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This chapter contains descriptions of parameters in the ONS 15200 system. The following parameter types are described:
You can manipulate these parameters using the Command Line Interface (CLI). After entering the particular mode (sometimes a configuratio mode), enter the parameter name at the command prompt to see the parameter and its current value. Type a "?" character to list valid values for that parameter. You must save any changes to these parameters using the commit command; this command ensures that the settings will not be lost between system reboots.
Refer to the Cisco ONS 15200 Product Description for information regarding acceptable parameter ranges and specifications.
Table A-1 lists the CLIP module parameters that you can manipulat using the CLI. View these parameters by using the configure clip command.
| Parameter | Description | ||
primary | This paramter determines the primary manager of the CLIP module. To make a Subnetwork Manager (SNM) the primary manager, you must first log into the SNM and set the primary variable to "this." You can also set the parameter to "none," in which case the currently assigned manager is de-registered. If an SNM is not specified as primary or secondary, the parameter may show the network element ID, or neid, of the SNM assigned as primary manager. The primary and secondary parameters are mutually exclusive, i.e. setting the secondary parameter to "this" when the primary parameter is already set to "this" will automatically set the primary parameter to "none." Setting an SNM to "primary" when another SNM is already set to "primary" will remove the first SNM as "primary." | ||
secondary | This parameter determines the secondary manager of the CLIP module. See the description of the primary parameter for more information. | ||
name | This parameter displays the name of the CLIP. When the CLIP is detected in the network, you can write to this parameter to set the name of the CLIP. This parameter is a string of up to 30 characters. To clear this parameter, use a "-" (hyphen character). | ||
datarate | This parameter displays the speed of the optical channel. The following data rates are available:
CLIPs with 2R capability have another option, pass_through, which means that no retiming of the signal is performed. | ||
pm | This parameter controls the performance data reported by a CLIP. When set to "on" the unit reports performance data to the NCB. When set to "off" the CLIP does not report performance data.
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Table A-2 describes parameters related to the client signal.
| Parameter | Description |
client rx power | The client signal receiver reports the current status of the receiver. You can manipulate the values of the following alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
client laserbias | The client transponder reports the current laserbias status. You can manipulate the following four alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
Table A-3 describes parameters related to the dense wave division multiplexing (DWDM) transponder.
| Parameter | Description |
fdi | Forward defect indication (FDI) switching may be enabled or disabled by writing enable or disable to this parameter. |
switchmode | This parameter is used to control which of the two DWDM receivers is used. Allowed values are:
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dwdm arxpower | The DWDM Receiver A reports the current status in this parameter. You can manipulate the following four alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
dwdm brxpower | The DWDM Receiver B reports the current status in this parameter. You can manipulate the following four alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
dwdm peltiercurrent | The DWDM transponder cooler/heater reports the current peltier current status in this parameter. You can manipulate the following four alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
dwdm laserbias | The DWDM transponder reports the current laserbias status in this parameter. You can manipulate the following four alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
dwdm lasertemp | The DWDM transponder reports the current laser temperature status in this parameter. You can manipulate the following four alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
Table A-3 describes parameters related to the environment.
| Parameter | Description |
power | The power parameter reports the presence of dual power supplies. Possible values are:
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temp | The environment temperature sensor reports current board temperature status. You can manipulate the following four alarm thresholds:
You can prevent these threshold crossing indications from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands. |
Table A-5 shows parameters reported by the Data Control Network (DCN). You can prevent these alarms from being reported or detected by suppressing or inhibiting the alarm point. See "General Commands" for information on the suppress and inhibit commands.
| Parameter | Description |
qpp | Alarm from the only in-band control signal when only one DWDM receiver is available |
qppa | Alarm status of the primary in-band control signal |
qppb | Alarm status of the secondary in-band control signal |
can | Alarm status of the CAN bus connected to the device |
Below is a list of SNM parameters, which can be manipulated by using the configure snm command.
| Parameter | Description |
unitid | This parameter is used to differentiate two SNMs on a single CAN bus. It can be set to either snm_1 or snm_2. Before this parameter has been set the SNM will not scan the network for elements. The SNM must be rebooted before a change in this parameter takes effect. |
name | Displays the name of the SNM. As soon as the SNM is detected in the network, you can write to this parameter to set the name of the SNM. This parameter is a string of up to 30 characters. Writing a minus character, "-" , to this parameter clears it. |
Below is a list of user parameters, which can be manipulated by using the configure user command.
| Parameter | Description |
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Password | The password can be set to any string that contains at least 6 characters and up to 30 characters. Valid characters are a through z, 0 through 9, A through Z, and the "_" (underscore) character. See the "Password" section for more information on setting the user password. |
Privileges | Access level of a selected user. Available privileges are:
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State | Condition of a selected user. Possible states are:
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Timeout | Numerical value in minutes that indicates the length of time a user can be inactive before the user is logged off automatically by the system. |
Posted: Mon Sep 30 20:23:47 PDT 2002
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