Table Of Contents
Using the DWDM and SONET Commands
Supported Network Elements
Running SONET Commands
Displaying BER Threshold
Displaying SONET Controller Data
Displaying TCA Threshold
Displaying Line PM Counters
Displaying Medium PM Counters
Displaying Path PM Counters
Displaying Section PM Counters
Displaying Trace Details
Clearing SONET Counters
Setting BER Threshold
Setting Clock Source
Setting TCA Threshold
Running DWDM Commands
Displaying DWDM Controller Data
Displaying DWDM PM History Data
Displaying DWDM RTPM Counters
Displaying DWDM RTPM Threshold
Displaying DWDM Wavelength Map
Clearing DWDM Counters
Setting DWDM Channel
Setting DWDM FEC Mode
Setting DWDM G.709 ODU
Setting DWDM G.709 OTU
Setting DWDM G.709 TTI
Setting DWDM G.709 Wrapper
Setting DWDM Laser State
Setting DWDM Loopback
Setting DWDM PM FEC Data
Setting DWDM PM Optics Data
Setting DWDM PM OTN Data
Setting DWDM Transmit Power
Setting Rx LOS Threshold
Displaying IM Trace Details
Displaying Device Log
Using the DWDM and SONET Commands
The Cisco IP over dense wavelength division multiplexing (IPoDWDM) solution enables the convergence of the IP and DWDM core networks of the service providers. It increases service flexibility, operational efficiency and reliability while lowering operating expenses (OpEx) and capital expenditures (CapEx).
Cisco Prime Network discovers and displays the following DWDM attributes in the Physical Inventory tree of the Cisco Prime Network Vision
•
DWDM controllers. The controller location is same as the DWDM interface.
•Loopback information for the DWDM controller.
•DWDM controller status.
•DWDM port properties—Wavelength, Laser Status, Tx Power, and Rx Power.
•DWDM controller card status (G.709 status).
See the Cisco Prime Network 3.8 User Guide for more details on the physical and logical inventory information for the device.
Prime Network provides commands that support DWDM and Synchronous Optical Network (SONET) controllers. These commands help in configuring the device and in displaying device details.
Supported Network Elements
You can run the DWDM commands on the following network elements:
•Cisco 7600 Series Routers
•Cisco CRS Carrier Routing System
Cisco CRS series includes Cisco CRS-1 and Cisco CRS-3 Carrier Routing Systems.
•Cisco IOS 12000 Series Gigabit Switch Router (GSR)
You can run the SONET commands on the following network elements:
•Cisco 7600 Series Routers
•Cisco CRS Carrier Routing System
Cisco CRS series includes Cisco CRS-1 and Cisco CRS-3 Carrier Routing Systems.
•Cisco IOS 12000 Series GSR
See the "Cisco VNEs" section in this guide for details on the network element software versions that Prime Network supports. To run the DWDM and SONET commands, the software on the network element must support the DWDM and SONET technology.
Running SONET Commands
The following sections provide details about the tasks that you can perform by running the SONET commands:
Note In the GUI, parameters that are displayed in bold text are mandatory.
•Displaying BER Threshold
•Displaying SONET Controller Data
•Displaying TCA Threshold
•Displaying Line PM Counters
•Displaying Medium PM Counters
•Displaying Path PM Counters
•Displaying Section PM Counters
•Displaying Trace Details
•Clearing SONET Counters
•Setting BER Threshold
•Setting Clock Source
•Setting TCA Threshold
Displaying BER Threshold
Use the BER Threshold command to display the bit error rate (BER) threshold details.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > BER Threshold from the popup menu.
The BER Threshold window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Displaying SONET Controller Data
Use the show SONET Controller Data command to display SONET controller data.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > Controller Data from the popup menu.
The Controller Data window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Displaying TCA Threshold
Use the show SONET TCA Threshold command to display SONET threshold crossing alert (TCA) thresholds.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > TCA Threshold from the popup menu.
The TCA Threshold window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Displaying Line PM Counters
Use the show SONET Line Performance Measurement (PM) Counters command to display SONET Line PM counters.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > PM > Line Counters from the popup menu.
The Line Counters dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
Line Option
|
The line type. Values are:
•farendline
•farendline-history
•line
•line-history
|
History Interval
(1 to 96, or 0 for all)
|
The interval for the history. Value in the range from 1 to 96 (to view the details of a particular interval), or 0 (to view the details of all intervals).
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying Medium PM Counters
Use the show SONET Medium PM Counters command to display the SONET Medium PM counters.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > PM > Medium Counters from the popup menu.
The Medium Counters window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Displaying Path PM Counters
Use the show SONET Path PM Counters command to display the SONET Path PM counters.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > PM > Path Counters from the popup menu.
The Path Counters window is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
Path Option
|
The path type. Values are:
•farendpath
•farendpath-history
•path
•path-history
|
Channelized Path Index
(1 to 48, or 0 for all)
|
The channel number. Value in the range from 1 to 48 (to view the details of a particular channel), or 0 (to view the details of all channels).
|
History Interval
(1 to 96, or 0 for all)
|
The interval for the history. Value in the range from 1 to 96 (to view the details of a particular interval), or 0 (to view the details of all intervals).
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying Section PM Counters
Use the show SONET Section PM Counters command to display the SONET Section PM counters.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > PM > Section Counters from the popup menu.
The Section Counters window is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
Section Option
|
The section type. Values are:
•section
•section-history
|
History Interval
(1 to 96, or 0 for all)
|
The interval for the history. Value in the range from 1 to 96 (to view the details of a particular interval), or 0 (to view the details of all intervals).
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying Trace Details
Use the show SONET Trace details command to display the SONET trace details for card location.
Note You can run this command only if the device is managed by Prime Network with device admin privilege.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Show > Trace Details from the popup menu.
The Trace Details window is displayed.
Step 3 Enter a value for the following parameter.
Input Parameter
|
Description
|
Location
|
The card location; for example, 0/5/CPU0
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Clearing SONET Counters
Use the Clear SONET Counters command to clear the SONET counters.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Clear > SONET > SDH Counters from the popup menu.
The SDH Counters window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Setting BER Threshold
Use the Configure SONET BER Threshold command to set the BER threshold values of the specified alarms for a SONET controller.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Configure > BER Threshold from the popup menu.
The BER Threshold dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
BER Threshold
|
The BER threshold value. Values are:
•sf-ber—Sets the signal degrade BER threshold. Value in the range from 3 to 9. The default value is 6.
•sd-ber—Sets the signal failure BER threshold. Value in the range from 3 through 9. The default value is 3.
|
Bit Error Rate (3 to 9)
|
Bit error rate. Value in the range from 3 to 9, or default.
•The default value for sd-ber is 6.
•The default value for sf-ber is 3.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting Clock Source
Use the Configure SONET Clock Source command to set the clock source of the sent signal on SONET ports.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Configure > Clock Source from the popup menu.
The Clock Source dialog box is displayed.
Step 3 Enter a value for the following parameter.
Input Parameter
|
Description
|
Clock Source
|
The clock source of the sent signal on SONET ports. Values are:
•internal—Specifies that the controller will clock its sent data from its internal clock.
•line—(Default) Specifies that the controller will clock its sent data from a clock recovered from the receive data stream of the line.
•default—Cancels a clock source setting.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting TCA Threshold
Use the Configure SONET TCA Threshold command to set the BER TCA values of the specified alarms for a SONET controller.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the SONET port.
Step 2 Choose Commands > SONET > Configure > TCA Threshold from the popup menu.
The TCA Threshold dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameters
|
Description
|
TCA Threshold
|
The TCA threshold. Values are:
•b1-tca—Sets the B1 BER TCA. Value in the range from 3 to 9. The default value is 6.
•b2-tca—Sets the B2 BER TCA. Value in the range from 3 to 9. The default value is 6.
|
Bit Error Rate (3 to 9)
|
The bit error rate. Value in the range from 3 to 9 (10 to the minus x), or default.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Running DWDM Commands
The following sections provide details about the tasks that you can perform by running the DWDM commands:
Note In the GUI, parameters that are displayed in bold text are mandatory.
•Displaying DWDM Controller Data
•Displaying DWDM PM History Data
•Displaying DWDM RTPM Counters
•Displaying DWDM RTPM Threshold
•Displaying DWDM Wavelength Map
•Clearing DWDM Counters
•Setting DWDM Channel
•Setting DWDM FEC Mode
•Setting DWDM G.709 ODU
•Setting DWDM G.709 OTU
•Setting DWDM G.709 TTI
•Setting DWDM G.709 Wrapper
•Setting DWDM Laser State
•Setting DWDM Loopback
•Setting DWDM PM FEC Data
•Setting DWDM PM Optics Data
•Setting DWDM PM OTN Data
•Setting DWDM Transmit Power
•Setting Rx LOS Threshold
•Displaying IM Trace Details
•Displaying Device Log
Displaying DWDM Controller Data
Use the Show DWDM Controller Data command to display the complete details about the DWDM controller.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Show > Controller Data from the popup menu.
The Controller Data window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Displaying DWDM PM History Data
Use the Show DWDM Controller Data to display PM history in 15-minute or 24-hour buckets.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Show > PM History Data from the popup menu.
The PM History Data window is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
PM Interval
|
PM interval type. Values are:
•15-min
•24-hour
|
Interval
|
The interval number.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying DWDM RTPM Counters
Use the Show DWDM RTPM Counters command to display PM counters for Forward Error Correction (FEC), optical, and Optical Transport Network (OTN) layers.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Show > RTPM Counters from the popup menu.
The RTPM Counters window is displayed.
Step 3 Enter values for the following parameter.
Input Parameter
|
Description
|
PM Interval
|
The PM interval type. Values are:
•15-min
•24-hour
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying DWDM RTPM Threshold
Use the DWDM RTPM Threshold command to display TCA thresholds for FEC, optical, and OTN layers.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Show > RTPM Threshold from the popup menu.
The RTPM Threshold window is displayed.
Step 3 Enter values for the following parameter.
Input Parameter
|
Description
|
PM Interval
|
The PM interval type. Values are:
•15-min
•24-hour
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying DWDM Wavelength Map
Use the Show DWDM Wavelength Map command to display the available wavelength map for the DWDM controller.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Show > Wavelength Map from the popup menu.
The Wavelength Map window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Clearing DWDM Counters
Use the Clear DWDM Counters command to clear the DWDM counters.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Clear > Counters from the popup menu.
The Counters window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Setting DWDM Channel
Use the Configure DWDM Channel command to configure the channel number corresponding to the first wavelength and to reset the channel back to the default.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > Channel from the popup menu.
The Channel dialog box is displayed.
Step 3 Enter values for the following parameters.
Input parameters
|
Description
|
Channel Number
|
The channel number.
|
Option
|
Specifies whether to set or reset the channel.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM FEC Mode
Use the Configure DWDM FEC Mode to configure forward error correction (FEC) mode.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > FEC Mode from the popup menu.
The FEC Mode dialog box is displayed.
Step 3 Enter the value for the following parameter.
Input Parameter
|
Description
|
G709 FEC Mode
|
The G709 FEC mode. Values are:
•Disabled
•Enhanced
•Standard
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM G.709 ODU
Use the Configure DWDM G.709 ODU command to configure the logging of selected optical channel data unit (ODU) alarms to the console.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > G.709 ODU from the popup menu.
The G.709 ODU dialog box is displayed.
Step 3 Enter the values for the following parameters.
Input Parameter
|
Description
|
ODU Alarm Type
|
The ODU alarm type. Values are:
•ais
•bdi
•lck
•oci
•ptim
•oci
•tim
|
Option
|
Specifies whether to enable or disable the alarm type.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM G.709 OTU
Use the Configure DWDM G.709 OTU command to configure the logging of selected optical channel transport unit (OTU) alarms to the console.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > G.709 OTU from the popup menu.
The G.709 OTU dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
OTU Alarm Type
|
The OTU alarm type. Values are:
•bdi
•fecmismatch
•iae
•lof
•lom
•los
•sd-ber
•sf-ber
•tim
|
Option
|
Specifies whether to enable or disable the alarm type.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM G.709 TTI
Use the Configure DWDM G.709 TTI command to configure a transmit or expected Trail Trace Identifier (TTI).
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > G.709 TTI from the popup menu.
The G.709 TTI dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
Optical Channel Unit Type
|
The optical channel unit type. Values are:
•ODU
•OTU
|
TTI Type
|
The TTI type. Values are:
•Expected
•Sent
|
TTI String Type
|
The TTI string type. Values are:
•ASCII
•HEX
|
TTI String
|
The TTI string.
|
Option
|
Specifies whether to set or reset the TTI string. Values are:
•Reset TTI string
•Set TTI String
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM G.709 Wrapper
Use the Configure DWDM G.709 Wrapper command to disable the G.709 wrapper and re-enable it.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > G.709 Wrapper from the popup menu.
The G.709 Wrapper dialog box is displayed.
Step 3 Enter the value for the following parameter.
Input Parameter
|
Description
|
Option
|
Specifies whether to disable or enable G.709 wrapper. Values are:
•Disable G.709 wrapper
•Enable G.709 wrapper
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM Laser State
Use the Configure DWDM Laser State command to configure the laser state.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > Laser State from the popup menu.
The Laser State dialog box is displayed.
Step 3 Enter the value for the following parameter.
Input Parameter
|
Descriptions
|
Laser State
|
Specifies whether to switch off or switch on the laser. Values are:
•Off
•On
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM Loopback
Use the Configure DWDM Loopback command to configure loopback and reset loopback back to none.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > Loopback from the popup menu.
The Loopback dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
Loopback
|
The loopback type. Values are:
•Internal
•Line
|
Option
|
Specifies whether to set or remove loopback.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM PM FEC Data
Use the Configure DWDM PM FEC Data command to configure TCA generation and PM counters on the FEC layer.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > PM FEC Data from the popup menu.
The PM FEC Data dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
PM Interval
|
The PM interval type.
|
FEC Alarm Type
|
The FEC alarm type. Values are:
•Ec-bits—Bit errors corrected (BIEC). Indicates the number of bit errors corrected in the DWDM trunk line during the performance monitoring time interval.
•Uc-words—Uncorrectable words. Indicates the number of uncorrectable words detected in the DWDM trunk line during the performance monitoring time interval.
|
TCA Option
|
Specifies whether to enable or disable the TCA generation.
|
Threshold Option
|
Sets or resets the threshold option. If you select Set, the threshold value that is entered is set on the device; otherwise, the threshold value is reset.
If you select blank, the threshold value is not used.
|
Threshold
|
The threshold value.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM PM Optics Data
Use the Configure DWDM PM Optics Data command to configure TCA generation and PM counters on the optical layer.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > PM Optics Data from the popup menu.
The PM Optics Data dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
PM Interval
|
The PM interval type. Values are:
•15-min
•24- hour
|
Optics Alarm Type
|
The alarm type. Values are:
•lbc—Laser bias current.
•opr—Optical power on the unidirectional port.
•opt—Transmit optical power in dBm.
|
Max TCA Option
|
Specifies whether to enable or disable the maximum threshold option.
|
Max Threshold Option
|
Sets or resets the maximum threshold option. If you select Set, the maximum threshold value that is entered is set on the device; otherwise, the threshold value is reset.
If you select blank, the maximum threshold value is not used.
|
Max Threshold
|
The maximum threshold value.
|
Min-TCA Option
|
Specifies whether to disable or enable the minimum threshold option.
|
Min Threshold Option
|
Sets or resets the minimum threshold option. If you select Set, the minimum threshold value that is entered is set on the device; otherwise, the threshold value is reset.
If you select blank, the minimum threshold value is not used.
|
Min Threshold
|
The minimum threshold value.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM PM OTN Data
Use the Configure DWDM PM OTN Data to configure TCA generation and PM counters on the OTN layer.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > PM OTN Data from the popup menu.
The PM OTN Data dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Descriptions
|
PM Interval
|
The interval type. Values are:
•15-min
•24- hour
|
OTN Alarm Type
|
The OTN alarm type. Values are:
•bbe-pm-fe—Far-end path monitoring background block errors (BBE-PM).
•bbe-pm-ne—Near-end BBE-PM.
•bbe-sm-fe—Far-end section monitoring background block errors (BBE-SM).
•bbe-sm-ne—Near-end BBE-SM.
•bber-pm-fe—Far-end path monitoring background block errors ratio (BBER-PM).
•bber-pm-ne—Near-end BBER-PM.
•bber-sm-fe—Far-end section monitoring background block errors ratio (BBER-SM).
•bber-sm-ne—Near-end BBER-SM.
•es-pm-fe—Far-end path monitoring errored seconds (ES-PM).
•es-pm-ne—Near-end ES-PM.
•es-sm-fe—Far-end section monitoring errored seconds (ES-SM).
•es-sm-ne—Near-end ES-SM.
•esr-pm-fe—Far-end path monitoring errored seconds ratio (ESR-PM).
•esr-pm-ne—Near-end ESR-PM.
|
OTN Alarm Type
(continued)
|
•esr-sm-fe—Far-end section monitoring errored seconds ratio (ESR-SM).
•esr-sm-ne—Near-end ESR-SM.
•fc-pm-fe—Far-end path monitoring failure counts (FC-PM).
•fc-pm-ne—Near-end FC-PM.
•fc-sm-fe—Far-end section monitoring failure counts (FC-SM).
•fc-sm-ne—Near-end FC-SM.
•ses-pm-fe—Far-end path monitoring severely errored seconds (SES-PM).
•ses-pm-ne—Near-end SES-PM.
•ses-sm-fe—Far-end section monitoring severely errored seconds (SES-SM).
•ses-sm-ne—Near-end SES-SM.
•sesr-pm-fe—Far-end path monitoring severely errored seconds ratio (SESR-PM).
•sesr-pm-ne—Near-end SESR-PM.
•sesr-sm-fe—Far-end section monitoring severely errored seconds ratio (SESR-SM).
•sesr-sm-ne—Near-end SESR-SM.
•uas-pm-fe—Far-end path monitoring unavailable seconds (UAS-PM).
•uas-pm-ne—Near-end UAS-PM.
•uas-sm-fe—Far-end section monitoring unavailable seconds (UAS-SM).
•uas-sm-ne—Near-end UAS-SM.
|
TCA Option
|
Specifies whether to disable or enable.
|
Threshold Option
|
Sets or resets the threshold option. If you select Set, the threshold value that is entered is set on the device; otherwise, the threshold value is reset.
If you select blank, the threshold value is not used.
|
Threshold
|
The threshold value.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting DWDM Transmit Power
Use the Configure DWDM Transmit Power command to configure transponder Tx threshold and reset it to the default.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > Transmit Power from the popup menu.
The Transmit Power dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
Transmit Power
|
The transmit power in dBm.
|
Option
|
Specifies whether to set or reset the transponder Tx threshold.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Setting Rx LOS Threshold
Use the Configure Rx LOS Threshold command to configure transponder Rx threshold and reset it to the default.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the DWDM port.
Step 2 Choose Commands > IPODWDM > Configure > Rx LOS Threshold from the popup menu.
The Rx LOS Threshold dialog box is displayed.
Step 3 Enter values for the following parameters.
Input Parameter
|
Description
|
Rx Los Threshold
|
The Rx LOS threshold value.
|
Option
|
Specifies whether to set or reset the transponder Rx threshold.
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying IM Trace Details
Use the Show DWDM Interface Manager Trace Details command to display Interface Manager trace details for the card.
Step 1 In the inventory window, expand the Physical Inventory tree, then right-click the module.
Step 2 Choose Commands > IPODWDM > Show > IM Trace Details from the popup menu.
The IM Trace Details dialog box is displayed.
Step 3 Enter a value for the following parameter.
Input Parameter
|
Description
|
Location
|
The card location; for example, 0/5/CPU0
|
Step 4 To see how the command, including variables, looks before it is executed, click Preview.
Step 5 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 6 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 7 To close the window, click Close.
Displaying Device Log
Use the Show DWDM Device Log command to display device logs.
Step 1 In the inventory window, right-click the VNE.
Step 2 Choose Commands > IPODWDM > Show > Device Log.
The Device Log window is displayed.
Step 3 To see how the command, including variables, looks before it is executed, click Preview.
Step 4 To schedule the command, click the Scheduling tab. For more details on scheduling, see Scheduling a Command.
Step 5 To run the command, click Execute.
The Result tab displays the actual interaction of the command in the output console.
Step 6 To close the window, click Close.
Feedback
