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This chapter discusses how to use ViewRunner for HP OpenView to check system status and configuration information.
 | Caution Several sections in this chapter do not apply to Direct Connect configurations. These sections are marked accordingly. |
ViewRunner provides status and configuration information for the following areas of the Cisco 6100 Series system operation:
The following sections explain how to use ViewRunner to access status and
configuration information.
You access either status or configuration information on any Cisco 6100 Series entity, including the chassis itself, by selecting the desired Cisco 6100 Series system in ViewMap, then using the
View > 6100 Chassis menu option. Also, you can right click on the Cisco 6100 Series system in ViewMap and choose the View 6100 Chassis option from the menu.
All property dialog boxes contain both a Status and a Configuration tab from which you can
view status or configuration information respectively. The property dialog box for the ATU-C modules and LIMs contain port tabs that allow you to view the status or configuration of each port on that module.
Figure 8-1 shows the section of the Module Properties dialog box that contains the module, port, status, and configuration tabs. Property dialog boxes for other modules are similar.
The property dialog boxes for subscribers and pools show only the configuration of those entities rather than their status.
The status dialog boxes display the states associated with that entity with no operator-configurable fields. The configuration dialog boxes display the specific entity details and operator-
configurable fields.
Also, the status of the module and port is indicated by the color of the small icon adjacent to the
tab labels.
The 6100 Properties status and configuration dialog boxes show information about the current Cisco 6100 Series system and its attributes as provisioned.
To access the status of a Cisco 6100 Series chassis, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor on either side of the Cisco 6100 Series chassis and click the right mouse button.
Step 2 From the menu, select the 6100 Properties > Status option. The window in
Figure 8-3 appears.
This window displays the current date and time. These values are set and modified on the 6100 Properties > Configuration dialog box discussed in the next section.
To access the configuration of a Cisco 6100 Series chassis, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor on either side of the Cisco 6100 Series chassis and click the right mouse button.
Step 2 From the menu, select the 6100 Properties > Configuration option. The window in Figure 8-4 appears.
Table 8-1 defines the fields in the Cisco 6100 Series chassis configuration dialog box.
| Field | Description | ||||||
|---|---|---|---|---|---|---|---|
Service Type | Shows that the Cisco 6100 Series chassis is either installed as a DOH (oversubscribed) system or as a Direct Connect (1 subscriber per port). | ||||||
System-wide ATU-C Settings | Allows you to enable or disable 136 kilobaud training rates and nontimer CPE trains. | ||||||
System Name or CLLI1 Code | Displays the system name and the CLLI code that identifies the location of the Cisco 6100 Series system node. For example, a CLLI code might identify the building that houses this Cisco 6100 Series system. | ||||||
IP Address | Displays the IP address of the Cisco 6100 Series system. | ||||||
Inband IP Address | Displays the IP address of the inband channel. This defaults to 0.0.0.0 if the connection type is Ethernet. | ||||||
System Location or Relay Rack Info | Displays a user-defined string. | ||||||
Edit EPD | If you have administrator-level permissions, you can configure a per-node early packet discard (EPD) threshold of between 0 and 60 cells through the Cisco 6100 Series Properties dialog box. If you have guest-level permissions, the Edit EPD button is unavailable, but operators may or may not be able to edit the EPD depending on the permissions granted by the administrator to that operator. The default is 0. The Properties dialog box field showing the EPD value is not editable, and it has a button to edit the value. When you bring up the Edit EPD dialog box, a warning appears to alert you that changing the EPD value affects system performance, and it provides a field where you can set the EPD threshold. See Figure 8-5. | ||||||
Chassis Backplane Rev | Displays the MC revision information for the 6100 and | ||||||
Chassis Fan Tray | This toggle is activated for the Cisco 6130 chassis only. Allows you to set the presence or absence of an MC fan tray. A rectangular, colored box represents the operational state of the fan tray. This box displays in the upper right corner of the chassis in the Chassis View. The box changes colors to reflect the status of the fan tray. The fan status and alarm colors are the same as those used to indicate status and alarms for the Cisco 6100 Series Chassis. (See "Cisco 6100 Series Chassis View Colors" section".) Rules:
The Fan Tray Present toggle is dimmed when you have configured ViewRunner for HP OpenView with a Cisco 6100 chassis. | ||||||
Communications Channel | Displays the type of channel being used, either Ethernet or Inband. Cisco 6100 Series system nodes can be managed via the inband management channel or the Ethernet management channel when supported by the system controller. | ||||||
ADSL Transmit PSD | Sets the upstream and downstream power spectral density (PSD) for this Cisco 6100 Series system. | ||||||
6100 Date | Displays the current date. | ||||||
6100 Time | Displays the current time on a 24-hour basis. |
| 1CLLI=common language location identifier |
If you make any changes to the fields in this dialog box, click Apply to have them take effect. Click OK when you are done.
Step 3 Click Edit EPD and the EPD Threshold dialog box appears. Clicking on the up or down arrows allows you to set the EPD Threshold value from 0 (disabled) to 60 cells. See Edit EPD in Table 8-1.
If you make any change to the EPD Threshold field in the EPD Threshold dialog box, as shown in Figure 8-5, click Apply to have them take effect. Click OK when you are done.
The SC module status and configuration dialog boxes display the communication parameters needed to externally interface to the Cisco 6100 Series system.
To access the status of a SC module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the SC module and click the right mouse button.
Step 2 From the menu, select the Module Properties > Status option. The Status dialog box appears, as shown in Figure 8-6. All fields in this dialog box are read-only.
To update the state information displayed, click Refresh. See the "State Detection and Propagation" section for more information on the Refresh option.
To access the configuration of an SC module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the SC module and click the right mouse button.
Step 2 From the menu, select the Module Properties > Configuration option. The Configuration dialog box appears, as shown in Figure 8-7 and is self-explanatory.
The NI module status and configuration dialog boxes display the states and interface details of the network interface module.
To access the status of an NI module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the NI module and click the right
mouse button.
Step 2 From the menu, select the Module Properties > Status option. The Status dialog box appears, as shown in Figure 8-8. All fields in this dialog box are read-only.
To update the information, click Refresh. See the "State Detection and Propagation" section for more information on the Refresh option.
To access the configuration of a NI module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the NI module and click the right
mouse button.
Step 2 From the menu, select the Module Properties > Configuration option. The Configuration dialog box appears, as shown in Figure 8-9. All fields in this dialog box are read-only.
The NI module does not have any configurable options other than its Administrative State. Select either Locked or Unlocked, although locking the NI module removes the whole Cisco 6100 Series system from service.
| Caution If you try to lock the Administrative State, ViewRunner requires you to confirm two consecutive dialog boxes because locking the NI has serious operational consequences for the Cisco 6100 Series system. When the Administrative State of the NI module is locked, all ADSL calls drop and the system stops passing data. |
Table 8-2 describes the fields in the NI module Configuration dialog box.
| Field | Description |
|---|---|
Administrative State | Shows whether the NI module is locked or unlocked. |
Framing Format | You can select C-bit or M1-3. |
Type | Indicates what type of NI module this is, as in OC-3 single or multimode fiber or DS3. |
CLEI Code | CLEI code for this NI module. Read during autodiscovery. |
Serial Number | The serial number for this NI module. Read during autodiscovery. |
Hardware Version | The hardware version for this NI module. Read during autodiscovery. |
Software Version | The software version for this NI module. Read during autodiscovery. |
The CAP and DMT-2 ATU-C modules and STU-C modules and ports status and configuration dialog boxes display the states and interface details of the network interface setting.
To access the status of an ATU-C or an STU-C module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the module and click the right
mouse button.
Step 2 From the menu, select the Module Properties > Status option. The Status dialog box appears, as shown in Figure 8-10. All fields in this dialog box are read-only.
To update the information, click Refresh. See the "State Detection and Propagation" section for more information on the Refresh option.
To access the configuration of an ATU-C or an STU-C module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the module and click the right
mouse button.
Step 2 From the menu, select the Module Properties > Configuration option. The Configuration dialog box appears, as shown in Figure 8-11.
Table 8-3 describes the fields in the ATU-C module Configuration dialog box.
| Field | Description |
|---|---|
CLEI Code | Read during autodiscovery. |
Serial Number | The serial number for this ATU-C or STU-C module. Read |
Hardware Version | The hardware version for this module. Read during autodiscovery. |
Software Version | The software version for this module. Read during autodiscovery. |
Max Upstream Rate Supported | The maximum upstream data rate supported by the transceiver technology used in this module. |
Max Downstream Rate Supported | The maximum downstream data rate supported by the transceiver technology used in this module. |
Line Coding | Set to CAP, DMT, or other. This is set to 2BIQ for STU-C modules. |
Connect Mode | DOH or Direct Connect. Read during autodiscovery. |
The CAP or DMT-2 ATU-C modules and STU-C modules and ports status and configuration dialog boxes display the states and interface details of the network interface setting.
To access the status of an ATU-C or an STU-C port, follow these steps:
1. In the 6100 Chassis View, place your cursor over the module and click the right mouse button.
2. From the menu, select the Port Properties > Status option. The Status dialog box in Figure 8-12 appears and shows the Usage, Service, and Operational States for the port you selected.
The port status fields are described in Table 8-4. All fields are read-only. For detailed information on states, refer to "Cisco 6100 Series System and ViewRunner State Management."
To update the information, click Refresh.
See the "ATU-C Train Parameters" section for more information on the information found in the Status of Trained ATU-C Port box.
Table 8-4 describes the fields in the ATU-C Port Status dialog box.
| Field | Description |
|---|---|
Usage State | Displays whether or not the module is in use. |
LIM Properties | Shows the LCC, slot, and port connection for this module. (Not applicable for Direct Connect configurations.) |
ATU-C Port Status | Displays the physical layer communication status of the modem port. The status can be either Trained, Training, or Not Trained. |
Actual Upstream Rate | The upstream data rate to which this port is trained for the current |
Actual Downstream Rate | The downstream data rate to which this port is trained for the current |
Received Signal Quality | Displays the signal-to-noise ratio observed for this modem port's receive |
Receiver Gain | Displays the gain applied to this modem port's circuitry. Used to determine the quality of the line. |
Transmit Power | Displays the output power of the modem port's transmit circuitry. |
Actual Upstream Margin | Displays the actual upstream noise margin. |
Actual Downstream Margin | Displays the actual downstream noise margin. |
Service State | Displays whether or not the module is in service. |
Administrative State | Displays whether the Administrative State is locked or unlocked. |
Module Service State | Displays whether or not the module is in service. |
Operational State | Displays whether or not the module is operationally enabled. |
Alarm Description | Displays the severity and description of any alarm currently asserted against |
To access the configuration of an ATU-C or an STU-C port, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the module and click the right
mouse button.
Step 2 From the menu, select the Port Properties > Configuration option. The dialog box in Figure 8-13 appears.
The fields in the ATU-C Port Configuration dialog box are shown in Table 8-5.
| Field | Description |
|---|---|
Administrative State | Displays whether the Administrative State is locked or unlocked. The operator can change the state. |
Firmware Version | Identifies the version of the firmware running on this module. |
Subscriber ID | Identifies the subscriber on this port. |
Circuit ID | Identifies the local loop. |
Add Subscriber | Allows you to add another subscriber. |
The operator can change the Administrative State to either Locked or Unlocked.
The LIM controller module status and configuration dialog boxes display the states and inventory details of the LIM controller module.
To access the status of a LIM controller module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the LIM controller module and click the right mouse button.
Step 2 From the menu, select the Module Properties > Status option.The LIM controller Module Properties Status dialog box in Figure 8-14 appears and shows the states of the LIM controller module. Click Refresh to update the states appearing in this dialog box.
Refer to "Cisco 6100 Series System and ViewRunner State Management" for information on states.
To access the configuration of a LIM controller module, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the LIM controller module and click the right mouse button.
Step 2 From the menu, select the Module Properties > Configuration option. The LIM controller Module Properties Configuration dialog box in Figure 8-15 appears and shows the states of the LIM controller module.
The fields in the LIM controller Module Configuration dialog box are described in Table 8-6.
| Field | Description |
|---|---|
Administrative State | Displays whether the Administrative State is locked or unlocked. |
CLEI Code | CLEI code for this LIM controller module. Read during autodiscovery. |
Serial Number | The serial number for this LIM controller module. Read during autodiscovery. |
Hardware Version | The hardware version for this LIM controller module. Read during autodiscovery. |
Software Version | The software version for this LIM controller module. Read during autodiscovery. |
The LIM status and configuration dialog boxes display the states and inventory details of the LIM and its associated ports.
To access the status of a LIM, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the LIM and click the right
mouse button.
Step 2 From the menu, select the Module Properties > Status option. The Module Properties dialog box in Figure 8-16 appears and shows the states of the LIM. Click Refresh to update the states that appear in this dialog box.
For detailed information on states, refer to "Cisco 6100 Series System and ViewRunner State Management."
To access the configuration of a LIM, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the LIM and click the right
mouse button.
Step 2 From the menu, select the Module Properties > Configuration option. The Module Properties Configuration dialog box appears as shown in Figure 8-17.
The LIM itself does not have any configurable options other than its Administrative State. LIM ports also have a configurable Administrative State. See "Cisco 6100 Series System and ViewRunner State Management" for more information on states. All other fields in the Module Properties Configuration dialog box are read-only.
Table 8-7 describes the fields in the LIM Configuration dialog box.
| Field | Description |
|---|---|
Administrative State | Displays whether the Administrative State is locked or unlocked. |
CLEI Code | CLEI code for this LIM. |
Serial Number | The serial number for this LIM. |
Hardware Version | The hardware version for this LIM. |
Software Version | The software version for this LIM. |
The LIM ports status and configuration dialog boxes display the states and interface details of the network interface setting.
To access the status of a LIM port, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the LIM and click the right
mouse button.
Step 2 From the menu, select the Port Properties > Status option.
Step 3 Click on the port tab you want to view, as shown in Figure 8-18.
Click Refresh to update the states and data rates that appear in this dialog box. All fields in this dialog box are read-only. For detailed information on states, refer to "Cisco 6100 Series System and ViewRunner State Management."
Table 8-8 describes the fields in the Port Status dialog box.
| Field | Description |
|---|---|
Usage State | Displays whether or not the module is in use. |
ATU-C Properties | Click on this to display the properties of the ATU-C to which this line port |
Actual Upstream Rate | The upstream data rate to which this port is trained for the current connection session. |
Actual Downstream Rate | The downstream data rate to which this port is trained for the current connection session. |
Actual Upstream Margin | Displays the actual upstream noise margin. |
Actual Downstream Margin | Displays the actual downstream noise margin. |
Service State | Displays whether or not the module is in service. |
Administrative State | Displays whether the Administrative State is locked or unlocked. |
Module Service State | Displays whether or not the module is in service. |
Operational State | Displays whether or not the module is operationally enabled. |
Severity or Alarm Description | Displays any alarms associated with this line port. |
To access the configuration of a LIM port, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the LIM and click the right
mouse button.
Step 2 From the menu, select the Port Properties > Configuration option. The LIM Port Configuration dialog box appears as shown in Figure 8-19.
This dialog box shows the Administrative State and the Line Port Connect on Demand information for this LIM port.
The fields in the LIM Port Configuration dialog box are shown in Table 8-9.
| Field | Description |
|---|---|
Administrative State | Displays whether the Administrative State is locked or unlocked. The operator can change the state. |
Subscriber ID | The identifier assigned to this subscriber pool. To edit this field, click |
Circuit ID | The identifier assigned to the local loop. |
Physical Pool ID | The physical modem pool to which this LIM is assigned. To edit this field, click Edit Pool. |
Logical Pool ID | The logical modem pool to which this line port is assigned. To edit this field, click Edit Pool. |
The Edit Pool button allows the operator to access the 6100 Pool Configuration dialog box. The Edit Subscriber button allows the operator to access the Subscriber Properties Configuration dialog box. The Pool Configuration and Subscriber Properties Configuration dialog boxes are described in the following sections.
The subtend host module (STM) status and configuration dialog boxes display the states and inventory details of the STM and its associated ports.
To access the status of an STM, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the STM (MC slot 9) and click the right mouse button.
Step 2 From the menu, select the Module Properties > Status option. The subtend host Module Properties Status dialog box in Figure 8-20 appears and shows the states of the STM. Click Refresh to update the states appearing in this dialog box.
For detailed information on states, refer to "Cisco 6100 Series System and ViewRunner State Management."
To access the configuration of an STM, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the STM (MC slot 9) and click the right mouse button.
Step 2 From the menu, select the Module Properties > Configuration option. The subtend host Module Properties Configuration dialog box appears as shown in Figure 8-21.
The STM itself does not have any configurable options other than its Administrative State. STM ports also have a configurable Administrative State. See "Cisco 6100 Series System and ViewRunner State Management" for more information on states. All other fields in this dialog box are read-only.
Table 8-10 describes the fields in the STM Configuration dialog box.
| Field | Description |
|---|---|
CLEI Code | CLEI code for this STM. |
Serial Number | The serial number for this STM. |
Hardware Version | The hardware version for this STM. |
Software Version | The software version for this STM. |
The DS3 STM ports status and configuration dialog boxes display the states and interface details of the NI module setting.
To access the status of an STM port, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the STM (MC slot 9) and click the right mouse button.
Step 2 From the menu, select the Port Properties > Status option.
Step 3 Click on the port tab you want to view, as shown in Figure 8-22.
Click Refresh to update the states and data rates appearing in this dialog box. All fields in this dialog box are read-only. For detailed information on states, refer to "Cisco 6100 Series System and ViewRunner State Management."
Table 8-11 describes the fields in the subtend host Port Status dialog box.
| Field | Description |
|---|---|
Service State | Displays whether the module is busy or idle. |
Administrative State | Displays whether the Administrative State is locked or unlocked. |
Module Service State | Displays whether or not the module is in service. |
Operational State | Displays whether or not the module is operationally enabled. |
Severity or Alarm Description | Displays any alarms associated with this line port. |
To access the configuration of an STM port, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the STM (MC slot 9) and click the right mouse button.
Step 2 From the menu, select the Port Properties > Configuration option. The STM Port Configuration dialog box appears as shown in Figure 8-23.
The fields in the STM Port Configuration dialog box are shown in Table 8-12.
| Field | Description |
|---|---|
Administrative State | Displays whether the Administrative State of the port is locked or unlocked. Operator can change the state. |
Subtended 6100 IP Address | Identifies the IP address of the subtended Cisco 6100 Series system. |
Interface Type | |
Admin State | Shows whether the transit subscriber has a locked or unlocked Administrative State. |
Subscriber ID | Identifies the ID of the transit subscriber passing through from the subtended Cisco 6100 Series system. PVCs from a subtended node can be assigned to one of up to 32 transit subscribers. The operator can modify the transit subscriber information by clicking Add, Edit, or Delete. |
| 1SMF=single-mode fiber 2MMF=multimode fiber |
The logical pool configuration shows the association of logical pools to physical pools and the assigned subscribers to each pool. See "Service Provisioning for Digital Off-Hook" for more information on logical pools. To access the configuration for logical pools, follow these steps:
Step 1 In the 6100 Chassis View, place your cursor over the LIM and click the right
mouse button.
Step 2 From the menu, select the Port Properties > Configuration option.
Step 3 From the Configuration dialog box, select the port.
Step 4 Click Edit Pool. The logical pool configuration Pool dialog box appears as shown in lower half of Figure 8-24. The physical pool information is shown in the upper half of Figure 8-24.
Table 8-13 describes the fields in the Pool dialog box.
| Field | Description |
|---|---|
Oversubscription Ratios (OSR)---Displays the running total of oversubscription within the currently selected logical pool. Three different oversubscription formulas display to provide insight into various aspects of the pool characteristics. Following are the ratios that ViewRunner for HP OpenView provides: | |
Assigned Port Over Subscription Ratio | Useful when initially configuring logical pools. This ratio is based on locked entities. Assigned Port OSR effectively displays the target oversubscription provisioning ratio for the pool. Assigned Port OSR equals the number of line ports assigned to the logical pool divided by the number of ATU-C ports assigned to the logical pool. |
Provisioned and Unlocked OSR | Useful to verify that the system is properly configured and administratively unlocked to support the target OSR. This ratio is equal to the assigned port OSR when all provisioning needed to support service is completed and the entities are unlocked. Locking ATU-C ports increases the OSR (for example, 3:1 goes to 6:1). Locking LIMs reduces the OSR (for example, 6:1 goes to 3:1). Provisioned and Unlocked OSR equals the number of unlocked line ports that are
This number is then divided by the number of unlocked ATU-C ports assigned to the logical pool that are subordinate to an unlocked module. |
Provisioned and In Service OSR | Displays the active OSR that the system is experiencing, factoring required configurations, administrative permissions, and the Service State of the pooled ports. This ratio includes the Operational State of the system and varies as alarms set or clear. Provisioned and In Service OSR equals the number of in service line ports assigned to the logical pool that are also associated to an unlocked subscriber. This number is then divided by the number of in service ATU-C ports assigned to the logical pool. |
Real-time Display of DOH Service Statistics | Displays running totals of several counts and calculated values. The following statistical information displays initially when the logical pool tab is selected:
Providing these statistics in real time is a key value-added ViewRunner for HP OpenView feature. These statistics give a summary view of many Cisco 6100 Series system critical service parameters and prevents operational mistakes. For large system configurations, most of the list boxes on this dialog box are filled and have scroll bars. These totals are a convenient alternative to scrolling the list box and manually tallying DOH service parameters. |
In DOH configurations, you can access the Subscriber Properties dialog box by clicking Edit Subscriber on the Module Properties > Port Properties > Configuration dialog box.
In Direct Connect configurations, you can access the Subscriber Properties dialog box by clicking Add Subscriber on the ATU-C Module Properties > Port Properties > Configuration dialog box.
In both DOH and Direct Connect configurations, a dialog box similar to Figure 8-25 appears.
Table 8-14 describes the fields for the Subscriber Properties Configuration dialog box.
| Field | Description |
|---|---|
Administrative State | Displays the Administrative State of the subscriber. Can be Locked or Unlocked. Defaults to Locked. |
Subscriber ID | Subscriber ID is a required ViewRunner for HP OpenView field that must contain at least one alphanumeric character and can contain up to 20. Its uniqueness is not guaranteed by ViewRunner for HP OpenView. ViewRunner for HP OpenView recognizes and displays subscribers created with null Subscriber IDs, but does not allow modification of subscriber configuration parameters unless an alphanumeric character has been entered. Note If you input more that 20 characters for the Subscriber ID, the system beeps at you starting with the 21st character, which informs you that you are exceeding the field length.Changing the Subscriber ID is a nonservice-affecting operation for the Cisco 6100 Series system. For information about service-affecting vs. nonservice-affecting configuration, see the "Service-Affecting Configuration Rules" section. You can modify the Subscriber ID field when the subscriber is unlocked. |
Service Provisioning | Allows you to actually set up service for a subscriber. Opens the Service Provisioning dialog box. |
| Subscriber Association to Port Group Box | |
Module AID and Port Number | Displays the module and slot numbers of the ATU-C. |
Circuit ID | Displays and allows you to configure a circuit ID for each subscriber. The default value is empty. The Circuit ID field accepts up to 20 characters. Valid characters include "A-Z, a-z, 0-9, [.,-=;:'#!$%&*()<>_+/\]." |
| Service Configuration Group Box | |
Max Allowed Rates Downstream/Upstream | Limits the maximum trained rate of a subscriber's modem. List boxes allow selection of the valid configuration settings using kbps units. See the "ATU-C Train Parameters" section for more information on training. The default on install is 6 dB up and 3 dB down. |
Margin Configuration (Downstream and Upstream) | Allows the operator to associate an upstream and a downstream margin value with a subscriber. See the "Bit Error Rate and Noise Margin" section for more information on setting the margins. This option is disabled for STU-C modules. Note Because increasing the margins could cause a line not to train, a warning dialog box appears when you try to change the noise margin. |
PSD Transmit Power (Downstream and Upstream) | You are able to configure transmit power for each subscriber in units of dBm/Hz. The default value of upstream and downstream transmit power attributes are -38 dBm/Hz upstream and -40 dBm/Hz downstream. Upstream values are -53, -50, -47, -44, -41, -38. Downstream values are -49, -46, -43, -40, -37, -34 This option is disabled for STU-C modules. This option is disabled upstream for DMT-2 modules. |
Allow 136K Baud | The 136 kilobaud training rates now can be enabled or disabled through a system-wide MIB object. If the 136 kilobaud training rates are disabled, then those selections are shaded in ViewRunner and therefore not selectable by you. CAP modules support 136 kilobaud training rates, which can be allowed or disallowed when the feature is supported by the system controller software revision and the subscriber is locked. If the system controller supports per-subscriber provisionable 136 kilobaud or does not support ATUCPARMS, the "Allow 136K Baud" check box on the 6100 Properties dialog box is disabled. (See Figure 2-15, in the "Add ObjectSet Attributes Dialog Box" section.) If the system controller supports ATUCPARMS but does not support per-subscriber 136 kilobaud, then the option is enabled. |
CPE Signature | You can configure per-subscriber CPE signature detection for a LIM controller module through the Subscriber Properties dialog box. You can specify the minimum CPE signature within a range of 0 to 127. The default is 0, which essentially disables CPE signature detection. If the system controller revision supports per-subscriber provisionable CPE detection, then the Performance Management > Line Ports dialog box displays dashes in the Non-timer Failed Trains column and the total for that column is disabled. There is also a column on the subscriber tab of the Performance Management > Subscriber dialog box called CPE Signature Rejects, which totals the number of CPE signatures that were not detected by the design. (See Figure 9-5, Performance ManagementSubscriber.) In addition, the Allow Non-Timer CPE Train check box on the 6100 Properties dialog box is dimmed. (See Figure 2-15, in the "Add ObjectSet Attributes Dialog Box" section.) The Allow Non-Timer CPE Train check box on the 6100 Properties dialog box is not dimmed unless the system controller revision supports ATUCPARMS, but does not support per-subscriber 136 kilobaud. |
Timers Group Box | |
Idle Timeout | If you enable the Idle timer, you can specify the number of minutes that a subscriber can be idle before the connection is dropped. The default is |
Session Timeout | If you enable the Session timer, you can specify the number of minutes that a subscriber can remain connected during any one session. The default is 60 minutes and the valid range for Session Timeout is 1 to 240 minutes. |
Combined Timeout | If you enable the Combined timer, you can utilize either the Idle or Session Timeout settings. |
PVC Idle Mark | If you enable the Idle timer, you can specify a PVC Idle Mark so that the subscriber is disconnected if the PVC falls below the specified number of cells per minute. The default value of the PVC threshold is 15 cells per minute. The range for the PVC threshold is 1 to 2147483647 cells per minute. The PVC threshold is used for low-tide monitoring. If the PVC traffic is less than the threshold for the duration of the timer, then the PVC is considered idle and the subscriber is disconnected. If the traffic is more than the threshold, the PVC is A subscriber can have multiple PVCs. If at least one PVC is active, then the subscriber stays connected. |
Lockout Time | The Lockout Time can be set in minutes. If a timer expires, the user cannot initate a DSC session for the amount of time specified here. If the system controller does not support timer settings, all the fields are dimmed. Otherwise, the fields are available or unavailable depending on the Administrative State of the subscriber (locked or unlocked). The default setting is 5 minutes. The valid range for the Session timer is 1 to 60 minutes. |
Because the service-provisioning process for DOH and Direct Connect configurations is focused on setting up system and subscriber attributes on a one by one basis, it is important to be able to review configured subscriber and port information on an aggregate basis. Scoped dialog boxes, therefore, are available for the aggregate configuration display.
When the user opens a system dialog box, ViewRunner for HP OpenView initiates a configuration synchronization on the Cisco 6100 Series systems within the scope of the dialog box. In addition, as the scope is changed, ViewRunner initiates a configuration synchronization on all Cisco 6100 Series systems within the new scope. Then, clicking Refresh repopulates the dialog box with the most recent information.
Updates to the aggregate system dialog boxes (View All Subscribers, View All PVCs, and View Equipment Inventory) occur in two ways.
1. If the dialog box updates affect only a single entry, the dialog box automatically updates itself with the new information when the client receives the information from the ViewRunner server.
2. If the dialog box requires more substantial updates, a Refresh Needed message appears in the bottom line of the current dialog box. The user can update the dialog box data by
clicking Refresh.
By allowing the user to control when updates occur, ViewRunner reduces the chance of making major changes to data while the user is viewing it.
The View All Subscribers dialog box lets you view all the subscribers currently using the Cisco 6100 Series system. This dialog box displays both subscribers and transit subscribers. To activate this dialog box, place your cursor on the MC, right click, and select the View All Subscribers option. The dialog box in Figure 8-26 appears. Figure 8-26 shows the information on the far left of the dialog box, Figure 8-27 shows the information found in the middle section, and Figure 8-28 shows the far right side of the dialog box after scrolling.
Table 8-15 describes the fields in the View All Subscribers dialog box.
| Field | Description |
|---|---|
6100 | Displays the Cisco 6100 Series system where the particular subscriber is provisioned. |
Subscriber ID | Displays the subscriber record identifier. |
Admin State | Displays the administrative state of the subscriber. |
Pool | Displays the physical/logical pool to which the subscriber is assigned. |
Line Port | Displays the line port to which the subscriber is connected. Note Transit subscribers are associated with MC slot 9. |
Provisioned Down | Displays the maximum downstream rate at which this subscriber can train. |
Provisioned Up | Displays the maximum upstream rate at which this subscriber can train. |
Circuit ID | The identifier assigned to the local loop. |
Provisioned Down Margin | Displays the downstream noise margin provisioned by the operator. |
Provisioned Up Margin | Displays the upstream noise margin provisioned by the operator. |
CPE Signature | You can configure per-subscriber CPE signature detection for a LIM controller module through the Subscriber Properties dialog box. You can specify the minimum CPE signature within a range of 0 to 127. The default is 0, which essentially disables CPE signature detection. If the system controller revision supports per-subscriber provisionable CPE detection, then the Performance Management > Line Ports dialog box displays dashes in the Non-timer Failed Trains column and the total for that column is disabled. There is also a column on the subscriber tab of the Performance Management > Subscriber dialog box called CPE Signature Rejects, which totals the number of CPE signatures that were not detected by the design. (See Figure 9-5, Performance ManagementSubscriber.) In addition, the Allow Non-Timer CPE Train check box on the 6100 Properties dialog box is dimmed. (See Figure 2-15, in the "Add ObjectSet Attributes Dialog Box" section.) The Allow Non-Timer CPE Train check box on the 6100 Properties dialog box is not dimmed unless the system controller revision supports ATUCPARMS, but does not support per-subscriber 136 kilobaud. |
Idle Timeout | If you enable the Idle timer, you can specify the number of minutes that a subscriber can be idle before the connection is dropped. The default is 15 minutes and the valid range for Idle Timeout is 1 to 60 minutes. |
PVC Idle Mark | If you enable the Idle timer, you can specify a PVC Idle Mark so that the subscriber is disconnected if the PVC falls below the specified number of cells per minute. The default value of the PVC threshold is 15 cells per minute. The range for the PVC threshold is 1 to 2147483647 cells per minute. The PVC threshold is used for low-tide monitoring. If the PVC traffic is less than the threshold for the duration of the timer, then the PVC is considered idle and the subscriber is disconnected. If the traffic is more than the threshold, the PVC is considered active. A subscriber can have multiple PVCs. If at least one PVC is active, then the subscriber stays connected. |
Session Timeout | If you enable the Session timer, you can specify the number of minutes that a subscriber can remain connected during any one session. The default is 60 minutes and the valid range for Session Timeout is 1 to 240 minutes. |
Lockout Time | The Lockout Time can be set in minutes. If the system controller does not support timer settings, then all the fields are dimmed. Otherwise, the fields are available or unavailable depending on the Administrative State of the subscriber (locked or unlocked). The default setting is 5 minutes. The valid range for the Session timer is 1 to 60 minutes. |
136K Baud | The 136 kilobaud training rates now can be enabled or disabled through a system-wide MIB object. If the 136 kilobaud training rates are disabled, then those selections are shaded in ViewRunner and therefore not selectable by you. CAP modules support 136 kilobaud training rates, which can be allowed or disallowed when the feature is supported by the system controller software revision and the subscriber is locked. If the system controller supports per-subscriber provisionable 136 kilobaud or does not support ATUCPARMS, the "Allow 136K Baud" check box on the 6100 Properties dialog box is disabled. (See Figure 2-15, in the "Add ObjectSet Attributes Dialog Box" section.) If the system controller supports ATUCPARMS but does not support per-subscriber 136 kilobaud, then the option is enabled. |
Total Subscribers | The total number of subscribers. |
Scope | Allows you to choose to view subscriber information for the Local, Subtend Group, or Wire Center level. |
Show Transit Subscribers | Allows you to show transit subscribers for a Subtend system. |
The 6100, Subscriber ID, Pool, and Line Port fields are hyperlinked to their respective dialog boxes so you can use the logical service-oriented navigation feature to easily get to relevant parts of the system.
In a subtended system, you can view the transit subscribers in the View All Subscribers dialog box. Use the menu on the Show Transit Subscribers field to show the transit subscribers for the Local, Subtend Group, or Wire Center, as shown in Figure 8-29. If the transit subscriber box is checked, the transit subscribers for the Cisco 6100 Series systems display.
The scope box affects the number of Cisco 6100 Series systems that show in the dialog box. Following are the elements found in the scope box:
The View All PVCs dialog box displays all virtual circuit connections (VCCs) configured in the Cisco 6100 Series system. The total number of VCCs configured in the Cisco 6100 Series system is also maintained and displayed. The list of VCCs can be sorted based on any column in either ascending or descending order by clicking on the column heading.
To activate this dialog box, place your cursor on the MC, right click, and select the View All PVCs option. The dialog box in Figure 8-30 appears.
Each VCC displayed in the dialog box contains the subscriber name, the subscriber-side virtual path identifier (VPI)/virtual circuit identifier (VCI), and the network-side VPI/VCI.
Table 8-16 describes the fields in the View All PVCs dialog box.
| Field | Description |
|---|---|
6100 | Displays the Cisco 6100 Series system where the particular subscriber is provisioned. |
Subscriber ID | Displays the subscriber record identifier. |
Port | Displays the line port to which the subscriber is connected. Note Transit subscribers are associated with MC slot 9 (or 29) |
Type | Displays the type of connection. |
Subscriber VPI/VCI | Displays the current subscriber VPI and VCIs. |
Network VPI/VCI | Displays the current network VPI and VCIs. |
Another aggregate dialog box that is displayed by ViewRunner shows the inventory details of the Cisco 6100 Series system. To activate this dialog box, place your cursor on the MC, right click, and select View Equipment Inventory. The View Equipment Inventory dialog box in Figure 8-31 appears, showing the far left side. The view shown in Figure 8-32 appears after you scroll to
the right.
Posted: Tue Oct 5 13:11:39 PDT 1999
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