The documentation set for this product strives to use bias-free language. For the purposes of this documentation set, bias-free is defined as language that does not imply discrimination based on age, disability, gender, racial identity, ethnic identity, sexual orientation, socioeconomic status, and intersectionality. Exceptions may be present in the documentation due to language that is hardcoded in the user interfaces of the product software, language used based on RFP documentation, or language that is used by a referenced third-party product. Learn more about how Cisco is using Inclusive Language.
Cisco EPN Manager reports provide information about system and network health as well as fault information. You can customize and schedule reports to run on a regular basis. Reports can present data in a tabular, or graphical format (or a mixture of these formats). You can also save reports in CSV or PDF format. The CSV or PDF files can be saved on the Cisco EPN Manager server for later download, or sent to an e-mail address.
Cisco EPN Manager provide the following type of data:
With Cisco EPN Manager , you can filter these reports based on a specific criteria. For example, IPSLA Y.1731 reports can be filtered based on probes and PWE3 reports can be filtered based on Virtual Connection Identifier (VCID). You can also export reports, sort reports into logical groups, and archive reports for long-term storage.
The Reports Launch Pad provides access to the following Cisco EPN Manager reports:
Report and Report Types |
Provides: |
---|---|
IPSLA
Graphs
A collection of graphs representing the trends of IPSLA Performance measurements over time. These reports include graphs of delay and frame loss. To generate report data, you must activate an IPSLA monitoring policy on your devices. For details about the information collected by IPSLA monitoring policies, see IP SLA Monitoring Policy. |
|
Flap Reports |
|
IPSLA
Graphs
A collection of graphs representing the trends of IPSLA Performance measurements over time. These reports include graphs of delay and frame loss. To generate report data, you must activate an IPSLA monitoring policy on your devices. For details about the information collected by IPSLA monitoring policies, see IP SLA Monitoring Policy. |
|
IPSLA Delay Two Way Graph |
Graphical representation of two-way delay measurements between Maintenance End Points (MEP) for a service instance over a specified time period. |
IPSLA Delay Forward Graph |
|
IPSLA Delay Backward Graph |
|
IPSLA Loss Forward Graph |
Graphical representation of the percentage of frames lost between MEPs for a service instance over a specified time period. |
IPSLA Loss Backward Graph |
|
IPSLA Merged Graph |
Graphical representation of the delay variation between MEPs for a service instance over a specified time period. |
IPSLA
Statistics
These reports display the IPSLA performance measurements including delay, jitter, and frame loss. To generate report data, you must activate an IPSLA monitoring policy on your devices. For details about the information collected by IPSLA monitoring policies, see IP SLA Monitoring Policy. |
|
IPSLA Delay and Jitter |
Tabular representation of the Ethernet OAM performance measurements for a service instance in your network. The OAM performance measurements include probe index, operation type, Connectivity Fault Management (CFM) domain, Ethernet Virtual Connection (EVC), destination MEP, VLAN ID, Virtual Routing and Forwarding (VRF) name, delay two-way and jitter measurements, and frame loss. |
IPSLA Loss Ratio |
Tabular representation of the delay variation for a service instance in your network. The data includes probe index, operation type, CFM domain, EVC, destination MEP, VLAN ID, VRF name, and positive and negative values of delay forward and backward measurements. |
IPSLA Merged Statistics |
|
IPSLA Top
N
A collection of Top N reports of IPSLA performance measurements including Top N delay, jitter, and frame loss. These reports also lists the probe index, type of operation, CFM domain, EVC, destination MEP, VLAN ID, and VRF name for the devices in your network. You can choose the number of records to be displayed in these reports. To generate report data, you must activate an IPSLA monitoring policy on your devices. For details about the information collected by IPSLA monitoring policies, see IP SLA Monitoring Policy. |
|
IPSLA Top N Delay Two Way |
Tabular representation of the probes with highest two-way delay measurements between source and destination Maintenance End Points (MEP) for a service instance in your network. |
IPSLA Y.1731 Top N Delay Forward |
Tabular representation of the probes with highest percentage of frames lost between source and destination MEPs for a service instance in your network. |
IPSLA Top N Delay Backward |
Tabular representation of the probes with highest measurements of the delay variation between source and destination MEPs for a service instance in your network. |
IPSLA Top N Loss Forward |
|
IPSLA Top N Loss Backward |
|
IPSLA Top N Statistics |
|
IPSLA
Y.1731 Graphs
A collection of graphs representing the trends of Y.1731 performance measurements over time. The reports include graphs of delay, jitter and frame loss. To generate report data, you must activate an IPSLA Y.1731 monitoring policy on your devices. For details about the information collected by IPSLA Y.1731 monitoring policies, see IP SLA Y.1731 Monitoring Policy. |
|
IPSLA Y.1731 Delay Two Way Graph |
Graphical representation of the average two-way Ethernet Frame Delay Measurements (ETH-DM) between MEPs for a service instance that is configured using the Y.1731 technology. |
IPSLA Y.1731 Delay Backward Graph |
Graphical representation of the average ETH-DM from the destination MEP to the source MEP for a service instance that is configured using the Y.1731 technology. |
IPSLA Y.1731 Delay Forward Graph |
Graphical representation of the average ETH-DM from the source MEP to the destination MEP for a service instance that is configured using the Y.1731 technology. |
IPSLA Y.1731 Jitter Two Way Graph |
Graphical representation of the measurement of variations in the frame delay between MEPs for a service instance that is configured using the Y.1731 technology. |
IPSLA Y.1731 Forward Frame Loss Ratio Graph |
Graphical representation of the average ratio of the frames lost when transmitted from the source MEP to the destination MEP a service instance that is configured using the Y.1731 technology. The Frame Loss Ratio (FLR) is expressed as percentage. |
IPSLA Y.1731 Backward Frame Loss Ratio Graph |
Graphical representation of the average ratio of the frames lost when transmitted from the destination MEP to the source MEP for a service instance that is configured using the Y.1731 technology. The Frame Loss Ratio (FLR) is expressed as percentage. |
IPSLA
Y.1731 Statistics
These reports display the Y.1731 performance measurements of traffic and loss, including two-way/forward/backward delay, jitter and forward/backward frame loss of the Y.1731 probe. To generate report data, you must activate an IPSLA Y.1731 monitoring policy on your devices. For details about the information collected by IPSLA Y.1731 monitoring policies, see IP SLA Y.1731 Monitoring Policy. |
|
IPSLA Y.1731 Delay and Jitter |
Tabular representation of the average two-way delay, forward delay, backward delay, and delay variation measurements between the source and destination MEPs for a service instance in your network. It provides the reachability percentage of the Y.1731 probe, which is calculated by the success rate of the Y.1731 operations. It also lists the probe index, type of operation, CFM domain, and source and destination MEPs. |
IPSLA Y.1731 Frame Loss Ratio |
Tabular representation of the forward and backward frame loss ratio between MEPs for a service instant that is configured using the Y.1731 technology. The frame loss ratio is calculated as the number of frames lost divided by the total number of frames during a time interval. |
IPSLA
Y.1731 Top N
A collection of Top N reports of Y.1731 performance measurements including Top N delay, jitter, and frame loss. These reports also lists the probe index, type of operation, CFM domain, source, and destination MEPs for the devices that are configured using the Y.1731 technology. You can choose the number of records to be displayed in these reports. To generate report data, you must activate an IPSLA Y.1731 monitoring policy on your devices. For details about the information collected by IPSLA Y.1731 monitoring policies, see IP SLA Y.1731 Monitoring Policy. |
|
IPSLA Y.1731 Top N Delay Two Way |
Tabular representation of the probes with highest two-way ETH-DM in milliseconds between MEPs for a service instance in your network. |
IPSLA Y.1731 Top N Delay Forward |
Tabular representation of the probes with highest ETH-DM in milliseconds from the source MEP to the destination MEP for a service instance in your network. |
IPSLA Y.1731 Top N Delay Backward |
Tabular representation of the probes with highest ETH-DM in milliseconds from the destination MEP to the source MEP for a service instance in your network. |
IPSLA Y.1731 Top N Loss Forward |
Tabular representation of the probes with highest frame loss ratio between the source MEP and the destination MEP for a service instance in your network. |
IPSLA Y.1731 Top N Loss Backward |
Tabular representation of the probes with highest frame loss ratio between the destination MEP and the source MEP for a service instance in your network. |
Interface
Graphs
A collection of graphs representing the trends of interfaces traffic statistics over time. The reports include graphs of in/out traffic rates and in/out utilization. To generate report data, you must activate an Interface Health monitoring policy on your devices. For details about the information collected by Interface Health monitoring policies, see Interface Health Monitoring Policy. |
|
Interface In Utilization Graph |
Graphical representation of utilization percentage of interface bandwidth for inbound octets. |
Interface In Traffic Graph |
Graphical representation of incoming traffic, measured in bits per second, for interfaces over a specified time period. |
Interface Out Utilization Graph |
Graphical representation of utilization percentage of interface bandwidth for outbound octets. |
Interface Out Traffic Graph |
Graphical representation of outgoing traffic, measured in bits per second, for interfaces over a specified time period. |
Interface
Top N
A collection of Top N reports of interface traffic statistics including in/out traffic rates, in/out utilization, and interface availability. To generate report data, you must activate an Interface Health monitoring policy on your devices. For details about the information collected by Interface Health monitoring policies, see Interface Health Monitoring Policy. |
|
Interface Top N In Utilization |
Tabular representation of the list of interfaces with highest input utilization by the devices in your network. It also provides the interface index, speed, and the maximum utilization in percentage. |
Interface Top N In Traffic |
Tabular representation of the list of interfaces with highest incoming traffic in your network. |
Interface Top N Out Utilization |
Tabular representation of the list of interfaces with highest output utilization by the devices in your network. |
Interface Top N Out Traffic |
Tabular representation of the list of interfaces with highest outgoing traffic in your network. |
Interface Bottom N Availability |
Tabular representation of the list of interfaces with lowest availability in percentage. You can customize the report result to include various other data such as, incoming/outgoing traffic, input/output utilization, input/output errors and discards for the interfaces in your network. |
Interface
Traffic
These reports display the interface traffic statistics including in/out traffic rates, in/out interface utilization ratio, interface availability, and interface errors and discards. You can view these reports either by sites or by service. To generate report data, you must activate an Interface Health monitoring policy on your devices. For details about the information collected by Interface Health monitoring policies, see Interface Health Monitoring Policy. |
|
Interface Errors and Discards |
Tabular representation of the list of devices and interfaces with errors and discards in your network. |
Interface Traffic Report |
Tabular representation of the list of interfaces with incoming and outgoing traffic measured in bits per second. It also provides the input and output traffic utilization in percentage. |
PWE3
Statistics
These reports display the PWE3 traffic and availability statistics including in/out traffic rates and global/in/out availability. To generate report data, you must activate an Pseudowire Emulation Edge to Edge monitoring policy on your devices. For details about the information collected by Pseudowire Emulation Edge to Edge monitoring policies, see Pseudowire Emulation Edge to Edge Monitoring Policy. |
|
PWE3 Traffic Statistics |
Tabular representation of the In byte rate, Out byte rate, In bit rate, Out bit rate, In packet rate, and Out packet rate of the Pseudowire configured on the network devices. |
PWE3 Availability Statistics |
Tabular representation of the percentage of global availability, percentage of In availability, and percentage of Out availability of the Pseudowire configured on the network devices. |
PWE3 Top N
A collection of Top N reports of PWE3 statistics including in/out traffic rates and availability. To generate report data, you must activate an Pseudowire Emulation Edge to Edge monitoring policy on your devices. For details about the information collected by Pseudowire Emulation Edge to Edge monitoring policies, see Pseudowire Emulation Edge to Edge Monitoring Policy. |
|
PWE3 Top N In Byte |
Tabular representation of the list of devices with highest average In bytes rate and maximum In bytes rate in your network. |
PWE3 Top N Out Byte |
Tabular representation of the list of devices with highest average Out bytes rate and maximum Out bytes rate in your network. |
PWE3 Top N In Bit |
Tabular representation of the list of devices with highest average In bit rate and maximum In bit rate in your network. |
PWE3 Top N Out Bit |
Tabular representation of the list of devices with highest average out bit rate and maximum Out bit rate in your network. |
PWE3 Top N In Packet |
Tabular representation of the list of devices with highest average In packet rate and maximum In packet rate in your network. |
PWE3 Top N Out Packet |
Tabular representation of the list of devices with highest average out packet rate and maximum Out packet rate in your network. |
PWE3 Bottom N Availability |
Tabular representation of the list of devices with lowest percentage of global, inbound, and outbound availability in your network. |
PWE3
Traffic Graphs
A collection of graphs representing the trends of PWE3 traffic over time, including in/out traffic rates and global/in/out availability. To generate report data, you must activate an Pseudowire Emulation Edge to Edge monitoring policy on your devices. For details about the information collected by Pseudowire Emulation Edge to Edge monitoring policies, see Pseudowire Emulation Edge to Edge Monitoring Policy. |
|
PWE3 In Byte Rate Graph |
Graphical representation of the actual In byte rate of the Pseudowire configured on the network devices. |
PWE3 Out Byte Rate Graph |
Graphical representation of the actual Out byte rate of the Pseudowire configured on the network devices. |
PWE3 In Bit Rate Graph |
Graphical representation of the actual In bit rate of the Pseudowire configured on the network devices. |
PWE3 Out Bit Rate Graph |
Graphical representation of the actual out bit rate of the Pseudowire configured on the network devices. |
PWE3 In Packet Rate Graph |
Graphical representation of the actual In packet rate of the Pseudowire configured on the network devices. |
PWE3 Out Packet Rate Graph |
Graphical representation of the actual out packet rate of the Pseudowire configured on the network devices. |
PWE3 Global Availability Graph |
Graphical representation of the percentage of global availability of the Pseudowire configured on the network devices. |
PWE3 Inbound Availability Graph |
Graphical representation of the percentage of inbound availability of the Pseudowire configured on the network devices. |
PWE3 Outbound Availability Graph |
Graphical representation of the percentage of outbound availability of the Pseudowire configured on the network devices. |
QOS
Policing
Graphical and tabular reports that provide details about the policy map: ClassMap. The details include, direction of the policy map, average and maximum exceed byte rates, maximum exceed date, average and maximum violate byte rates, maximum violate date, average and maximum conformed byte rates, maximum conformed date, CIR and EIR current rates. To generate report data, you must activate an Quality of Service monitoring policy on your devices. For details about the information collected by Quality of Service monitoring policies, see Quality of Service Monitoring Policy. |
|
QoS Policy
Graphical and tabular reports that provide details about the policy map: ClassMap. The details include, direction of the policy map, average and maximum pre-policy and post-policy byte rates, maximum pre-policy and post-policy dates, average and maximum drop in percentage, maximum drop date, average and maximum pre-policy of CIR and interface speed in percentage, and maximum pre-policy of CIR and interface speed date. To generate report data, you must activate an Quality of Service monitoring policy on your devices. For details about the information collected by Quality of Service monitoring policies, see Quality of Service Monitoring Policy. |
Table lists the Optical Performance reports supported by Cisco EPN Manager . For all the graphical reports, ensure that you select a maximum of four interfaces when you schedule or run these reports. For all the tabular reports, use the Show field to specify the number of records to be displayed in a page when you schedule or run these reports.
The performance data displayed when you generate these reports depend on the monitoring policy parameter that you activate when you enable the monitoring policy. For a detailed list of monitoring type and the associated performance counters, see Monitoring Policies Reference. For more information about monitoring policies, see Monitor Device and Network Health and Performance. For information about how to interpret the report results, see Report Output Examples: Web GUI Output and CSV File Output.
Note | Enable the Optical 1 day or Optical 15 mins monitoring policies to populate data for these reports. |
Report |
Report Type |
Provides: |
Monitoring Policy Parameters That Must Be Activated |
Parameters That Must Be Polled |
---|---|---|---|---|
Ethernet |
Ethernet Reports–NCS1K, NCS2K and NCS4K |
Graphical and tabular reports that lists the total number of packets requested by the higher-level protocols to be transmitted, and which were not addressed to a multicast or broadcast address at this sub-layer, including those that were discarded or not sent. The details also include total number of multicast frames transmitted error free, total number of packets requested by higher-level protocols, total number of transmitted octects, total number of octets received on the interface and number of received packets that were discarded because of errors. To customize the report output for a new report, choose New, and then click Customize in the Settings area . , clickTo customize the report output for an existing report, choose Customize in the Settings area. , click the required report link, and then click |
Optical 1 day or Optical 15 mins For details about the information collected by optical monitoring policies, see Monitoring Policies Reference. For information about how to interpret the report results, see Report Output Examples: Web GUI Output and CSV File Output. |
Ethernet |
OTN |
Section Monitoring NEnd & FEnd Reports- NCS1K, NCS2K and NCS4K |
Graphical and tabular reports that list the OTN section monitoring details of devices and interfaces in the OTN circuit type. The details include number of background block errors and its ratio, number of errored seconds and its ratio, number of severely errored seconds and its ratio, number of unavailable seconds, and number of failure counts. |
Optical 1 day or Optical 15 mins For details about the information collected by optical monitoring policies, seeMonitoring Policies Reference. For information about how to interpret the report results, see Report Output Examples: Web GUI Output and CSV File Output. |
OTN DWDM Infrastructure1 |
Path Monitoring NEnd & FEnd Reports |
Graphical and tabular reports that list the OTN path monitoring details of devices and interfaces in OTN circuit type. They provide details such as number of background block errors and its ratio, number of errored seconds and its ratio, number of severely errored seconds and its ratio, number of unavailable seconds, and number of failure counts. |
|||
Forward Error Correction Reports- NCS1K, NCS2K and NCS4K |
Graphical and tabular reports that list the OTN forward error correction details of devices and interfaces in the OTN circuit type. The details include the number of bit errors corrected, number of uncorrectable words, and Pre-forward error correction based bit error counts detected during the performance monitoring time interval. |
|||
Tandem Connection Monitoring NEnd & FEnd Reports |
Graphical and tabular reports that provide the tandem connection monitoring details for the devices and interfaces in the OTN circuit type. The details include number of background block errors and its ratio, number of errored seconds and its ratio, number of severely errored seconds and its ratio, number of unavailable seconds, and number of failure counts. |
OTN |
||
GFP Statistics Reports–NCS2K and NCS4K |
Graphical and tabular reports that provide the generic framing procedure (GFP) statistics for the devices in the OTN circuit type. The GFP statistics include number of GFP frames and bytes received and transmitted, number of single and multiple bit errors received, number of packets received with CRC errors, invalid GFP type, and invalid CID, number of CMF frames received and transmitted, and number of cHEC and tHEC multiple bit errors. |
OTN DWDM Infrastructure1 |
||
Physical |
Optical Power Reports-NCS1K, NCS2K, and NCS4K |
Graphical and tabular reports that provide the average, minimum, and maximum percentage of optical input and output power of the received and transmitted signal for devices in a physical circuit type. |
Optical 1 day or Optical 15 mins For details about the information collected by optical monitoring policies, see Monitoring Policies Reference. For information about how to interpret the report results, see Report Output Examples: Web GUI Output and CSV File Output. |
Physical DWDM Infrastructure1 |
Laser Bias Current Reports-NCS1K, NCS2K, and NCS4K |
Graphical and tabular reports that provide the average, minimum, and maximum percentage of laser bias current. The laser bias current is the normalized value expressed as the integer percentage. |
|||
Optical Physical Report -NCS1K, NCS2K, NCS4K |
Graphical and tabular reports that provide the average, minimum, and maximum value of optical power on the unidirectional port. The details include the average, minimum and maximum Optical Service Channel power level The details of average, minimum and maximum optical signal-to-noise ratio, optical power warning, chromatic dispersion, second order polarization mode dispersion, polarization dependent loss, differential group delay, polarization change rate, and phase noise. |
|||
SDH Or SONET |
SDH Regenerator Section Report |
Graphical and tabular reports that provide the performance monitoring details of the SDH regenerator section layer for the devices in your network. The details include the number of background block errors and its ratio, number of errored seconds and its ratio, number of severely errored seconds and its ratio, number of unavailable seconds, number of errored block, and number of out-of-frame seconds. |
Optical 1 day or Optical 15 mins For details about the information collected by optical monitoring policies, see Monitoring Policies Reference. For information about how to interpret the report results, see Report Output Examples: Web GUI Output and CSV File Output. |
SDH/SONET DWDM Infrastructure1 |
SDH Multiplex Section NEnd & FEnd Reports - NCS2K |
Graphical and tabular reports that provide the performance monitoring details of SDH multiplex section layer for the devices in your network. The details include number of background block errors and its ratio, number of errored seconds and its ratio, number of severely errored seconds and its ratio, number of unavailable seconds, number of errored blocks, number of failure counts, protection switching — Switching count, ring count, span count, working count, duration, ring duration, span duration and working duration. |
|||
SDH Multiplex Section NEnd & FEnd Reports - NCS4K |
Graphical and tabular reports that provide the performance monitoring details of SDH multiplex section layer for the devices in your network. The details include number of background block errors and its ratio, number of errored seconds and its ratio, number of severely errored seconds and its ratio, number of unavailable seconds, and number of errored blocks. |
|||
SONET Section Report |
Graphical and tabular reports that provide performance monitoring details of SONET section layer for the devices in your network. The details include number of coding violations, number of errored seconds, number of severely errored seconds, and number severely errored frame seconds. |
|||
SONET Line NEnd & FEnd Reports - NCS2K |
Graphical and tabular reports that provide performance monitoring details of SONET line layer for the devices in your network. The details include number of coding violations, number of errored seconds, number of severely errored seconds, number of unavailable seconds, number of failure counts, protection switching— Switching count, ring count, span count, working count, duration, ring duration, span duration and working duration. |
|||
SONET Line NEnd & FEnd Reports - NCS4K |
Graphical and tabular reports that provide performance monitoring details of SONET line layer for the devices in your network. The details include number of coding violations, number of errored seconds, number of severely errored seconds, number of unavailable seconds, and number of failure counts. |
1. You must activate this parameter for all Cisco Optical Networking Services (ONS) and Cisco Network Convergence System (NCS) 2000 series devices.
Table 1 lists the basic performance reports supported by Cisco EPN Manager . It also lists the monitoring policies and parameters that must be enabled for each of the report type. These reports are applicable for both Optical and Carrier Ethernet technologies.
Note | These reports are not supported for Cisco NCS 2000 devices. |
For more information about monitoring policies, see Monitor Device and Network Health and Performance.
Report |
Report Type |
Provides: |
Monitoring Policies That Must Be Enabled |
Parameters That Must Be Activated |
---|---|---|---|---|
Environmental Temperature |
Top N Environmental Temperature |
Current, average, minimum, and maximum temperature for network devices. |
Device HealthFor details about the Device Health monitoring policy, see Device Health Monitoring Policy. |
Environment Temperature |
Bottom N Environmental Temperature |
||||
Interface Errors and Discards |
Top N Interface Errors and Discards |
Lists devices with errors and discards in your network. |
Interface HealthFor details about the Interface Health monitoring policy, see Interface Health Monitoring Policy. |
In/Out Packet Rate In/Out Broadcast Packet Rate |
Bottom N Interface Errors and Discards |
Inbound/Outbound Discards Percentage |
|||
Threshold Violations |
Threshold Violation Reports |
Lists the threshold violation alarms data for your network. |
Admin Status Up/Down Operational Status Up/Down Admin Status Up and Operational Status Down Percentage |
Table 1 lists the device reports supported by Cisco EPN Manager . It also lists the monitoring policies and parameters that must be enabled for each of the report type. These reports are applicable for both Optical and Carrier Ethernet technologies.
Note | Device reports are not supported for Cisco NCS 2000 devices. |
For more information about monitoring policies, see Monitor Device and Network Health and Performance.
Report Category |
Report Type |
Provides: |
Monitoring Policies That Must Be Enabled |
Parameters That Must Be Activated |
---|---|---|---|---|
CPU Utilization |
CPU Utilization |
CPU utilization (%) in graph form for a specified time period. Includes information for all CPU modules on device. |
Device Health For details about the Device Health monitoring policy, see Device Health Monitoring Policy. |
CPU Utilization |
Top CPU Utilization |
CPU utilization (%) in graph form for a specified time period. Includes information for all CPU modules on device. |
|||
Bottom CPU Utilization |
Table listing all devices in descending order according to their average CPU usage for a specified time period. |
|||
Detailed Hardware |
Detailed Hardware |
Table listing all devices in ascending order according to their average CPU usage for a specified time period. |
N/A |
N/A |
Detailed Software |
Detailed Software |
Hardware information for the entire inventory or device types (for example, Switches and Hubs, Routers, and Optical Transport). Provides system information and the last time the system was updated. |
N/A |
N/A |
Device Credential Verification |
Immediate Report Check Device And Show |
The credential status of the devices in your network. Includes the login, reachability, and protocol statuses of each device. Also, includes the last modified date and time for the device. |
N/A |
N/A |
Device Health |
N/A |
CPU utilization, memory utilization, and availability information of the network devices for a specified time period. Includes minimum, maximum, and average for all CPU modules and memory pools on a device. |
Device Health For details about the Device Health monitoring policy, see Device Health Monitoring Policy. |
CPU Utilization |
Memory Utilization |
Memory Utilization Top Memory Utilization Bottom Memory Utilization |
Memory utilization information for a specified time period. Includes information for all memory pools/modules. |
Memory Pool Utilization |
Table 1 lists the Compliance report along with the monitoring policy and parameters that must be enabled for this report. This report is applicable for all technologies.
For more information about monitoring policies, see Monitor Device and Network Health and Performance .
Report Category |
Report Type |
Provides: |
Monitoring Policies That Must Be Enabled |
Parameters That Must Be Polled |
---|---|---|---|---|
Change Audit |
Change Audit |
All actions and changes made using the system during a specified period of time, creating an audit trail. Includes a description of the action (device added, monitoring policy created, and so forth), the action category (admin, inventory), the user ID, the device IP address, and the time of the change. |
N/A |
N/A |
The Report Launch Pad provides access to all Cisco EPN Manager reports from a single page. From this page, you can perform all report operations: Create, save, view, schedule, and customize.
To see more report details, hover the cursor over the toop tip next to the report type.
To create, schedule, and run a new report:
Step 1 | From the left sidebar, choose . |
Step 2 | Locate the report you want to launch, then click New. |
Step 3 | In the Report Details page, complete the required fields. You can filter the reports using Report by drop-down list, filter options vary according to the report type. The parameters shown in the Report Details page depend on the report type you chose. With some reports, you are required to customize the report results. For more information about how to customize a report result, see Customize Report Results. |
Step 4 | If you plan to run this report later or as a recurring report, enter the required Schedule parameters. |
Step 5 | To run the
report, choose one of the following options:
|
Many reports allow you to customize their results, letting you include or exclude different types of information. Reports that support this feature display a Customize button. Click this button to access the Create Custom Report page and customize the report results.
To customize a report result:
In this example, a section monitoring report is generated for Cisco NCS 2000 series devices that are available in the near end of the network. You can choose to view the result, either at the bottom of the Report Details page, or export the results to a CSV or PDF file. For more information about how to create and run a report, see Create, Schedule, and Run a New Report.
The following figure shows how the results are displayed at the bottom of the Report Details page.
If you choose to export the result to a CSV file, the report is saved in the repository named /localdisk/ftp/reports. You can adjust the location of the report repository. For more information, see Report Purging.
The file naming convention for the CSV file is ReportTitle_yyyymmdd_hhmmss.csv, where yyyymmdd is the year, month, and date, and hhmmss is the hours, minutes, and seconds when the report result was exported.
The following figure shows how the results are displayed in a CSV file.
The following table explains how you can interpret the section monitoring report result.
Column Name |
Description |
---|---|
Device Name |
Name of the device that is in the near end of the network. |
Device IP Address |
IP address of the device. |
Interface |
Interface name of the device. |
DateTime |
Date and time when the section monitoring data was collected for the device. The value in this column depends on the report interval that you chose when you created the report. The report interval can be 15 minutes or 24 hours. |
BBE-SM |
Number of background block errors for the device. |
BBER-SM |
Background block error ratio for the device. |
ES-SM |
Number of errored seconds for the device. |
ESR-SM |
Errored seconds ratio for the device. |
SES-SM |
Number of severely errored seconds for the device. |
SESR-SM |
Severely errored seconds ratio for the device. |
UAS-SM |
Number of unavailable seconds for the device. |
FC-SM |
Number of failure counts (AIS/RFI detected) for the device. |
For detailed descriptions of performance counters that are displayed in the results of other optical performance reports, see Performance Counters for Optical Monitoring Policies .
If the report was run successfully but you do not have an output file that can be exported, you can try one of the following troubleshooting tips:
Check if you have... |
For example: |
---|---|
...enabled the correct monitoring policy. For details on what monitoring policies must be enabled, see Monitoring Policies Reference. |
For QoS reports, QoS monitoring policy must be enabled. |
... enabled the correct polling job. |
For any System Monitoring report, the polling job must be enabled. |
... chosen the correct device type for a particular report. |
Do not choose NCS devices for generating CE Performance reports as they are optical devices. |
... selected the correct time period while generating a report. |
You cannot choose a 2-week time period if you enabled the policy only 2 days ago. |
... configured the device properly. For more details, see Configure Devices So They Can Be Modeled and Monitored. |
For QoS reports, QoS must be configured/enabled on the device. |
... successful device inventory collection. For more details, see Find Devices With Inventory Collection or Discovery Problems |
For the reports to have data, the inventory collection status must be Completed. |