sel) button.
13. Use the toggle switch (Nav) to scroll through the values until 0 (on the first
NSM) or 1 (on the second NSM) is reached.
14. Press the left (Esc) button to set the value.
15. Use the toggle switch (Nav) to scroll through the parameter list until
SrcOffset is highlighted.
16. Press the right (Sel) button.
17. Use the toggle switch (Nav) to scroll through the values until 1 is reached.
18. Press the left (Esc) button to set the value.
19. Use the toggle switch (Nav) to scroll through the parameter list until
DestOffset is highlighted.
20. Press the right (Sel) button.
21. Use the toggle switch (Nav) to scroll through the values until 0 is reached.
22. Press the left (Esc) button to set the value.
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Chapter 4: Router Connections
Sample Configuration 2: IconMaster System with Single
Channel Audio and Video NSM Routers and Optional
ICONM-BO-VAC Module
This section describes the connections that are required in a typical configurations involving an IconMaster system, with single channel audio and video NSM router modules and an optional breakout module. You can place the
NSM modules anywhere in the same NEO frame as the IconMaster system.
Figure 4-6 on page 84 shows a detailed illustration of this process.
1. Configure the NSM Modules
Note
The first NSM module will provide Inputs 1 to 5; the second NSM module will provide Inputs 6 to 12.
1. Set the NEO NSM back module to Unterminated reference: a.
Remove the NSM back module from the NEO Frame.
b. Locate jumper J11 on the NEO NSM back module (see
c.
Set the NEO NSM back module to Unterminated reference by setting
J11 as shown. d. Reinstall the NSM back module into the NEO frame.
Jumper JP1 set to
Unterminated
Figure 4-5. Jumper J11 on the NSM Back Module
2. On the first NSM back module, connect a maximum of 5 audio inputs to the
BNC connections labeled In 1 to In 5.
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Figure 4-6. IconMaster System with Internal (Single Channel) Audio and Video NSM Internal
Routers and Optional ICONM-BO-VAC Module
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Chapter 4: Router Connections
3. On the second NSM back module, connect a maximum of 7 video audio inputs to the BNC connections labeled In 1 to In 7.
4. Connect Out 1 on the first NSM to AES Bus A on the MKA-3901. This can be done by direct connection, or by ICONM-BO-VAB or
ICONM-BO-VAC breakout module connection.
5. Connect Out 2 on the first NSM to AES Bus B on the MKA-3901.
6. Connect Out 1 on the second NSM to In 6 on the first NSM.
7. Connect Out 2 on the second NSM to In 7 on the first NSM.
2. Make Additional Connections
1. Connect your composite station reference to the Ref Inputs and Genlock
connection as shown in Figure 4-6 .
2. On the MKE-3901 back module, connect Key 1 input source to Key 1 and
Fill 1 as appropriate.
3. On the MKE-3901 back module, connect Key 2 input source to Key 2 and
Fill 2 as appropriate.
4. On the MKE-3901 back module, Squeeze Bkgd can be supplied by an external router.
Note
If you are connecting Ethernet 1 to a switch, the IconMaster
Control Panel must be connected to the same switch.
5. Connect the two Ethernet ports as follows:
Ethernet 1 (connection for MKE-3901 control) to a switch using a straight-through Ethernet cable
Ethernet 2 (two connection options for MGI-3903 control and logo download)
• To the same switch as Ethernet 1 using a normal Ethernet cable
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable
6. Power up the system.
3. Set the IP Address for the MKE-3901 and MGI-3903 Modules
See
“Configuring IP Addresses” on page 119
for more information.
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Chapter 4: Router Connections
4. Set the NSM Card-Edge Parameters
Note
See the Installation and Operation Manual for your NEO module for more information about setting parameters.
1. Press the left (Esc) button until the NSM message appears on the VFD display
2. Press the right (Sel) button.
3. Use the toggle switch (Nav) to scroll through the parameter list until Setup is highlighted.
4. Press the right (Sel) button.
5. Use the toggle switch (Nav) to scroll through the parameter list until Nav
Mode is highlighted.
6. Press the right (Sel) button.
7. Use the toggle switch (Nav) to scroll through the parameter list until All
List is highlighted.
8. Press the right (Sel) button.
9. Press the left (Esc) button.
10. Press the left (Esc) button again.
11. Use the toggle switch (Nav) to scroll through the parameter list until XY
Level is highlighted.
12. Press the right (Sel) button.
13. Use the toggle switch (Nav) to scroll through the values until 2 (on the first
NSM) or 3 (on the second NSM) is reached.
14. Press the left (Esc) button to set the value.
15. Use the toggle switch (Nav) to scroll through the parameter list until
SrcOffset is highlighted.
16. Press the right (Sel) button.
17. Use the toggle switch (Nav) to scroll through the values until 1 is reached.
18. Press the left (Esc) button to set the value.
19. Use the toggle switch (Nav) to scroll through the parameter list until
DestOffset is highlighted.
20. Press the right (Sel) button.
21. Use the toggle switch (Nav) to scroll through the values until 0 is reached.
22. Press the left (Esc) button to set the value.
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Chapter 4: Router Connections
Sample Configuration 3: IconMaster System with Internal (Two
Channel) Audio and Video NSM Routers and Optional
ICONM-BO-VAC Module
This section describes the connections that are required in a typical configurations involving an IconMaster system, with two channel audio and video NSM router modules and an optional breakout module. You can place the
NSM modules anywhere in the same NEO frame as the IconMaster system.
Figure 4-8 on page 88 shows a detailed illustration of this process.
1. Configure the NSM Modules
Note
The first NSM module will provide Inputs 1 to 5; the second
NSM module will provide Inputs 6 to 12.
1. Set the NEO NSM back module to Unterminated reference: a.
Remove the NSM back module from the NEO Frame.
b. Locate jumper J11 on the NEO NSM back module (see
c.
Set the NEO NSM back module to Unterminated reference by setting
J11 as shown. d. Reinstall the NSM back module into the NEO frame.
Jumper JP1 set to
Unterminated
Figure 4-7. Jumper J11 on the NSM Back Module
2. On the first NSM back module, connect a maximum of 5 audio inputs to the
BNC connections labeled In 1 to In 5.
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Figure 4-8. IconMaster System with Internal (Two Channel) Audio and Video NSM Routers and
Optional ICONM-BO-VAC Module
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3. On the second NSM back module, connect a maximum of 7 video audio inputs to the BNC connections labeled In 1 to In 7.
4. Connect Out 1 on the first NSM to AES Bus A on the MKA-3901. This can be done by direct connection, or by ICONM-BO-VAB or
ICONM-BO-VAC breakout module connection.
5. Connect Out 2 on the first NSM to AES Bus B on the MKA-3901.
6. Connect Out 1 on the second NSM to In 6 on the first NSM.
7. Connect Out 2 on the second NSM to In 7 on the first NSM.
Audio output 1 from the third NSM router must be connected to Bus A In 2 on the breakout module as shown in
Bus A In 2
Figure 4-9. Audio Output 1 From Third NSM Router to Bus A In 2
Audio output 2 from the third NSM router must be connected to Bus B In 2 on
the breakout module, as indicated in Figure 4-10
.
Bus B In 2
Figure 4-10. Audio Output 2 From Third NSM Router to Bus B In 2
When using the IOCON-BO-VAB breakout module, audio output 1 from the third NSM router must be connected to Input Bus A2 on the breakout module, as indicated in Table 2-9 on page 54 .
Audio output 2 from the third NSM must be connected to Input Bus B2 on the breakout module, as indicated in Table 2-9 on page 54 .
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Chapter 4: Router Connections
System Configurations—Panacea Routers
Note
System configurations for NEO routers start on page 78
. System configurations for Platinum routers start on
.
This section describes the connections that are required in some typical configurations involving Panacea external routers. The following Panacea router configurations are described in this section:
• IconMaster system with external Panacea video router and optional
ICONM-BO-V module
• IconMaster System with external Panacea video router and optional
ICONM-BO-V module with optional SPT-LSERIAL serial protocol translator
• IconMaster system with external Panacea clean quiet video router and optional ICONM-BO-V module with optional SPT-LSERIAL serial protocol translator
• IconMaster system with external Panacea (single channel) audio and video routers and optional ICONM-BO-VAC module with optional
SPT-LSERIAL serial protocol translator
• IconMaster system with external Panacea (two channel) audio and video routers and optional ICONM-BO-VAC module with optional
SPT-LSERIAL serial protocol translator
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Chapter 4: Router Connections
Sample Configuration 1: IconMaster System, External Panacea
Video Router, Optional ICONM-BO-V Module
This section describes the connections that are required in a typical configurations involving an IconMaster system with a Panacea video router and
an optional breakout module. Figure 4-12 on page 92
shows a detailed illustration of this process.
1. Configuring the Panacea Router
Before you can make any connections to an IconMaster, the Panacea router must already be configured as desired. If your Panacea router is already operational, you do not need to configure it. If, however, your Panacea router is not already operational, you must install and configure it as desired for your facility. See the Panacea Series Frame and Modules Installation,
Configuration, and Operation Manual for detailed information.
2. Make Connections on the Panacea and ICONM-BO-V Breakout Module
When using the ICONM-BO-V breakout module, the serial port of the Panacea router must be connected to the RS-232/422-A, -B, or -E port on the breakout module as indicated in
RS-232/422-E Port
Figure 4-11. RS-232/422-E Port on the ICONM-BO-V Breakout Module
3. Make Connections on the Panacea and MKE-3901
1. On the Panacea back module, connect a maximum of 16 video inputs to the
BNC connections labeled Input 1 to Input 16.
2. Connect Output 1 on the Panacea to Input Bus A on the MKE-3901.
3. Connect Output 2 on the Panacea to Input Bus B on the MKE-3901.
4. Connect your station reference to the Sync connection of the Panacea back module.
5. Terminate one of the XY BNC connectors on the Panacea router.
6. Connect the serial port of the Panacea router to Serial Port E in the Multi
Function I/O connector on the MKE-3901.
This can be done in either of these two ways.
• Direct connection
• ICONM-BO-V breakout module connection
7. On the MKE-3901 back module, connect the Key 1 input source to Key 1 and Fill 1 as appropriate.
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Figure 4-12. IconMaster System with External Panacea Video Router and Optional ICONM-BO-V
Module
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8. On the MKE-3901 back module, connect the Key 2 input source to Key 2 and Fill 2 as appropriate.
9. On the MKE-3901 back module, supply Squeeze Bkgd by an external router.
Note
If you are connecting Ethernet 1 to a switch, the IconMaster control panel must be connected to the same network.
10. Connect the two Ethernet ports as follows:
Ethernet 1 (connection for MKE-3901 control) to a switch using a straight-through Ethernet cable
Ethernet 2 (two connection options for MGI-3903 control and logo download)
• To the same switch as Ethernet 1 using a normal Ethernet cable
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable
11. Power up the system.
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Sample Configuration 2: IconMaster System, External Panacea
Video Router, Optional ICONM-BO-V Module, Optional
SPT-LSERIAL
This section describes the connections that are required in a typical configurations involving an IconMaster system with a Panacea video router, an optional breakout module, and an optional SPT-LSERIAL serial protocol translator.
shows a detailed illustration of this process.
1. Configure the Panacea Router
Before you can make any connections to an IconMaster, the Panacea router must already be configured as desired. If your Panacea router is already operational, you do not need to configure it. If, however, your Panacea router is not already operational, you must install and configure it as desired for your facility. See the Panacea Series Frame and Modules Installation,
Configuration, and Operation Manual for detailed information.
2. Make Connections on the Panacea and ICONM-BO-V Breakout Module
When using the ICONM-BO-V breakout module, the serial port of the Panacea router must be connected to the RS-232/422-A, -B, or -E port on the breakout module as indicated in
.
RS-232/422-E Port
Figure 4-13. RS-232/422-E Port on the ICONM-BO-V Breakout Module
3. Make Connections on the Panacea and MKE-3901
1. On the Panacea back module, connect a maximum of 16 video inputs to the
BNC connections labeled Input 1 to Input 16.
2. Connect Output 1 on the Panacea to Input Bus A on the MKE-3901.
3. Connect Output 2 on the Panacea to Input Bus B on the MKE-3901.
4. Connect your station reference to the Sync connection of the Panacea back module.
5. Terminate one of the XY BNC connectors on the Panacea router.
6. Connect the serial port of the Panacea router to Serial Port E in the Multi
Function I/O connector on the MKE-3901.
This can be done in either of these two ways.
• Direct connection
• ICONM-BO-V breakout module connection
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Figure 4-14. IconMaster System with External Panacea Video Router and Optional ICONM-BO-V
Module with Optional SPT-LSERIAL
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7. On the MKE-3901 back module, connect the Key 1 input source to Key 1 and Fill 1 as appropriate.
8. On the MKE-3901 back module, connect the Key 2 input source to Key 2 and Fill 2 as appropriate.
9. On the MKE-3901 back module, supply Squeeze Bkgd by an external router.
Note
If you are connecting Ethernet 1 to a switch, the IconMaster control panel must be connected to the same switch.
10. Connect the two Ethernet ports as follows:
Ethernet 1 (connection for MKE-3901 control) to a switch using a straight-through Ethernet cable
Ethernet 2 (two connection options for MGI-3903 control and logo download)
• To the same switch as Ethernet 1 using a normal Ethernet cable
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable
11. Power up the system.
4. Make Connections on the Panacea and SPT
The IconMaster is installed in the control line, as shown in the example in
• The maximum allowable distance for each segment of the X-Y coaxial cable run is 2,000 ft (609 m).
• The maximum length for each RS-232 segment is 50 ft (15 m).
• The maximum length for each RS-422 segment is 2,000 ft (609 m).
• Up to 64 additional serial ports may be added.
Figure 4-15 on page 97 shows the connector pin assignments on both ends of
the connection (the cable wiring description is shown between the connectors).
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Figure 4-15. Cable Wiring Details for IconMaster
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Table 4-1. Power Requirements for SPT-LSERIAL
PD9200PL6A Adaptor Description
Locations with 110-127 volt electrical systems should use the PD9200PL6A adaptor*
Input voltage: 120 VAC, 60 Hz
Input current: 60 mA max.
Output voltage: 9.0 VDC
Output current: 200 mA
Output connector: 5.5 mm x 2.5 mm female barrel power plug with positive center
PD9300EPL6A Adaptor Description
Locations with 220-240 volt electrical systems should use the PD9300EPL6A adaptor
*
Input voltage: 230 VAC, 5 0Hz
Input current: 40 mA max
Output voltage: 9.0 VDC
Output current: 30 0mA
Output connector: 5.5 mm x 2.5 mm female barrel power plug with positive center
* If you did not receive the correct adaptor for your electrical system, please contact your Customer Service representative.
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Sample Configuration 3: IconMaster System, External Panacea
Clean/Quiet Switch Video Router, Optional ICONM-BO-V Module,
Optional SPT-LSERIAL
This section describes the connections that are required in a typical configuration involving an IconMaster system with a Panacea clean/quiet switch router, an optional breakout module, and an optional SPT-LSERIAL
serial protocol translator. Figure 4-17 on page 100
shows a detailed illustration of this process.
1. Configure the Panacea Router
Before you can make any connections to an IconMaster, the Panacea router must already be configured as desired. If your Panacea router is already operational, you do not need to configure it. If, however, your Panacea router is not already operational, you must install and configure it as desired for your facility. See the Panacea Series Frame and Modules Installation,
Configuration, and Operation Manual for detailed information.
2. Make Connections on the Panacea and ICONM-BO-V Breakout Module
When using the ICONM-BO-V breakout module, the serial port of the Panacea router must be connected to the RS-232/422-A, -B, or -E port on the breakout module as indicated in
.
RS-232/422-E Port
Figure 4-16. RS-232/422-E Port on the ICONM-BO-V Breakout Module
3. Make Connections on the Panacea and MKE-3901
1. On the Panacea back module, connect a maximum of 16 video inputs to the
BNC connections labeled Input 1 to Input 16.
2. Connect Output 1 on the Panacea to Input Bus A on the MKE-3901.
3. Connect Output 2 on the Panacea to Input Bus B on the MKE-3901.
4. Connect your station reference to the Sync connection of the Panacea back module.
5. Terminate one of the XY BNC connectors on the Panacea router.
6. Connect the serial port of the Panacea router to Serial Port E in the Multi
Function I/O connector on the MKE-3901.
This can be done in either of these two ways.
• Direct connection
• ICONM-BO-V breakout module connection
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Figure 4-17. IconMaster System with External Panacea Clean/Quiet Switch Video Router, Optional
ICONM-BO-V Module and Optional SPT-LSERIAL
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7. On the MKE-3901 back module, connect the Key 1 input source to Key 1 and Fill 1 as appropriate.
8. On the MKE-3901 back module, connect the Key 2 input source to Key 2 and Fill 2 as appropriate.
9. On the MKE-3901 back module, supply Squeeze Bkgd by an external router.
Note
If you are connecting Ethernet 1 to a switch, the IconMaster control panel must be connected to the same switch.
10. Connect the two Ethernet ports as follows:
Ethernet 1 (connection for MKE-3901 control) to a switch using a straight-through Ethernet cable
Ethernet 2 (two connection options for MGI-3903 control and logo download)
• To the same switch as Ethernet 1 using a normal Ethernet cable
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable
11. Power up the system.
4. Make Connections on the Panacea and SPT
The IconMaster is installed in the control line, as shown in the example in
.
• The maximum allowable distance for each segment of the X-Y coaxial cable run is 2,000 ft (609 m).
• The maximum length for each RS-232 segment is 50 ft (15 m).
• The maximum length for each RS-422 segment is 2,000 ft (609 m).
• Up to 64 additional serial ports may be added.
Figure 4-15 on page 97 shows the connector pin assignments on both ends of
the connection (the cable wiring description is shown between the connectors).
Table 4-1 on page 98 shows the power requirements for the SPT-LSERIAL
adaptors.
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Sample Configuration 4: IconMaster System, External Panacea
(Single Channel) Audio and Video Routers, Optional
ICONM-BO-VAC Module, Optional SPT-LSERIAL
This section describes the connections that are required in a typical configuration involving an IconMaster system with a single channel Panacea audio and video routers, an optional breakout module, and an optional
SPT-LSERIAL serial protocol translator.
Figure 4-20 on page 103 shows a
detailed illustration of this process.
1. Configure the Panacea Router
Before you can make any connections to an IconMaster, the Panacea router must already be configured as desired. If your Panacea router is already operational, you do not need to configure it. If, however, your Panacea router is not already operational, you must install and configure it as desired for your facility. See the Panacea Series Frame and Modules Installation,
Configuration, and Operation Manual for detailed information.
2. Make Connections on the Panacea and ICONM-BO-VAC Breakout Module
When using the ICONM-BO-VAC breakout module and multiple Panacea routers (multi-level), the audio output 1 from the level 1 Panacea router must be
connected to Bus A In 1 on the breakout module as indicated in Figure 4-18 .
Bus A In 1
Figure 4-18. Audio 1, Level 1 Panacea Connection to ICONM-BO-VAC
Likewise, the audio output 2 from the level 1 Panacea router must be connected
to Bus B In 1 on the breakout module as indicated in Figure 4-19 .
Bus B In 1
Figure 4-19. Audio 2, Level 1 Panacea Connection to ICONM-BO-VAC
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Figure 4-20. IconMaster System with External Panacea (Single Channel) Audio and Video Routers,
Optional ICONM-BO-VAC Module, Optional SPT-LSERIAL
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Audio output 1 from the level 2 Panacea router must be connected to Bus A In
2 on the breakout module, as indicated in Figure 4-21
.
Bus A In 2
Figure 4-21. Audio 1, Level 2 Panacea Connection to ICONM-BO-VAC
Audio output 1 from the level 2 Panacea router must be connected to Bus B In 2 on the breakout module, as indicated in
.
Bus B In 2
Figure 4-22. Audio 2, Level 2 Panacea Connection to ICONM-BO-VAC
When using the ICON-BO-VAB breakout module and a Panacea router (single level), audio output 1 from the Panacea router must be connected to Input Bus
A1 on the breakout module as indicated in
Likewise, audio output 2 from the Panacea router must be connected to Input
Bus B1 on the breakout module as indicated in
.
Audio output 1 from the level 2 Panacea router must be connected to Input Bus
A2 on the breakout module as indicated in
Audio output 2 from the level 2 Panacea router must be connected to Input Bus
B2 on the breakout module as indicated in
3. Make Connections on the Panacea and MKE-3901
1. On the Panacea back module, connect a maximum of 16 video inputs to the
BNC connections labeled Input 1 to Input 16.
2. Connect Output 1 on the Panacea to Input Bus A on the MKE-3901.
3. Connect Output 2 on the Panacea to Input Bus B on the MKE-3901.
4. Connect your station reference to the Sync connection of the Panacea back module.
5. Terminate one of the XY BNC connectors on the Panacea router.
6. Connect the serial port of the Panacea router to Serial Port E in the Multi
Function I/O connector on the MKE-3901. This can be done by direct connection or via the ICONM-BO-V breakout module connection.
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7. On the MKE-3901 back module, connect the Key 1 input source to Key 1 and Fill 1 as appropriate.
8. On the MKE-3901 back module, connect the Key 2 input source to Key 2 and Fill 2 as appropriate.
9. On the MKE-3901 back module, supply Squeeze Bkgd by an external router.
Note
If you are connecting Ethernet 1 to a switch, the IconMaster control panel must be connected to the same switch.
10. Connect the two Ethernet ports as follows:
Ethernet 1 (connection for MKE-3901 control) to a switch using a straight-through Ethernet cable
Ethernet 2 (two connection options for MGI-3903 control and logo download)
• To the same switch as Ethernet 1 using a normal Ethernet cable
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable
11. Power up the system.
4. Make Connections on the Panacea and SPT
The IconMaster is installed in the control line, as shown in the example in
.
• The maximum allowable distance for each segment of the X-Y coaxial cable run is 2,000 ft (609 m).
• The maximum length for each RS-232 segment is 50 ft (15 m).
• The maximum length for each RS-422 segment is 2,000 ft (609 m).
• Up to 64 additional serial ports may be added.
Figure 4-15 on page 97 shows the connector pin assignments on both ends of
the connection (the cable wiring description is shown between the connectors).
Table 4-1 on page 98 shows the power requirements for the SPT-LSERIAL
adaptors.
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Sample Configuration 5: IconMaster System with External
Panacea (Two Channel) Audio and Video Routers, Optional
ICONM-BO-VAC Module, Optional SPT-LSERIAL
This section describes the connections that are required in a typical configuration involving an IconMaster system with two channel Panacea audio and video routers, an optional breakout module, and an optional SPT-LSERIAL
serial protocol translator. Figure 4-25 on page 107
shows a detailed illustration of this process.
1. Configure the Panacea Router
Before you can make any connections to an IconMaster, the Panacea router must already be configured as desired. If your Panacea router is already operational, you do not need to configure it. If, however, your Panacea router is not already operational, you must install and configure it as desired for your facility. See the Panacea Series Frame and Modules Installation,
Configuration, and Operation Manual for detailed information.
2. Make Connections on the Panacea and ICONM-BO-VAC Breakout Module
When using the ICONM-BO-VAC breakout module and multiple Panacea routers (multi-level), the audio output 1 from the level 1 Panacea router must be
connected to Bus A In 1 on the breakout module as indicated in Figure 4-23 .
Bus A In 1
Figure 4-23. Audio 1, Level 1 Panacea Connection to ICONM-BO-VAC
Likewise, the audio output 2 from the level 1 Panacea router must be connected
to Bus B In 1 on the breakout module as indicated in Figure 4-24 .
Bus B In 1
Figure 4-24. Audio 2, Level 1 Panacea Connection to ICONM-BO-VAC
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Figure 4-25. IconMaster System with External Panacea (Two Channel) Audio and Video Routers,
Optional ICONM-BO-VAC Module, Optional SPT-LSERIAL
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Audio output 1 from the level 2 Panacea router must be connected to Bus A In
2 on the breakout module, as indicated in Figure 4-26
.
Bus A In 2
Figure 4-26. Audio 1, Level 2 Panacea Connection to ICONM-BO-VAC
Audio output 1 from the level 2 Panacea router must be connected to Bus B In 2 on the breakout module, as indicated in
.
Bus B In 2
Figure 4-27. Audio 2, Level 2 Panacea Connection to ICONM-BO-VAC
Audio outputs 3 and 4 from the Panacea level 3 and 4 routers connect to Bus A and B In 3 and 4, respectively.
When using the ICON-BO-VAB breakout module and a Panacea router (single level), audio output 1 from the Panacea router must be connected to Input Bus
A1 on the breakout module as indicated in
Likewise, audio output 2 from the Panacea router must be connected to Input
Bus B1 on the breakout module as indicated in
.
Audio output 1 from the level 2 Panacea router must be connected to Input Bus
A2 on the breakout module as indicated in
Audio output 2 from the level 2 Panacea router must be connected to Input Bus
B2 on the breakout module as indicated in
Audio outputs 3 and 4 from the Panacea level 3 and 4 routers connect to Input
Bus A and B, 3 and 4, respectively.
3. Make Connections on the Panacea and MKE-3901
1. On the Panacea back module, connect a maximum of 16 video inputs to the
BNC connections labeled Input 1 to Input 16.
2. Connect Output 1 on the Panacea to Input Bus A on the MKE-3901.
3. Connect Output 2 on the Panacea to Input Bus B on the MKE-3901.
4. Connect your station reference to the Sync connection of the Panacea back module.
5. Terminate one of the XY BNC connectors on the Panacea router.
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6. Connect the serial port of the Panacea router to Serial Port E in the Multi
Function I/O connector on the MKE-3901.
This can be done by direct connection or via the ICONM-BO-V breakout module connection.
7. On the MKE-3901 back module, connect the Key 1 input source to Key 1 and Fill 1 as appropriate.
8. On the MKE-3901 back module, connect the Key 2 input source to Key 2 and Fill 2 as appropriate.
9. On the MKE-3901 back module, supply Squeeze Bkgd by an external router.
Note
If you are connecting Ethernet 1 to a switch, the IconMaster control panel must be connected to the same switch.
10. Connect the two Ethernet ports as follows:
Ethernet 1 (connection for MKE-3901 control) to a switch using a straight-through Ethernet cable
Ethernet 2 (two connection options for MGI-3903 control and logo download)
• To the same switch as Ethernet 1 using a normal Ethernet cable
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable
11. Power up the system.
4. Make Connections on the Panacea and SPT
The IconMaster is installed in the control line, as shown in the example in
.
• The maximum allowable distance for each segment of the X-Y coaxial cable run is 2,000 ft (609 m).
• The maximum length for each RS-232 segment is 50 ft (15 m).
• The maximum length for each RS-422 segment is 2,000 ft (609 m).
• Up to 64 additional serial ports may be added.
Figure 4-15 on page 97 shows the connector pin assignments on both ends of
the connection (the cable wiring description is shown between the connectors).
Table 4-1 on page 98 shows the power requirements for the SPT-LSERIAL
adaptors.
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System Configurations—Platinum Routers
Note
System configurations for NEO routers start on page 78
. System configurations for Panacea routers start on
.
This section describes the connections that are required in some typical configurations involving Platinum external routers. The following Platinum router configurations are described in this section:
• IconMaster System, External Platinum Video Router, Optional
ICONM-BO-V Module
• Sample Configuration 2: IconMaster System, External Platinum Video
Router, Optional CENTRIO multiviewer, Optional JLCooper eBox,
Optional ICONM-BO-V Module
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Sample Configuration 1: IconMaster System, External Platinum
Router, Optional ICONM-BO-V Module
This section describes the connections that are required in a typical
configurations involving Platinum external routers. Figure 4-28 on page 112
shows a detailed illustration of this process.
1. Configure Platinum Router
Before you can make any connections to an IconMaster, the Platinum router must already be configured as desired. If your Platinum router is already operational, you do not need to configure it. If, however, your Platinum router is not already operational, you must install and configure it as desired for your facility. See the Platinum Series Frames and Modules Installation,
Configuration, and Operation Manual for detailed information.
On your Platinum router configuration, make sure that you set the video and audio to different levels. For example, if you set the video level to “0,” set the audio level to “1” or higher.
2. Make Connections between the Platinum and MKE-3901
1. On the Platinum router, connect the inputs to the input BNC connections on the appropriate Platinum modules.
2. Terminate the loop-thru (XY) BNC connectors on the communications back panel (PT-CBP).
3. Connect the first desired output on the PT-CBP to Input Bus A on the
MKE-3901.
4. Connect second desired output on the PT-CBP to Input Bus B on the
MKE-3901.
5. On the PT-CBP, connect the station reference to one connector on an available Sync connection.
6. On the MKE-3901 back module, connect the signal Squeeze Bkgd input to an output on the PT-CBP.
Note
The Platinum router serial port baud rate must be set to 38400.
IconMaster can control the Platinum over Ethernet.
7. Connect an available serial port (SERIAL1 or SERIAL2) on the PT-CBP to
Serial Port E in the Multi Function I/O connector on the MKE-3901. This can be done by direct connection or by ICONM-BO-V breakout module connection. When using the ICONM-BO-V breakout module, either serial port of the PT-CBP must be connected to the RS-232/422-A, -B, or -E port on the breakout module as indicated in
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Figure 4-28. IconMaster System with External Platinum Router Using Serial Control and Optional
ICONM-BO-V Module
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RS-232/422-E Port
Figure 4-29. RS-232/422-E Port on the ICONM-BO-V Breakout Module
8. On the MKE-3901 back module, connect the Key 1 input source to Key 1 and Fill 1 as appropriate.
9. On the MKE-3901 back module, connect the Key 2 input source to Key 2 and Fill 2 as appropriate.
Note
If you are connecting Ethernet 1 to a network hub/switch, the
IconMaster control panel must be connected to the same switch.
10. On the MKE-3901 back module, connect the Ethernet 1 connection for
MKE-3901 control to a network hub/switch using a straight-through
Ethernet cable.
11. On the MGI-3903 back module, two Ethernet connection options for
MGI-3903 control and logo download as follows:
• To the same network/hub as Ethernet 1 using a normal Ethernet cable.
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable.
12. Power up the system.
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Sample Configuration 2: IconMaster System, External Platinum
Router, Optional CENTRIO, Optional JLCooper eBox, Optional
ICONM-BO-V Module
This section describes the connections that are required in a typical
configurations involving Platinum external routers. Figure 4-30 on page 115
shows a detailed illustration of this process.
1. Configure CENTRIO Module
Before you can make any connections to an IconMaster, the CENTRIO multiviewer output module must already be installed in the Platinum frame and configured as desired. If your CENTRIO multiviewer is already operational, you do not need to configure it. If, however, your CENTRIO multiviewer is not already operational, you must install and configure it as desired for your facility.
See the CENTRIO Multiviewer Installation, Configuration, and Operation
Manual and the CENTRIO Layout Designer User Guide for detailed information.
2. Set up eBOX to work with CENTRIO
You will need to configure some settings in CENTRIO’s Layout Designer before you can use the eBOX with CENTRIO.
1. Right click on the CENTRIO device in the Multiviewers window.
2. Select Advanced Configuration.
3. Select the External Devices tab.
4. Select the desired CENTRIO’s “-1” configuration.
5. Under Type, select TSL Protocol.
6. Under Port, select TCP/IP.
7. Under IP, enter the IP address and port.
• The default IP is 192.168.254.102.
• The default port is 23.
8. Click Add.
9. Click Done.
3. Configure Platinum Router
Before you can make any connections to an IconMaster, the Platinum router must already be configured as desired. If your Platinum router is already operational, you do not need to configure it. If, however, your Platinum router is not already operational, you must install and configure it as desired for your facility. See the Platinum Series Frames and Modules Installation,
Configuration, and Operation Manual for detailed information.
On your Platinum router configuration, make sure that you set the video and audio to different levels. For example, if you set the video level to “0,” set the audio level to “1” or higher.
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Figure 4-30. IconMaster System with External Platinum Router Using Ethernet Control, CENTRIO, eBox, and Optional ICONM-BO-V Module
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4. Make Connections between CENTRIO Multiviewer and JLCooper eBOX
Before you can make any connections to an IconMaster, the JLCooper eBOX must already be configured as desired. If your eBOX is already operational, you do not need to configure it. If, however, your eBOX is not already operational, you must install and configure it as desired for your facility. For information about configuring your e-BOX, see your JLCooper eBOX documentation.
5. Make Connections between the Platinum and MKE-3901
1. On the Platinum router, connect the inputs to the input BNC connections on the CENTRIO modules.
2. Terminate the loop-thru (XY) BNC connectors on the communications back panel (PT-CBP).
3. Connect the first desired output on the PT-CBP to Input Bus A on the
MKE-3901.
4. Connect second desired output on the PT-CBP to Input Bus B on the
MKE-3901.
5. On the PT-CBP, connect the station reference to one connector on an available Sync connection.
6. On the MKE-3901 back module, connect the signal Squeeze Bkgd input to the output on the PT-CBP.
Note
The Platinum router serial port baud rate must be set to 38400.
7. Connect an available serial port (SERIAL1 or SERIAL2) on the PT-CBP to
Serial Port E in the Multi Function I/O connector on the MKE-3901. This can be done by direct connection or by ICONM-BO-V breakout module connection. When using the ICONM-BO-V breakout module, either serial port of the PT-CBP must be connected to the RS-232/422-A, -B, or -E port on the breakout module as indicated in
RS-232/422-E Port
Figure 4-31. RS-232/422-E Port on the ICONM-BO-V Breakout Module
8. On the MKE-3901 back module, connect the Key 1 input source to Key 1 and Fill 1 as appropriate.
9. On the MKE-3901 back module, connect the Key 2 input source to Key 2 and Fill 2 as appropriate.
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Note
If you are connecting Ethernet 1 to a network hub/switch, the
IconMaster control panel must be connected to the same network.
10. On the MKE-3901 back module, connect the Ethernet 1 connection for
MKE-3901 control to a network hub/switch using a straight-through
Ethernet cable.
11. On the MGI-3903 back module, two Ethernet connection options for
MGI-3903 control and logo download as follows:
• To the same network/hub as Ethernet 1 using a normal Ethernet cable.
• To a dedicated switch used for the MGI functionality using a normal
Ethernet cable.
12. Power up the system.
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Key features
Modular design
SD or HD configurable
Internal or external routing
Multi-layer branding
Full-featured control panel
Flexible audio options
Support for CCS-P control
Machine control
Router control
Frequently asked questions
The IconMaster configuration utility software requires a separate Pentium III 1GHz (or equivalent) PC with 512 Mb RAM, 10 Gb fixed disk drive space, a 10/100 Ethernet card, and Microsoft® Windows® 2000 or Windows XP1 operating systems.
A complete IconMaster setup consists of a main control panel with one power supply, an MKE-3901 mixer/keyer module, an MGI-3903 IconLogo graphics module, and the IconMaster Soft Tools CD, including the IconMaster configuration utility.
Optional features for the IconMaster system include a fader bar, intelligent audio control panel, internal or external routing with 12 or 22 inputs, external routing with or without emergency backup routing, relay bypass with dedicated bypass input, 2-channel video squeezeback option, text crawl with dynamic data insertion, RSS and ODBC connectivity, EAS and Amber Alert (Emergency Alert System) insertion, fully-featured “soft” control panel, direct control of multiviewers, up to 66 GPI inputs and up to 61 GPI outputs via the use of an optional Ethernet to serial and GPI interface, and support for any multiviewer on the market, with special support for Harris CENTRIO and Predator Multiviewers.
