Configuring the Working Mode of the Board

About the Working Modes
This section describes the board working mode and port working mode. A specific service signal flow of a board is available when the board working mode and port working mode are set to specific values.
Configuration Rules
This section describes the rules for configuring the 52TOM board.
Configuring the Working Mode of the 52TOM Board
Before using the 52TOM board, you need to configure the board working mode and port working mode for the 52TOM board.
Configuring the Service Mode
If services such as OTU1 are input to a board, you need to configure the service mode of the board.
Configuring the Service Type
The services can be transmitted normally only when the type of the services at the WDM interface of the board is the same as the actual service type.
GUI Description: Working Mode
In this user interface, you can set working modes of the 52TOM board and ports on the board.
Application Scenario 1: Realizes the Conversion Between Eight Any Services and Two ODU0 or One ODU1 Electrical Signals
This configuration example shows how the TOM board is configured to realize the conversion between eight channels of optical signals of any rate from 100 Mbit/s to 2.5 Gbit/s and two ODU0 or one ODU1 (with ODU0 mapping) electrical signals.
Application Scenario 2: Realizes the Conversion Between Six Any Services and One OTU1 Optical Signal (with ODU0 mapping)
This configuration example shows how the TOM board is configured to realize the conversion between six channels of optical signals of any rate from 100 Mbit/s to 2.5 Gbit/s and one channel of OTU1 optical signals (with ODU0 mapping), and how to realize the dual fed and selective receiving function on the WDM side.
Application Scenario 3: Realizes the Conversion Between Eight Any Services and One ODU1 Electrical Signal
This configuration example shows how the TOM board is configured to realize the conversion between eight channels of optical signals of any rate from 100 Mbit/s to 2.5 Gbit/s and one ODU1 electrical signal.
Application Scenario 4: Realizes the Conversion Between Six Any Services and One OTU1 Optical Signal (with ODU1 mapping)
This configuration example shows how the TOM board is configured to realize the conversion between six channels of optical signals of any rate from 100 Mbit/s to 2.5 Gbit/s and one channel of OTU1 optical signals (with ODU1 mapping), and how to realize the dual fed and selective receiving function on the WDM side.
Application Scenario 5: Realizes the Conversion Between Eight Any Services and Eight ODU0 or Four ODU1 Electrical Signals
This configuration example shows how the TOM board is configured to realize the conversion between eight channels of optical signals of any rate from 100 Mbit/s to 2.5 Gbit/s and eight channels of ODU0 or four channels of ODU1 electrical signals.
Application Scenario 6: Realizes the Conversion Between Six Any Services and Two OTU1 Optical Signals
This configuration example shows how the TOM board is configured to realize the conversion between six channels of optical signals of any rate from 100 Mbit/s to 2.5 Gbit/s and two channels of OTU1 optical signals.
Application Scenario 7: Realizes the Conversion Between Eight Any or Four OTU1 Services and Four ODU1 Electrical Signals
This configuration example shows how the 52TOM board is configured to realize the conversion between eight channels of Any or four channels of OTU1 services and four channels ODU1 electrical signals.
Application Scenario 8: Realizes the Conversion Between Four OTU1 Services and Eight ODU0 Electrical Signals
This configuration example shows how the 52TOM board is configured to realize the conversion between four channels of OTU1 services and eight channels of ODU0 electrical signals.
Application Scenario 9: Realizes the Conversion Between Four OTU1 Optical Signals and Eight ODU0 Electrical Signals (Through Any Re-Encapsulation)
This configuration example shows how the TOM board is configured to realize the conversion between four channels OTU1 optical signals and eight channels of ODU0 electrical signals through Any re-encapsulation.
Application Scenario 10: Realizes the Conversion Between Four OTU1 Optical Signals and Four ODU1 Electrical Signals (Through Any Re-Encapsulation)
This configuration example shows how the TOM board is configured to realize the conversion between four channels OTU1 optical signals and four channels of ODU1 electrical signals through Any re-encapsulation.
Application Scenario 11: Realizes the Conversion Between Four OTU1 Optical Signals and Four OTU1 Optical Signals (Through Any Re-Encapsulation)
This configuration example shows how the TOM board is configured to realize the conversion between four channels OTU1 optical signals and four channels OTU1 optical signals through Any re-encapsulation.
Application Scenario 12: Realizes the Regeneration of Four OTU1 Optical Signals
This configuration example shows how the 52TOM board is configured to realize the electrical regeneration of four OTU1 optical signals.

Parent topic: Managing NG WDM NA NEs