View Network Reports

Table 1. Feature History

Feature Name

Release Information

Feature Description
Deployability and Debuggability Enhancements

Cisco ONP Release 24.3.1

Cisco ONP enhances the debuggability and deployability of the network with the following improvements in Optical sources, and various reports available in the Results page:

  • Optical Sources: Including new optical parameters such as vendor name, vendor ID, and submode in the downloaded optical souce Excel file to improve inperoperability with Cisco Optical Network Controller.

  • BOM: The exported Excel file includes these updates:

    • Sales BOM Sheet: Providing information tailored for sales personnel.

    • Net BOM Sheet: Providing the site-wise BOM count and categories of elements such as Chassis, Controllers, Mux-Demux units, Line Cards, Fillers, and more, offering a comprehensive overview of all network elements in the analyzed network.

  • IPC:

    • Consolidating the IPC Cabling Report and the IPC Patch Report into a unified view with additional columns, streamlining connection details and eliminating the need to access multiple sources.

    • Highlighting patches when clicked.

  • Optical Reports: Filtering results by any column available in the report for more precise data analysis.

  • Elements > Messages: Providing links to navigate to the respective object in the network tree, allowing users to take the necessary action to correct errors.

Table 2. Feature History

Feature Name

Release Information

Description

Simplified Navigation to Results Tab

Cisco ONP Release 5.1

Cisco ONP now provides a simplified approach to navigate to the Results tab to view reports for analyzed multinode network topologies with the following enhancements:

  • Click the Ellipsis icon available in the right side of a particular site in the network tree to view:

    • BOM details

    • Optical Reports

  • Click the Ellipsis icon available in the right side of a particular circuit/media/wave in the network tree to view:

    • Optical Report

    • Traffic Report

  • New IPC tab —The IPC tab is introduced in Cabling Reports to intuitively view the internal patch connections for a site.

  • Search Box—The Results tab is enhanced with a Search Box at the top. You can use this search box to find a particular site in the topology by entering the site name.

Network reports

The Cisco ONP home page has multiple tabs to access the reports of the analyzed network. You can also view the reports for specific site, fiber, or wave properties by clicking the respective report in the Network Tree pane. The tabs are:

  • Dashboard

  • Elements

  • Map

  • BOM

  • Layout

  • Results

View reports in the Dashboard tab

Table 3. Feature History

Feature Name

Release Information

Feature Description

View sustainability report

 Cisco ONP Release 25.1.1

The Sustainability Insights tab in the Cisco ONP Dashboard presents these sustainability metrics for a network designed in Cisco ONP:

  • Energy Consumption Distribution (kWh)

  • CO2 Emission (Kg)

  • Energy Efficiency (kWh/GHz)

  • CO2 Emission Equivalent: This shows the number of miles traveled by a car, bus, and airplane that would produce the same amount of CO2 emissions.

  • Number of Trees Needed: Indicates the number of trees that would need to be planted to absorb the network's carbon emissions.

This report helps you understand the environmental impact of the optical networks you design.

From Release 25.1.1, Cisco ONP uses the Energy Management Capability (EMC) API to display sustainability reports. The EMC API calculates sustainability metrics by considering the power consumption and the geographical location of the site. See Formulas for sustainability calculation to know how the EMC API does the calculation.

Follow these steps to view various reports of an analyzed network under the Dashboard tab.

Before you begin

Log in to the Cisco ONP web interface.

Enable Sustainability report to view the sustainability report.

Procedure

Step 1

Open the analyzed network for which you want to view the network summary.

Step 2

Click the Dashboard tab.

By default, the Network Summary tab will appear and display this information about the network:

  • Total count of sites

  • Total count of fibers

  • Total count of SRLGs (Shared Risk Link Groups)

  • Total count of services

  • Total count of waves/media channels/circuits

  • Total count of messages

Step 3

Click the Sustainability Insights tab to view the sustainability metrics for a network designed in Cisco ONP.

  • Energy Consumption Distribution (kWh)

  • CO2 Emission (Kg)

  • Energy Efficiency (kWh/GHz)

  • CO2 Emission Equivalent: This shows the number of miles traveled by a car, bus, and airplane that would produce the same amount of CO2 emissions.

  • Number of Trees Needed: Indicates the number of trees that would need to be planted to absorb the network's carbon emissions.

  1. Click the Bypass EMC API radio button to display default values for the metrics regardless of the site's location or its power consumption.

Enable Sustainability report

Use this task to enable the Sustainability Insights tab under the Cisco ONP Dashboard.
Procedure

Step 1

Log in to the server where Cisco ONP is installed.

Step 2

Use the cd command to go to the cnp directory and then to the conf directory.

Example:
root#cd /opt /cnp / conf

Step 3

use the vi feature.properties command to open the feature.properties file in the vi editor.

Example:
root:/opt/cnp/conf# vi feature.properties

Step 4

Edit the file.

  1. Change SustainabilityInsights.enabled=false to SustainabilityInsights.enabled=true.

  2. Press the w and q keys to save and exit the vi editor.

Example:
:wq
What to do next
View reports in the Dashboard tab

Formulas for sustainability calculation

The EMC API calculates sustainability metrics using these formulas:

  1. Energy Consumed (kWh)

    Formula:

    EnergyConsumed = PowerUtilizedByNode * ObservationPeriodicity / 60

    PowerUtilizedByNode: The total power consumed by the optical node (in Watts).

    ObservationPeriodicity: The observation duration, fixed at 300 seconds (approximately 5 minutes).

  2. Carbon Emission (kg)

    Formula:

    CarbonEmission = EnergyConsumed * CarbonIntensity

    CarbonIntensity: The value obtained from the EMC API. If the EMC API does not return a value, a default constant value of 442 is used.

  3. Energy Efficiency (kWh/GHz)

    Formula:

    EnergyEfficiency = EnergyConsumed / TrafficServed

    EnergyConsumed: The result from the first formula.

    TrafficServed: The total traffic passing or reserved in the network

View reports in the Elements tab

The Elements tab provides comprehensive reports of network elements and any associated messages.

Follow these steps to view the network elements report and messages.

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Open the analyzed network for which you want to view the network summary.

Step 2

Click the Elements tab.

You can view the reports described in this table.

Table 4. Reports under Elements

Report

Description

Sites

Shows the site information, which consists of the name of the sites, their types, and their X and Y coordinate values.

Fibers

Shows the information about the fiber length between the source and the destination for the corresponding sites.

You can sort and filter the fiber details available in each column of the table.

Services

Shows the service type, source and destination sites for particular service, quantity, protection type, and status.

For each service, the report shows the primary path, secondary path, and their status.

Waves

The Waves report shows the number of waves available in the network and the wave utilization. Click each wave to view the following details:

  • Wave: Consists of a wave UID and its source and destination sites.

  • Wave Details: Provides details of wave OSNR, channel path, OTN services associated to wave and excluded channels.

  • Channels: Port details of the source and destination cards, the wavelength that is used, and its utilization demands.

  • Optical Results: Provides details of optical parameters such as OSNR, SOL, EOL, power margin, CD, and PMD.

SRLGs

Lists the names of created SRLGs and their fiber details. Click Export at the bottom to export the report in .xlsx format.

Messages

Shows messages that relate to errors that occurred while analyzing the network. By default, only critical messages for the analyzed network are listed here. You can disable the Critical Only toggle button to view all messages.

Click the link in the Target column to navigate to the respective object in the network tree and take the necessary action to correct the error.

Step 3

Click each tab to view the respective report.

Step 4

Click the Pop-up icon to view the reports in a larger, resizable window.

View details of the BOM report

Table 5. Feature History

Feature Name

Release Information

Feature Description

MLP Brownfield with Diff BOM

Cisco ONP Release 4.1

This feature allows you to perform the following:

  • Compare the BOMs of two or more LNI imported networks.

  • Upgrade brownfield network.

  • Upgrade the Cisco ONP network with traffic sites.

The Bill of Materials (BOM) report includes these components:

  • Detailed price lists for each site.

  • Categories of elements such as Chassis, Controller, Mux-Demux, Line Card, Filler, and more.

  • The overall BOM for the entire network.

Follow these steps to view the BOM report for an analyzed network.

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Open the analyzed network for which you want to view the BOM.

Step 2

Click the BOM tab.

The BOM details are displayed.

To view the BOM details for OTN and DWDM separately, click each site. See Licensed PIDs available in the BOM reportfor the list of licensed PIDs added into the BOM report.

See for the list of licensed PIDs added into the BOM report.

Step 3

View the BOM details for any particular site.

  1. In the network tree, expand Site and click the Ellipsis icon available in the right side of the required site.

  2. Click Open BOM

    Cisco ONP opens the BoM tab and provides the BoM details of the selected site.

  3. Expand the Site to view the PID information.

Step 4

Click Export to export the BOM details in the form of a spreadsheet, and save it into your local system.

We recommend that you export the BOM report only in analyze mode. Exporting the reports in the upgrade and release upgrade modes may lead to inaccuracies..

From Release 24.3.1, the exported Excel file includes these updates:

  • Sales BOM Sheet: Contains information tailored for sales representatives.

  • Net BOM Sheet: Now includes the sitewide BOM count, providing a comprehensive overview of all network elements in the analyzed network.

Step 5

Compare the BOM of the existing network with other networks:

  1. Click Compare with: Other Networks.

  2. From the Other Networks dialog box, choose the network that you want to be compared with.

You can view both BOM reports displayed on the same page for comparison.

Step 6

Use the Search box on top of the BOM reports to search for any specific site or wave in the reports.

  1. Enter the name of the specific site or wave in the Search box.

  2. Choose equals or contains from the drop-down list.

  3. Click the Search icon to search for the required site or wave.

Licensed PIDs available in the BOM report

Cisco ONP introduces new licensing PIDs with each platform release to incorporate the latest updates and features.

Table 6. Feature History

Feature Name

Release Information

Feature Description

Support for New PIDs for SMR-20 Card

Cisco ONP Release 4.2

The following new licensed PIDs for the SMR-20 card are displayed on the BOM page so that you can view the price details and consider ordering.

  • NCS2K-FSSMR-2LIC=

  • E-NCS2K-1P-LIC=

  • E-NCS2K-5P-LIC=

  • E-NCS2K-10P-LIC=

This table lists the licensed PIDs included in the BOM report for different Cisco ONP releases.

Table 7. Licensed PIDs added to BOM report

Cisco ONP release supported from

Platform

PIDs and description

4.2

NCS 2000

  • NCS2K-FSSMR-2-LIC= : 20-port FS-SMR licensed to enable two ports

  • E-NCS2K-1P-LIC= : Software license to enable one port on licensed 20-port FS-SMR

  • E-NCS2K-5P-LIC= : Software license to enable five ports on licensed 20-port FS-SMR

  • E-NCS2K-10P-LIC= : Software license to enable ten ports on licensed 20-port FS-SMR

5.2

NCS 1010 from Release 7.11.1

  • NCS1K10-ATO= : NCS 1010 ATO

  • SF-NCS1K10-7111K9S= : Software license to download the COSM NETCONF XML file for the COSM UI.

  • NCS1K4-CCMD-C= : 16-port, C-Band Colorless Coherent Multiplexer/Demultiplexer with an EDFA

  • NCS1K4-CCMD-L= : 16-port, L-Band Colorless Coherent Multiplexer/Demultiplexer with an EDFA

24.3.1

NCS 1020 from Release 24.3.1

NCS 1001 from Release 7.10.1

  • NCS1020-SA= : NCS 1020 Shelf Assembly

  • NCS1020-FAN= : NCS 1020 Fan for NCS 1014 Slots

  • NCS1020-FAN-BLANK= : NCS 1020 Fan Blank

  • CWDM-SFP-1510=: CWDM 1510 NM SFP Gigabit Ethernet and 1G/2G FC

  • CWDM-SFP-1610=: CWDM 1610 NM SFP Gigabit Ethernet and 1G/2G FC

  • ONS-SC-Z3-1510=: SFP - OC48/STM16/GE, CWDM, 1510 nm, Commercial Temp

  • ONS-SC-Z3-1610=: SFP - OC48/STM16/GE, CWDM, 1610 nm, Commercial Temp

  • ONS-SE-155-1510= : SFP - OC3/STM1 CWDM, 1510 nm, EXT

NCS 1014 transponder cards from Release 24.3.1.

  • S-NCS1K14-L-100U= : NCS 1014 100G Client Capacity Smart License - 400-600

  • S-NCS1K14-L-100L= : NCS 1014 100G Client Capacity Smart License - 700-900

  • S-NCS1K14-L-100M= : NCS 1014 100G Client Capacity Smart License - 1T-1.2T

  • NCS1K14-2.4T-K9= : Network Convergence System 1014 2.4T Line Card

  • NCS1K14-2.4T-X-K9= : Network Convergence System 1014 2.4T-X Line Card

  • NCS1K4-OTN-XP=: NCS1004 4x DDQSFP56, 6x QSFP28, 2 CFP2 DCO OTN Xponder

  • NCS1K4-OTN-XPL=: NCS1004 OTN Xponder Licensed

  • NCS1K4-1.2T-K9=: NCS1K4 12x QSFP28 2 Trunk C-Band DWDM card

  • NCS1K4-1.2T-L-K9=: NCS1K4 12x QSFP28 2 Trunk C-Band DWDM card - Licensed

  • NCS1K4-QXP-K9=: NCS1004 3.2T QSFP-DD DCO Transponder

  • NCS1K4-QXP-L-K9=: NCS1004 3.2T QSFP-DD DCO Licensed Transponder

  • NCS1K4-QXP-K9= : NCS1004 3.2T QSFP-DD DCO Transponder

  • ESS-TXP-SIA3 : Essential Coherent DWDM interface SIA 36-59 months

  • ESS-TXP-SIA5 : Essential Coherent DWDM interface SIA 60-120 months

  • ESS-TXP-RTU : Essential Coherent line card interface RTU

  • ADV-TXP-SIA3 : Advance Coherent DWDM interface SIA 36-59 months

  • ADV-TXP-SIA5 : Advance Coherent DWDM interface SIA 60-120 months

  • ADV-TXP-RTU : Advance Coherent line card interface RTU

Note

 

This is applicable only for the newly designed and upgraded networks.

25.1.1

NCS 2000 with chassis models M6, M15, M2

NCS 1004

NCS 1014

NCS 1010

NCS 1020

OAS-COSM-MLCL

One COSM PID is added for each active card present in the chassis. If a chassis slot is occupied with any active card such as SMR, 16-AD, EDFA, RAMAN, TXP, PSM cards, OLT, ILA, NCS1K14-2.4T-K9, NCS1K14-2.4T-X-K9, and NCS1K4-QXP-K9, one license is added for each occupied slot.

26.1.1

NCS 1010 (from IOS-XR Release 24.3.1)

NCS 1014 (from IOS-XR Release 25.1.1)

These licenses are added to the BOM, with quantities determined by the chassis. SIA and RTU licenses are excluded from the BOM for the Perpetual licensing model.

  • TXP: E-NCS1K14-TXP-SW

  • CCMD/EDFA: E-NCS1K14-OLS-SW

  • OLT: E-NCS1010-OLT-SW

  • ILA: E-NCS1010-ILA-SW

The BoM includes Software licenses for both the Smart licensed model and the Perpetual model, with and without Cisco Optical Site Manager, according to the Cisco ONP Release, for the NCS 1010 and NCS 1014 chassis. See Table 3.

NCS 1014 and NCS 1004 (from IOS-XR Release 25.1.1)

  • NCS1K_LIC _TRUNK: Only applicable for NCS1K4-QXP-K9 card.

  • NCS1k4_100G: For NCS1K4-1.2T-K9, for each 100G port.

  • S_NCS1k4_400G: For each 400G port of NCS1K4-2-QDD-C-K9.

  • S_NCS1k4_100G_ENC: For each ODU4 controller of the NCS1K4-1.2T-K9 card.

  • S_NCS1K4_LH_LIC: Used for NCS1K4-2-QDD-C-K9. number of trunk ports on that slot that has bps between 2 and 4.

  • NCS1k4_400G_REGEN: number of ports that are configured in regen in each slot with 200G as the trunk rate for NCS1K4-OTN-XP card.

This table shows an example for Release 25.1.1. Similar PIDs will be added based on the Release version of NCS 1010 and NCS 1014.

Table 8. Licensed PIDs added to BOM report based on the license model

Cisco ONP Release

Licensing Model

Install with COSM

NCS 1010

NCS 1014

25.1.1

Smart Licensed

False

SF-NCS1K10-2511K9F

SF-NCS1K14-2511K9F

True

SF-NCS1K10-2511K9S

SF-NCS1K14-2511K9S

Perpetual

False

SF-NCS1K10-2511K9P

SF-NCS1K14-2511K9P

True

SF-NCS1K10-2511K9T

SF-NCS1K14-2511K9T

Export the Salesforce BoM report

Cisco ONP allows you to export BoM report in Salesforce format for an analyzed network.

Follow these steps to export BoM report in Salesforce format.

Before you begin

Log in to the Cisco ONP web interface.

View details of layout and internal connections

Procedure

Step 1

Analyze the network. See Analyze the network.

Step 2

Choose Export > Salesforce BOM.

The Salesforce BoM report downloads as an excel sheet.

What to do next

Open the excel sheet to check the network BoM details.

View the results of analyzed network


Note

You can refer to the optical results data to check and correct the optically not feasible channels. You can modify the network properties in the Upgrade and Release Upgrade modes. After making the necessary corrections, analyze again to update the optical results based on the new modifications.

Follow these steps to view the details of optical reports, installation parameters, traffic reports, and cabling reports.

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Open the analyzed network for which you want to view the optical results.

Step 2

Click the Results tab on the Cisco ONP home page.

By default, the Optical Report tab appears. Each row in the tab shows the performance of one optical path. See Optical Report.

Note

 

From Release 24.1.1, you can view the multicarrier sites highlighted in the Optical Report tab, and organized in the Installation Report tab.

To view the optical report for any particular optical path:

  1. In the network tree, expand Circuits/Waves/Media Channels and click the Ellipsis icon available in the right side of the required optical path.

  2. Click Open Results.

    The Cisco ONP opens the Optical Report tab and provides the details of the selected optical path.

  3. Expand the optical path to view the wave and aggregated wave information for a selected circuit.

Step 3

From the OSNR RBW drop-down list, select the OSNR Resolution bandwidth between 0.5 nm and 0.1 nm.

The default value is 0.5 nm. You can change it in Design mode, Analyzed mode, Upgrade mode, and Release upgrade mode. When set to 0.1 nm, the SOL G-OSNR and EOL G-OSNR values increase to 7 dB.

Step 4

Click the Installation Parameters tab.

The Installation Parameters report specifies the values to be provisioned at installation for each site in the network.

To view the installation parameters for Automatic Node Setup (ANS) and Automatic Node Provisioning (ANP), click the respective tabs. See Installation parameters

Step 5

Click the Traffic Report tab.

You can view the aggregated demand channel data in the form of the traffic reports. See Traffic reports.

In Release 5.1, you can view the traffic report for all imported networks except the imported .mpz networks. To view the traffic report for individual optical path in imported .mpz networks, you must manually search in the Search box.

To view the traffic report for any particular optical path:

  1. In the network tree, expand Circuit and click the Ellipsis icon available in the right side of the required optical path.

  2. Click Open Results.

    The Cisco ONP displays the traffic report for the selected optical path.

    Note

     

    By default, Optical Result appears under the Results tab. Click Traffic Report to view traffic reports.

  3. Expand the optical path to view the wave information.

Step 6

Click the Cabling Report tab. See Cabling report

You can view the patch cord connections related to internal patch connections and multishelf management. This report is available for the networks starting from NCS 2000 system Release 12.1.0.

To view the internal patch connections for any particular site:

  1. In the network tree, expand Site and click the Ellipsis icon available in the right side of the required site.

  2. Click Open Cabling Report.

    The Cisco ONP opens the Cabling Report tab. By default, the IPC tab appears and provides the IPC details of the selected site.

  3. To view the internal patch connections, expand the Site.

Step 7

Use the Search box on top of the reports to search for any specific site or wave in the reports

  1. Enter the name of the specific site or wave in the Search box.

  2. Choose equals or contains from the drop-down list.

  3. Click the Search icon to search for the required site or wave.

Step 8

Click Export Report to export the optical reports details in an Excel sheet.

We recommend exporting the optical report only in analyze mode. Exporting reports in upgrade and release upgrade modes may be inaccurate.

Compare installation parameters of two networks

Table 9. Feature History

Feature Name

Release Information

Feature Description

UI Revamp of Optical Reports

Cisco ONP Release 4.1

This feature improves the user experience while comparing the installation parameters and optical reports of two networks.

Use this task to compare the installation parameters of two networks.

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Click the Results tab on the Cisco ONP home page.

Step 2

Click Installation Parameters.

Step 3

Click Other Networks.

Step 4

From the list of networks, select the network with which to compare.

FInd a new parameter called diffBy.

Step 5

To stop comparing the two networks, click Clear.

Step 6

Click Export Report to export the comparison report.

Compare the optical reports of two networks

Follow these steps to compare the optical reports of two networks.

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Click the Results tab on the Cisco ONP home page.

Step 2

Click Optical Report.

Step 3

Click Other Networks.

Step 4

From the list of networks, select the network with which to compare.

The optical parameters display two values.

Step 5

To stop comparing the two networks, click Clear.

Step 6

Click Export Report to export the comparison report.

Optical Report

From Release 24.3.1, you can filter the results by any column available in the report for more precise data analysis. For reports represented as colored icons, you can use the first letter of the color (e.g., "g" for green) to filter the results.

Table 10. Optical Report
Optical Parameter
Name  Displays the ID number of the wave and aggregated waves. ID is automatically generated based on the site name.
Protection Displays the protection type of the wave.
Protection Type

Displays whether the path type is Protected or Working path for NCS 1001.
SOL

Displays an icon indicating the results summary of the analysis that is run with Start of Life (SOL) fiber loss values:

  • Green indicates success.

  • Yellow indicates success with a marginal failure risk.

  • Orange indicates that the channel has a higher risk of failure.

  • Red indicates failure.
EOL

Displays an icon indicating the results summary of the analysis that is run with End of Life (EOL) fiber loss values. The indicator shows the optical performance for the path at the end of the fiber life:

  • Green indicates success.

  • Yellow indicates success with a marginal failure risk.

  • Orange indicates that the channel has a higher risk of failure.

  • Red indicates failure.
SE Indicates a system-related error that may impact the analysis of the design. If the indicator is red, review the messages that are reported at the end of the analysis or determine which units or sites have a problem.
P/F Displays the present or forecast services indication.
Source Displays the name of the source site and side; for example, Site 1-E.
Src Colorless Displays whether the colorless functionality is enabled on source ports.
Src Contentionless Displays whether the contentionless functionality is enabled on source ports.
Destination Displays the name of the destination site and side; for example, Site 1-E.
Dst Colorless Displays whether the colorless functionality is enabled on destination ports.
Dst Contentionless Displays whether the contentionless functionality is enabled on destination ports.
Wavelength Displays the wavelength of the optical channel.

Band Type

Displays the band type of the optical path.
Src Tx Type Displays the type of DWDM unit or pluggable port module that is used at the source of the specific Optical Channel (OCH) trail. The class of the DWDM unit is also displayed.
Dst Tx type Displays the type of DWDM unit or pluggable port module that is used at the destination of the specific OCH Trail. The class of the DWDM unit is also displayed.
Span Displays the total span length (source to destination) for this path in kilometers.
Suggested Regen Locations Displays the regeneration locations.
BER Target Displays the bit error rate (BER) target for this channel, based on the capability of the channel’s optical interface. It is 1.0E-15 for the interfaces using forward error correction (FEC) and 1.0E-12 for interfaces without FEC.
SOL OSNR Displays the start of life average Optical Signal to Noise Ratio (OSNR) value at the receiver.
EOL OSNR Displays the end of life average OSNR value at the receiver.
SOL OSNR margin Displays the SOL OSNR margin calculation. It is the difference between the OSNR value at certain power of the working point of the receiver client and the working area boundary.
EOL OSNR margin Displays the EOL OSNR margin calculation, which is the difference between the OSNR value at a certain power of the working point of the receiver client and the working area boundary.
SOL RX Displays the SOL average power that is received at the destination site in dBm.
EOL RX Displays the EOL average power that is received at the destination site in dBm.
SOL Power Margin Displays the SOL power budget margin at the receiver in decibels. It is defined as the offset between the receiver working point and the BER curve with margin. A positive value indicates that there are no power problems.
EOL Power Margin Displays the EOL power budget margin at the receiver in decibels. It is defined as the offset between the receiver working point and the BER curve with margin. A positive value indicates that there are no power problems.
SOL Overload Displays the SOL overload margin at the receiver in decibels. A positive value indicates that there are no overload problems.
EOL Overload Displays the EOL overload margin at the receiver in decibels. A positive value indicates that there are no overload problems.
Residual CD Displays the chromatic dispersion (CD) margin of the demand.
CD robustness Displays the robustness to chromatic dispersion of the receiver.
Single-Channel NLE Status Displays the status of alarms if any nonlinear effect (NLE) is present in the demand.
Multi-Channel NLE Status Provides the status of the nonlinear effect (NLE) on a particular channel or demand due to other channels or demands.
Min GB

Displays the minimum Guard Band (GB) requirement between channels on the 40G CP-DQPSK MXP and 40G CP-DQPSK ME MXP cards, and other transponders in a mixed any-to-any connectivity.

Filtering Penalty Displays the value of the penalties that are caused by different filter types (OADM, ROADM, and arrayed waveguide grating (AWG)).
PMD Displays the calculated total Polarization Mode dispersion (PMD) for each circuit. If the overall PMD for the link overcomes the maximum that is allowed, the PMD value is displayed in a red-colored font. The maximum allowed value depends on the client interface. For these special cases, the network must be manually resolved by contacting a Cisco TAC team.
RX Atten

Displays the attenuation at the input of the receiver.

TX Atten Displays the attenuation at the output of the receiver.
Encryption Displays the encryption type of the channel. Possible values are N/A, Yes, No.

Installation parameters

This table outlines the installation parameters for the ANS component.

Table 11. ANS Parameters
Parameter Description

Name

Displays the name of the site

Side

 Displays the line side

Position

 Displays the rack number, shelf number, and slot position of the card where the patch cord originates.

Unit

Displays the name of the card.

Port

Displays the port number where the patch cord originates.

Port ID

Displays the port ID.

Port Label

Displays the name of the port.

Parameter

Displays the name of the parameter to be set, such as RX Power Low, PSDShape, PSD, Gain, AmpliGainRange, AddAttenuation, DropAttenuation, Control Mode, MinExpSpanLoss, MaxExpSpanLoss, and so on.

For the CCMD-16 LC card connected to the ports of the OLT-E-C, the PSD is set using a specific formula and the VOA drop attenuation is set to 0dB to have optimal RX power for the circuits.

Value

Displays the name of the value to be set for the parameter.

Measurement Unit

Displays the measurement unit for the related installation parameter value, such as dBm.

Manual Set

Indicates with a Yes or No which parameters must be manually set using the Cisco Transport Controller (CTC) interface.

This table outlines the installation parameters for the ANP component.

Table 12. ANP Parameters
Parameter Description

Name

Displays the name of the site.

Unit ID

Displays the unit (slot number) of the passive units in the shelf.

Shelf ID

Displays the shelf identifier.

Rack Number

Displays the rack number.

Rack Position

Displays the rack position in the shelf.

Slot Position

Displays the slot position in the shelf for the card.

Equipment Type

Displays the card type.

Description

Displays the details of the card type.

Traffic reports

This table displays the aggregated data of demand channel in the traffic report for the analyzed network.

Table 13. Traffic Reports

Traffic report

Description

Demand

Categorizes each demand type. Each demand is further categorized into service, trails, and sections.

Section

Displays the sections under every service.

Src Site

 Displays the site name for the optical channel source.

Band Type

 Displays the band type for the optical path.

Src Position

Displays the rack, shelf ID, and slot identifiers for the source of the optical channel.

Src Card

Displays the unit name for the optical channel source.

Dst Site

Displays the site name for the optical channel destination.

Dst Position

Displays the rack, shelf ID, and slot identifiers for the destination of the optical channel.

Dst Card

Displays the unit name for the optical channel destination.

Client Service Type

Displays the client service type of the demand; for example, OC-48.

Protection Type

Displays the protection type of the demand

Encryption

Displays whether the demand is encrypted with values: NA, Yes, or No.

Wavelength

Displays the wavelength value of the optical channel, and the serial number of the wavelength in the wavelength band.

Max Latency (for NCS 2000 network)

For Circuits with Optical source, Max latency is Fiber Latency.

Displays the latency time for the current circuit. This value includes all the latency components for the circuit, including fiber and DWDM units on the path.

  • Max latency calculation formulas for optical source:

    • For both colorless and colored demands, the delay is calculated as: (Total Length of all Fiber used in the demand) × 5 μs

    • For contentionless demands, the formula is: (Total Length of all Fiber used in the demand + 0.001) × 5 μs

      In this instance, an extra 0.001 is added to the overall fiber length. This adjustment is necessary because, during simulation, virtual fibers are internally generated when contentionless or omni sides are involved. The span length for these virtual fibers is designated as 0.001, a minimal value, since the span length cannot be configured to 0.

  • Max latency for transponder cards:

    The maximum latency for transponder cards includes latency caused by client rate, trunk rate, client and trunk pluggables, and the FEC type configured on the transponder card, in addition to the maximum latency calculated for the optical source.

Cabling report

he IPC Cabling and Patch reports are consolidated into a single view with additional columns. This streamlines connection details and eliminates the need to access multiple sources.

This table shows patch cord connections related to internal patch connections and multishelf management.

Table 14. IPC

Parameter

Description

Name

Displays the name of the site.

Src Unit Type

Displays the source unit.

Src Position

Displays the rack, shelf, and slot position of the card from which the patch cord originates.

Src Port Label

Displays the name of the port.

SrcFicBay

Displays the assigned rack number.

SrcShelfName

Displays the type of shelf or the shelf name.

SrcShelfNumber

Displays the type of shelf or the shelf name.

SrcShelfUniqueId

Displays the unique ID assigned to the shelf. The unique ID will be used in COSM XML to push the configuration to the device.

SrcRUPosition

Displays the rack unit position in layout.

SrcCardNumber

Displays the card slot number within the shelf .

Cable

Displays the type of cable.

Dst Unit Type

Displays the source unit.

Dst Position

Displays the rack, shelf, and slot position of the card from which the patch cord terminated.

Dst Port Label

Displays the name of the port.

DstFicBay

Displays the assigned rack number.

DstShelfName

Displays the type of shelf or the shelf name.

DstShelfNumber

Displays the assigned shelf number.

DstShelfUniqueId

Displays the unique ID assigned to the shelf, which is used in COSM XML to push the configuration to the device.

DstRUPosition

Displays the rack unit position in layout.

DstCardNumber

Displays the card slot number within the shelf .

ManuallySet/AutomaticallySet

Indicates whether a cable connection will be automatically generated or requires manual configuration for NCS 2000 networks.
Table 15. MSM

Parameter

Description

Name

Displays the name of the site.

Src Unit Type

Displays the source unit.

Src Position

Displays the rack, shelf, and slot position of the card from which the patch cord originates.

Src ID

Displays the source unit ID.

Src Port Label

Displays the name of the port.

Cable Type

Displays the type of cable.

Dst Unit Type

Displays the source unit.

Dst Position

Displays the rack, shelf, and slot position of the card from which the patch cord terminated.

Dst ID

Displays the destination unit ID.

Dst Port Label

Displays the name of the port.

W/P

Indicates whether the connection relates to a present or forecast circuit.

Confidential banner in exported reports

Table 16. Feature History

Feature Name

Release Information

Feature Description

Confidential Banner

Cisco ONP Release 4.1

 This feature indicates the confidentiality of the reports or results generated by Cisco ONP for a network. The CONFIDENTIAL banner is placed in all the exported reports. It is placed in the first row and first cell of the Excel sheet, followed by a blank row and the contents of the exported report.
Table 17. Feature History

Feature Name

Release Information

Feature Description

Customizable Confidential Banner

Cisco ONP Release 4.2

 The Confidential Banner string can be customized as required. An admin user can modify the banner string when the confidentialBanner.enabled field is set to true in the feature.properties file.

The "CONFIDENTIAL" banner appears in all exported reports. In Excel files (.xlsx), it is located in the first cell of the first row, followed by a blank row, and then the report contents. If the .xlsx file contains multiple sheets, the banner is included on each sheet.

The "CONFIDENTIAL" banner is updated only when reports are exported in .xlsx format.

Server administrators can customize the "CONFIDENTIAL" banner text by modifying the confidentialBanner.content field. To enable banner customization, the confidentialBanner.enabled field must be set to true in the feature.properties file. By default, this field is set to false.

Edit the Unique ID of the chassis

Cisco ONP allows you to edit the Unique ID (UID) of a chassis in the Layout tab for an analyzed network.

Follow these steps to edit the Unique ID (UID) of a chassis

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Open the analyzed NCS 1010 network for which you want to edit the UID of the chassis.

Note

 

For NCS 2000 network, UID edit is available in upgrade and release upgrade modes.

Step 2

Click the Layout tab on the Cisco ONP homepage.

Step 3

In the graphical area, click Edit.

Step 4

Hover over the chassis that you want to edit the UID and click Edit Unique ID.

Step 5

Enter the UID and click Update.

The chassis UID is updated.

View details of layout and internal connections

Follow these steps to obtain the layout details and internal connections of an analyzed network.

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Click the Layout tab on the Cisco ONP homepage.

Step 2

Type the site name in the search box, or select a site from the Sites drop-down list.

The site layout is displayed with its racks and cards.

  1. Hover the mouse pointer over the transponder card to view the details of the slot, the PID of the card, and the ports.

  2. Expand the Ports to view details, such as wavelength and trunk mode.

  3. Hover the mouse pointer over the chassis to view the total power consumption.

COSM supports up to 50 UIDs; beyond which, the site layout displays incorrect UID for the chassis.

Step 3

Click the IPC tab to view the internal patch connections of the selected site.

Export Internal connections

Cisco ONP allows you to export internal fiber connections in two ways: either at site-level or network-level.

Follow these steps to export internal fiber connections.

Before you begin

Log in to the Cisco ONP web interface.

View details of layout and internal connections

Procedure

Step 1

Click the Ellipsis icon available in the right side of the internal fiber connection or site.

Step 2

Click Export.

View power consumption and unit weight report

Table 18. Feature History

Feature Name

Release Information

Feature Description

Power Consumption and Unit Weight Report

 Cisco ONP Release 5.2

Now, you can generate the power consumption and unit weight report for each product ID (PID). In the layout tab, you can see the power consumption and unit weight values and export them into Excel as a report for a single site or all sites. With prior knowledge of power consumption and weight details for each PID, you can plan and design an energy-efficient network.

The new options that allow you to view and export the reports are:

  • Show Typical Power Consumption

  • Show Max Power Consumption

  • Show Unit Weight

  • Power Consumption & Weight

The Power Consumption and Unit Weight report includes power consumption and weight details of cards and shelves at each site.


Remember

The power consumption of the Power Supply Unit (PSU) is not included in the total power consumption for NCS 1001, NCS 1010, NCS 1014, and NCS 1020 chassis. Determine the total power consumption for these chassis by adding 8 percent of the aggregated power consumption of all the cards inside the chassis to account for the PSU power consumption.


Note

To view the power consumption and weight report, upgrade and analyze the LNI network.

Follow these steps to view the power consumption and unit weight report for each site.

Before you begin

Log in to the Cisco ONP web interface.

Procedure

Step 1

Open the analyzed network for which you want to view the power consumption and weight report.

Step 2

Click the Layout tab on the Cisco ONP homepage.

Step 3

Click the ellipsis icon next to Sites.

A pop-up list displays these options.

Table 19. Option descriptions

Options

Description

Expand All

Expands all the items in the layout tree.

Collapse All

Collapses all the items in the layout tree.

Show Typical Power Consumption

Check the Show Typical Power Consumption check box to view typical power consumption values of each card and shelf in watts.

Show Max Power Consumption

Check the Show Max Power Consumption check box to view the power consumption values of each card and shelf in watts.

Max Power Consumption for a shelf is the sum of cards and modules.

Note

 

The total power consumption of an NCS 2000, NCS 4000, or NCS 1000 shelf changes based on AC or DC power supply.

  • For DC power supply, total power consumption of the shelf includes all Cards, DC power module, and fan tray.

  • For AC power supply in NCS 2000 M6 only, total power consumption of the shelf includes all cards, fan tray, 10% of power consumed by all cards, and 5W of Cooling Unit power consumption.

Show Unit Weight

Check the Show Unit Weight check box to view the weight of each card and shelf in kilograms.

The unit weight for a shelf is the sum of cards and modules.

Step 4

Select the options as you require.

Export power consumption and unit weight report

Follow these steps to export the power consumption and weight report of each shelf and card.

Before you begin
Log in to the Cisco ONP web interface

View power consumption and unit weight report.

Procedure

Step 1

In the graphical area, click the download icon.

The Export pop-up list displays these options.

Table 20. Option Descriptions

Options

Current site

Provides details of the site that you selected.

All Sites

Provides details of all the sites.

Step 2

Click the option as you require.

Step 3

Click Power Consumption & Weight to export the optical reports details in an Excel sheet.

We recommend that you export the power consumption and weight report only in the analyze mode. Exporting the reports in the upgrade and release upgrade modes may be inaccurate.