Table Of Contents
Slot Property Information—FC_MR-4, FMEC, Multirate, Optical, and Transponder Cards
D.1 FC_MR-4 Card
D.1.1 Slot Properties—FC_MR-4
D.2 FMEC Cards
D.2.1 Slot Properties—FMEC-DS-1/E1
D.2.2 Slot Properties—FMEC-DS-3/E3
D.2.3 Slot Properties—FMEC-E1
D.2.4 Slot Properties—FMEC-E1-120NP
D.2.5 Slot Properties—FMEC-STM1E 1:1
D.2.6 Slot Properties—MIC-A/P
D.2.7 Slot Properties—MIC-C/T/P
D.3 Multirate Cards
D.3.1 Slot Properties—ASAP_4
D.3.2 Slot Properties—MRC-12
D.4 Optical Cards
D.4.1 Slot Properties—OC12 IR/STM4 SH 1310
D.4.2 Slot Properties—OC12-4 IR/STM4 SH 1310
D.4.3 Slot Properties—OC192 LR/STM64 LH 1550
D.4.4 Slot Properties—OC192/STM64 XFR-Based
D.4.5 Slot Properties—OC3 IR 4 1310
D.4.6 Slot Properties—OC3 IR/STM1 SH 1310-8
D.4.7 Slot Properties—OC48
D.4.8 Slot Properties—OC48 IR 1310
D.4.9 Slot Properties—OC48 LR 1550
D.4.10 Slot Properties—OECP-L
D.4.11 Slot Properties—S1.1-2-LC (ONS 15305 CTC)
D.4.12 Slot Properties—S1.1-8-LC (ONS 15305 CTC)
D.4.13 Slot Properties—S16.1-1-LC (ONS 15305 CTC)
D.4.14 Slot Properties—STM-1
D.4.15 Slot Properties—STM-1 S1.1-2-LC/E1-21 (ONS 15305 CTC)
D.4.16 Slot Properties—STM-1E-12
D.4.17 Slot Properties—STM-16 (ONS 15454 SDH)
D.4.18 Slot Properties—STM-16 (ONS 15600 SDH)
D.4.19 Slot Properties—STM-4 IR/STM4 SH 1310
D.4.20 Slot Properties—STM-4 L4.2-2-LC (ONS 15305 CTC)
D.4.21 Slot Properties—STM-16 L16.2-1-LC (ONS 15305 CTC)
D.4.22 Slot Properties—STM-64 LH 1550 (ONS 15454 SDH)
D.4.23 Slot Properties—STM-64 LR/LH 4 (ONS 15600 SDH)
D.5 Transponder Cards
D.5.1 Slot Properties—BT10E-LCxx and BT10E-LLxx
D.5.2 Slot Properties—FEC-LEM
D.5.3 Slot Properties—LEM
D.5.4 Slot Properties—LEM-10-B1
D.5.5 Slot Properties—LEM-10G-Nxx
D.5.6 Slot Properties—LEM-EM-M
D.5.7 Slot Properties—LT
D.5.8 Slot Properties—RT
D.5.9 Slot Properties—RXT
D.5.10 Slot Properties—RXT-10G-N
D.5.11 Slot Properties—RXT-10H-M
D.5.12 Slot Properties—RXT-B1
D.5.13 Slot Properties—RXT-FEC
D.5.14 Slot Properties—Transmitter Transponder
D.5.15 Slot Properties—WCM
D.5.16 Slot Properties—WCM-10G-Nxx
D.5.17 Slot Properties—WCM-FEC
D.5.18 Slot Properties—WCM-EM-Fxx
D.5.19 Slot Properties—WCM-EM-Mxx
D.5.20 Slot Properties—WCM10
Slot Property Information—FC_MR-4, FMEC, Multirate, Optical, and Transponder Cards
This appendix provides information on the cards supported in CTM. This appendix contains the following sections:
•
FC_MR-4 Card
•FMEC Cards
•Multirate Cards
•Optical Cards
•Transponder Cards
Note In the CTM GUI, read-only fields have a gray background.
D.1 FC_MR-4 Card
This section describes the FC_MR-4 card supported within CTM.
D.1.1 Slot Properties—FC_MR-4
The Slot Properties pane displays information about the Cisco ONS 15454 SONET or ONS 15454 SDH card slot that is selected in the NE Explorer tree. Use this property sheet to change the card properties.
The Fiber Channel 4-port (FC_MR-4) card is a 1.0625- or 2.125-Gbps Fiber Channel/Fiber Connectivity (FICON) card that integrates non-SONET or non-SDH framed protocols into a SONET or SDH time-division multiplexing (TDM) platform through virtually concatenated payloads.
The FC_MR-4 card uses pluggable Gigabit Interface Converters (GBICs) to transport non-SONET/SDH-framed, block-coded protocols over SONET/SDH in virtually concatenated or contiguously concatenated payloads. The FC_MR-4 can transport fiber channel over SONET/SDH using fiber-channel client interfaces and allows transport of one of the following at a time:
•Two contiguously concatenated (CCAT) STS-24c/VC4-8c circuits
•One STS-48c/VC4-16c CCAT
•Two virtually concatenated (VCAT) circuits (STC3c-8V/VC4-8v) compliant with ITU-T G.7041 GFP-T and Telcordia GR-253-CORE
•One STS-24c/VC4-8c CCAT and one STS-24c/VC4-8c VCAT
For the FC_MR module, the Slot Properties pane displays the following tabs: Module View, Identification, Card, Port, Alarm Behavior, RMON Thresholds, J1 Path Trace, GBIC Inventory, and Info.
D.1.1.1 Module View Tab
The Module View tab displays a graphic of the FC_MR that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
Right-clicking the graphic opens a shortcut menu that you can use to reset, delete, or change the card.
D.1.1.2 Identification Tab
The Identification tab allows you to view and update FC_MR identification information.
Table D-1 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.1.1.3 Card Tab
The Card tab allows you to view and update card information.
Table D-2 Field Descriptions for the Card Tab
Field
|
Description
|
Card Mode
|
Select the card mode. It can be either of the following:
•Distance Extension (Cisco default)
•Line Rate Only
|
Current Bandwidth Usage
|
Displays the current bandwidth utilization in terms of STS or VC-4 usage.
|
D.1.1.4 Port Tab
The Port tab allows you to view and update FC_MR port information. The tab contains the following subtabs:
•General Subtab
•Distance Extension Subtab
•Enhanced FC/FICON Subtab
D.1.1.4.1 General Subtab
The General subtab allows you to view and update general port information.
Table D-3 Field Descriptions for the General Subtab
Field
|
Description
|
Port Number
|
Displays the card port number. Values are 1 to 4.
|
Port Name
|
Allows you to assign the specified port a name. The name can be up to 32 alphanumeric or special characters and is blank by default.
|
Admin State
|
Displays the administration state. The state can either be Unlocked or Locked, Maintenance.
|
Media Type
|
Set the media type for each port. Options are:
•FICON - 2 Gbps—Available when Distance Extension card mode is selected or distance extension is enabled on the port.
•FICON - 1 Gbps—Available when Distance Extension card mode is selected or distance extension is enabled on the port.
•Fibre Channel - 1 Gbps—Fiber channel interface.
•Fibre Channel - 2 Gbps—Fiber channel interface.
•Undefined—This is the Cisco default media type when the card is inserted.
|
Link Rate
|
Displays the actual rate of the port.
|
Max GBIC Rate
|
Displays the maximum GBIC rate. Cisco supports two GBICs for the FC_MR-4 card (ONS-GX-2FC-SML and ONS-GX-2FC-MMI). If used with another GBIC, "See GBIC vendor" displays.
|
Enable Link Recovery
|
Enables or disables link recovery if a local port is inoperable. If enabled, a link reset occurs when there is a loss of transport from a cross-connect switch, a protection switch, or an upgrade.
|
State
|
Places the port in service (IS), out of service (OOS), or out of service-maintenance (OOS_MT).
|
D.1.1.4.2 Distance Extension Subtab
The Distance Extension subtab allows you to enable the buffer-to-buffer extension between the client and the FC_MR-4 card in order to increase the dense wavelength division multiplexing (DWDM) distance without affecting the throughput.
Table D-4 Field Descriptions for the Distance Extension Subtab
Field
|
Description
|
Port No.
|
Displays the port number.
|
Enable Distance Extension
|
Check to enable end-to-end distances of up to 1600 km for 1 GFC and up to 800 km for 2 GFC. When enabled, all the fields for the port are enabled.
|
Auto Detect Credits
|
Check to enable automatic detection of buffer credits for flow control.
|
Credits Available
|
Displays the number of credits available. You can set the credits available only if the Auto Detect Credits field is disabled on the port. Values should be in multiples of 2. The minimum value is 2 and the maximum value is 256.
|
Autoadjust GFP Buffer Threshold
|
Check to automatically adjust the threshold of the GFP buffer.
|
GFP Buffers Available
|
Displays the number of GFP buffers. You can set the GFP buffers as available only if the Autoadjust GFP Buffer Threshold field is disabled. Values should be in multiples of 16. The minimum value is 16 and the maximum value is 1200.
|
D.1.1.4.3 Enhanced FC/FICON Subtab
The Enhanced FC/FICON ISL subtab allows you to enable FPGA to drop duplicate frames.
Table D-5 Field Descriptions for the Enhanced FC/FICON Subtab
Field
|
Description
|
Port No.
|
Displays the port number.
|
Ingress Idle Filtering
|
Enable or disable ingress idle filtering.
|
Maximum Frame Size
|
Allows you to select the maximum frame size supported by the FICON/FC. Valid range is from 2148 to 2172.
|
D.1.1.5 Alarm Behavior Tab
The Alarm Behavior tab allows you to view and update FC_MR alarm profile information.
Table D-6 Field Descriptions for the Alarm Behavior Tab
Field
|
Description
|
Card Profile
|
Choose a global alarm profile for the card from the drop-down list.
|
Port Number
|
Displays the FC_MR port number (1 to 4).
|
Alarm Profile
|
Choose an alarm profile for the slot from the drop-down list.
|
Suppress Alarms
|
If checked, all alarms are suppressed.
|
Force to All Ports
|
Forces the selected alarm profile to all FC_MR ports.
|
D.1.1.6 RMON Thresholds Tab
The RMON Thresholds tab allows you to create, view, and delete FC_MR-4 thresholds.
Table D-7 Field Descriptions for the RMON Thresholds Tab
Field
|
Description
|
Index Number
|
A unique value that identifies the different thresholds currently existing on the NE.
|
Slot
|
Select a slot for the new FC_MR threshold.
|
Port
|
Select a port for the selected slot. If you select All, the threshold will be created on all ports for that slot. This operation may take several minutes to complete.
|
Variable
|
Select a variable for the new FC_MR threshold. Available variables will differ based on the type of card selected in the Slot field.
|
Alarm Type
|
Select an alarm type for the new FC_MR threshold. Indicate whether the event will be triggered by the rising threshold, falling threshold, or both the rising and falling thresholds.
|
Sample Type
|
Select a sample type for the new FC_MR threshold. Available sample types are relative and absolute. Relative restricts the threshold to using the number of occurrences in the user-set sample period. Absolute sets the threshold to use the total number of occurrences, regardless of time period.
|
Sample Period
|
Enter a sample period for the new FC_MR threshold. The sample period is measured in seconds.
|
Rising Threshold
|
Enter a rising threshold for the new FC_MR threshold. The value must be equal to or greater than the falling threshold value.
|
Falling Threshold
|
Enter a falling threshold for the new FC_MR threshold. The value must be equal to or less than the rising threshold value.
|
Create
|
Click the Create button to create an FC_MR threshold.
|
Delete
|
Select an FC_MR threshold from the list displayed and click the Delete button.
|
D.1.1.7 J1 Path Trace Tab
The J1 Path Trace tab allows you to view and retrieve FC_MR-4 J1 path trace information.
Table D-8 Field Descriptions for the J1 Path Trace Tab
Column
|
Description
|
Port Number
|
Displays the port number.
|
STS Number/VC4 Number
|
Displays the STS or VC4 number.
|
Expected String
|
Displays the current expected string.
|
Received String
|
Displays the current received string.
|
Mode
|
Displays the path trace mode (Off/None, Auto, or Manual).
|
C2
|
Represents a machine-generated J1/J2 payload label byte.
|
Mismatch
|
Indicates whether there is a mismatch in the C2 byte received.
|
Vcat Mem Num
|
Displays the virtual concatenation (VCAT) member number.
|
D.1.1.8 GBIC Inventory Tab
The GBIC Inventory tab allows you to view GBIC inventory information.
Table D-9 Field Descriptions for the GBIC Inventory Tab
Field
|
Description
|
Port Number
|
Displays the GBIC card port number.
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot. Values are single mode or multimode.
|
Hardware Part Number
|
Displays the manufacturer's part number.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the GBIC serial number that is unique to each GBIC.
|
CLEI Code
|
Displays the CLEI code.
|
Application Filename
|
The application filename is not supported; therefore, this field displays "unknown."
|
D.1.1.9 Info Tab
The Info tab allows you to view nominal operating values set during manufacturing for the FC_MR-4 card.
Table D-10 Field Descriptions for the Info Tab
Field
|
Description
|
Extended Manufacturing Information
|
Attribute
|
Displays the nominal card specification.
|
Value
|
Displays the value of the attribute.
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.2 FMEC Cards
This section describes the following FMEC cards supported within CTM:
•Slot Properties—FMEC-DS-1/E1
•Slot Properties—FMEC-DS-3/E3
•Slot Properties—FMEC-E1
•Slot Properties—FMEC-E1-120NP
•Slot Properties—FMEC-STM1E 1:1
•Slot Properties—MIC-A/P
•Slot Properties—MIC-C/T/P
D.2.1 Slot Properties—FMEC-DS-1/E1
The Slot Properties pane displays information about the Cisco ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The ONS 15454 SDH FMEC-DS-1/E1 card provides front-mount electrical connection for 14 ITU-compliant, G.703 E-1 ports. With the FMEC-DS-1/E1 card, each E1-N-14 port operates at 2.048 Mbps over a 120-ohm, balanced cable through two 37-pin DB connectors.
For the FMEC DS-1/E1 module, the Slot Properties pane displays the following tabs: Module View and Identification.
D.2.1.1 Module View Tab
The Module View tab displays a graphic of the FMEC DS-1/E1 that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
D.2.1.2 Identification Tab
The Identification tab allows you to view and update FMEC DS-1/E1 identification information.
Table D-11 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware version number of the card.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.2.2 Slot Properties—FMEC-DS-3/E3
The Slot Properties pane displays information about the Cisco ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The ONS 15454 SDH FMEC-DS-3/E3 card provides front-mount electrical connection for 14 ITU-compliant, G.703 E-1 ports. With the FMEC-DS-3/E3 card, each E1-N-14 port operates at 2.048 Mbps over a 120-ohm, balanced cable through two 37-pin DB connectors.
For the FMEC DS-3/E3 module, the Slot Properties pane displays the following tabs: Module View and Identification.
D.2.2.1 Module View Tab
The Module View tab displays a graphic of the FMEC DS-3/E3 that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
D.2.2.2 Identification Tab
The Identification tab allows you to view and update FMEC DS-3/E3 identification information.
Table D-12 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware version number of the card.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.2.3 Slot Properties—FMEC-E1
The Slot Properties pane displays information about the Cisco ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The ONS 15454 SDH FMEC-E1 card provides front-mount electrical connection for fourteen ITU-compliant, G.703 E-1 ports. With the FMEC-E1 card, each E1-N-14 port operates at 2.048 Mbps over a 75-ohm unbalanced coaxial 1.0/2.3 miniature coaxial connector.
For the FMEC-E1 module, the Slot Properties pane displays the following tabs: Module View, Identification, and Info.
D.2.3.1 Module View Tab
The Module View tab displays a graphic of the FMEC-E1 that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
D.2.3.2 Identification Tab
The Identification tab allows you to view and update FMEC-E1 identification information.
Table D-13 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.2.3.3 Info Tab
The Info tab allows you to view nominal operating values set during manufacturing for the FMEC-E1 card.
Table D-14 Field Descriptions for the Info Tab
Field
|
Description
|
Extended Manufacturing Information
|
Attribute
|
Displays the nominal card specification.
|
Value
|
Displays the value of the attribute.
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.2.4 Slot Properties—FMEC-E1-120NP
The Slot Properties pane displays information about the Cisco ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The ONS 15454 SDH FMEC-E1-120NP (Unprotected) card provides front-mount electrical connection for 42 ITU-compliant, G.703 E-1 ports. With the FMEC E1-120NP card, each E1-42 port operates at 2.048 Mbps over a 120-ohm, balanced interface. Twenty-one interfaces are led through one common Molex 96-pin LFH connector.
The ONS 15454 SDH FMEC E1-120PROA (1:3 Protect A) card provides front-mount electrical connection for 42 ITU-compliant, G.703 E-1 ports. With the FMEC E1-120PROA card, each E1-42 port operates at 2.048 Mbps over a 120-ohm, balanced interface. Twenty-one interfaces are led through one common Molex 96-pin LFH connector.
The ONS 15454 SDH FMEC E1-120PROB (1:3 Protect B) card provides front-mount electrical connection for 42 ITU-compliant, G.703 E-1 ports. With the FMEC E1-120PROB card, each E1-42 port operates at 2.048 Mbps over a 120-ohm, balanced interface. Twenty-one interfaces are led through one common Molex 96-pin LFH connector.
For the FMEC-E1-120NP module, the Slot Properties pane displays the following tabs: Module View, Identification, and Info.
D.2.4.1 Module View Tab
The Module View tab displays a graphic of the FMEC-E1-120NP that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
D.2.4.2 Identification Tab
The Identification tab allows you to view and update FMEC-E1-120NP identification information.
Table D-15 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.2.4.3 Info Tab
The Info tab allows you to view nominal operating values set during manufacturing for the FMEC-E1-120NP card.
Table D-16 Field Descriptions for the Info Tab
Field
|
Description
|
Extended Manufacturing Information
|
Attribute
|
Displays the nominal card specification.
|
Value
|
Displays the value of the attribute.
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.2.5 Slot Properties—FMEC-STM1E 1:1
The Slot Properties pane displays information about the Cisco ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The ONS 15454 SDH FMEC-STM1E 1:1 card provides front-mount electrical connection for 2 x 12 ITU-compliant, G.703 STM1E ports. With the FMEC-STM1E 1:1 card, each interface of an STM1E-12 card operates at 155.52 Mbps for STM-1 over a 75-ohm unbalanced coaxial 1.0/2.3 miniature coaxial connector. The FMEC STM1E 1:1 card is required if you want to use the STM1E-12 card in 1:1 protection mode or for connection to two unprotected STM1E-12 cards.
For the FMEC-STM1E card, the Slot Properties pane displays the following tabs: Module View, Identification, and Info.
D.2.5.1 Module View Tab
The Module View tab displays a graphic of the FMEC-STM1E 1:1 card that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
D.2.5.2 Identification Tab
The Identification tab allows you to view and update the FMEC-STM1E 1:1 card identification information.
Table D-17 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware version number of the card.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.2.5.3 Info Tab
The Info tab allows you to view nominal operating values set during manufacturing for the FMEC-STM1E 1:1 card.
Table D-18 Field Descriptions for the Info Tab
Field
|
Description
|
Extended Manufacturing Information
|
Attribute
|
Displays the nominal card specification.
|
Value
|
Displays the value of the attribute.
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.2.6 Slot Properties—MIC-A/P
The Slot Properties pane displays information about the Cisco ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The MIC-A/P card provides connection for the BATTERY B input, one of the two possible redundant power supply inputs. It also provides connection for eight alarm outputs (coming from the TCC2 card), sixteen alarm inputs, and four configurable alarm inputs/outputs. Its position is in slot 23 in the center of the ONS 15454 SDH subrack EFCA area.
For the MIC-A/P module, the Slot Properties pane displays the following tabs: Module View and Identification.
D.2.6.1 Module View Tab
The Module View tab displays a graphic of the MIC-A/P that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
D.2.6.2 Identification Tab
The Identification tab allows you to view and update MIC-A/P identification information.
Table D-19 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware version number of the card.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.2.7 Slot Properties—MIC-C/T/P
The Slot Properties pane displays information about the Cisco ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The MIC-C/T/P card provides connection for the BATTERY A input, one of the two possible redundant power supply inputs. It also provides connection for system management serial port, system management LAN port, modem port (for future use), and system timing inputs and outputs.
For the MIC-C/T/P module, the Slot Properties pane displays the following tabs: Module View and Identification.
D.2.7.1 Module View Tab
The Module View tab displays a graphic of the MIC-C/T/P that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s).
D.2.7.2 Identification Tab
The Identification tab allows you to view and update MIC-C/T/P identification information.
Table D-20 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
HW Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware version number of the card.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.3 Multirate Cards
This section describes the following multirate cards supported within CTM:
•Slot Properties—ASAP_4
•Slot Properties—MRC-12
D.3.1 Slot Properties—ASAP_4
The Slot Properties pane displays information about the Cisco ONS 15600 SONET slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The ONS 15600 SONET Any Service Any Port (ASAP_4) card provides up to 16 optical network interface ports, depending on the configuration. When configured for OC-192 XFP, the card provides a maximum of four OC-192 optical network interface ports. When the ASAP_4 card is configured with a combination of OC-192 XFP and lower-rate plugins such as OC-48, OC-12, or OC-3, the number of optical network interfaces is factored by four for each OC-192. For example, if the ASAP_4 card is configured with one OC-192, the card provides a maximum of 13 optical network interfaces (one for OC-192 and 12 for lower-rate plugins). If the ASAP_4 card is configured with two OC-192s, the card provides a maximum of 10 optical network interfaces (two for OC-192 and 8 for lower-rate plugins). The card can be installed in any I/O module card slot. The card provides 16 optical interfaces on the front panel. When configured for Ethernet, an ASAP port forwards Ethernet frames by encapsulating them in Cisco HDLC or GFP and transports them over SONET to the far-end GE port, where the unencapsulation is performed.
Introduced in the CTM R7.2 release, the new OC-192 XFP feature adds the capability to the existing ONS 15600 ASAP card to support 10 GB Small Form Factor Pluggable (XFP) optics. This functionality augments the ASAP card with an OC-192 line rate and allows the ASAP card to provide a range of optical service rates that scale from OC-3 to OC-192.
Note The OC-192 XFP cannot be modified once it is configured.
The Slot Properties pane for the ASAP_4 card displays the following tabs: Module View, Card Identification, Pluggable Provisioning, Line, STS, Loopback, Protection, Alarm Behavior, J1 Path Trace, Info, Ether Line, Ether Loopback, Ether Alarm Behavior, POS Alarm Behavior, POS Line, and Transceiver.
D.3.1.1 Module View Tab
The Module View tab displays a graphic of the transponder that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Moving the mouse pointer over the graphic also displays the alarm counts.)
D.3.1.2 Card Identification Tab
The Card Identification tab allows you to view and update identification information.
Table D-21 Field Descriptions for the Card Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type that the slot is provisioned for.
|
Hardware Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
User Code
|
Allows you to enter an ASCII string to identify the card. The user code is stored in nonvolatile memory so that it is not lost when the unit is moved or stored as a spare.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.3.1.3 Pluggable Provisioning Tab
The Pluggable Provisioning tab allows you to view and provision pluggable entities; for example, pluggable port module (PPM) and the ports inside these entities.
Table D-22 Field Descriptions for the Pluggable Provisioning Tab
Field
|
Description
|
Pluggable IO Module
|
Pluggable Number
|
Displays the identifier of the plugin module.
|
Equipment Type
|
Displays the equipment type that the pluggable slot is provisioned for.
|
Hardware Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each pluggable I/O module.
|
CLEI Code
|
Displays the CLEI code.
|
Actual Equipment Type
|
Displays the actual pluggable I/O module that is installed in the pluggable slot.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the pluggable I/O module.
|
User Code
|
Allows you to enter an ASCII string to identify the pluggable I/O module. The user code is stored in nonvolatile memory so that it is not lost when the unit is moved or stored as a spare.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the pluggable I/O module does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Equipment State
|
Displays the equipment state of the pluggable I/O module.
|
Pluggable Port Module
|
Pluggable Number
|
Displays the identifier of the plugin module.
|
Equipment Type
|
Displays the equipment type that the pluggable slot is provisioned for.
|
Hardware Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each pluggable port module.
|
CLEI Code
|
Displays the CLEI code.
|
Actual Equipment Type
|
Displays the actual pluggable port module that is installed in the pluggable slot.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the pluggable port module.
|
User Code
|
Allows you to enter an ASCII string to identify the pluggable port module. The user code is stored in nonvolatile memory so that it is not lost when the unit is moved or stored as a spare.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the pluggable port module does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall condition of the port. It can be:
•IS_NR—In Service and Normal
•OOS_AU, AINS—Out of Service and Autonomous, Automatic In Service
•OOS_MA, DSBLD—Out of Service and Management, Disabled
•OOS_MA, MT—Out of Service and Management, Maintenance
|
Equipment State
|
Displays the equipment state of the pluggable port module.
|
Optical Ports
|
Pluggable Number
|
Displays the identifier of the plugin module.
|
Equipment Type
|
Displays the equipment type that the optical port is provisioned for.
|
Ether Ports
|
Pluggable Number
|
Displays the identifier of the plugin module.
|
Equipment Type
|
Displays the equipment type that the Ether port is provisioned for.
|
D.3.1.3.1 Provision Pluggable Dialog Box
Click the Create button to launch the Provision Pluggable dialog box. The Provision Pluggable dialog box allows you to provision pluggable entities; for example, the PPM and PIM, and to create the ports inside these entities. See C.1.7.5.1 Provision Pluggable Dialog Box, page C-37 for more information.
D.3.1.4 Line Tab
The Line tab allows you to view and update optical line performance monitoring information. The Line tab contains the following subtabs:
•Line Config Subtab
•Line Thresh 15 Min Subtab
•Line Thresh 1 Day Subtab
•Physical Thresh 15 Min Subtab
•Physical Thresh 1 Day Subtab
•Section Thresh 15 Min Subtab
•Section Thresh 1 Day Subtab
•Alarm Thresh Subtab
D.3.1.4.1 Line Config Subtab
The Line Config subtab allows you to view and change the line settings of the ASAP_4 card.
Table D-23 Field Descriptions for the Line Config Subtab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Port Name
|
Allows you to add a name for the optical port.
|
SF BER
|
Sets the signal fail bit error rate.
|
SD BER
|
Sets the signal degrade bit error rate.
|
ProvidesSync
|
If checked, the card is provisioned as an NE timing reference.
|
EnableSyncMsg
|
When checked, enables synchronization status messages, which allow the node to choose the best timing source.
|
Send Do Not Use
|
When checked, sends a do not use (DUS) message on the S1 byte.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Synchronization Status Message
|
Allows you to view the incoming synchronization status message.
|
BLSR Ext. Byte
|
Select an alternate BLSR byte.
|
Type
|
Defines the port.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Reach
|
Allows you to provision the reach value. You can choose Auto Provision, which allows the system to automatically provision the reach from the PPM reach value on the hardware. Choose one of the following reach distances:
Note The reach distances options that appear in the drop-down list depend on the card selected.
•SR (short reach, up to 2km distance)
•SR 1 (up to 2km distance)
•IR 1 (intermediate reach, up to 15km distance)
•IR 2 (up to 40kmm distance)
•LR 1 (long reach, up to 40km distance)
•LR 2 (up to 80km distance)
•LR 3 (up to 80km distance)
•I1
•S1
•S2
•L1
•L2
•L3
•SX (up to 550m or 270m distance based on 50um/62.5um diameter fiber)
•LX (up to 10km or 550m distance based on 50um/62.5um diameter fiber)
•CX
•T
•DX (up to 40km distance)
•HX (up to 40km distance)
•ZX (up to 80km distance)
•VX (up to 100km distance)
|
Wavelength
|
Allows you to provision the wavelength frequency.
|
AINS Soak (H:M)
|
Automatic in-service soak. The determination of duration left before the traffic/termination transitions to IS state.
|
AINS Soak Count Down (H:M)
|
Automatic in-service soak countdown. Displays the remaining time of valid input signal in hh:mm, after which the card becomes in service (IS) automatically.
|
D.3.1.4.2 Line Thresh 15 Min Subtab
The Line Thresh 15 Min subtab allows you to view and change the 15-minute near- and far-end line thresholds of the ASAP_4 card.
Table D-24 Field Descriptions for the Line Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
CV-L
|
Displays the coding violations-line
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
PSC
|
Displays the protection switching count-line
|
PSD
|
Displays the protection switching duration-line
|
PSC-W
|
Displays the protection switching count-working
|
PSD-W
|
Displays the protection switching duration-working
|
PSC-S
|
Displays the protection switching count-span
|
PSD-S
|
Displays the protection switching duration-span
|
PSC-R
|
Displays the protection switching count-ring
|
PSD-R
|
Displays the protection switching duration-ring
|
Far End
|
Port Number
|
Displays the optical port number
|
CV-L
|
Displays the coding violations-line
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
D.3.1.4.3 Line Thresh 1 Day Subtab
The Line Thresh 1 Day subtab allows you to view and change the 1-day near- and far-end line thresholds of the ASAP_4 card.
Table D-25 Field Descriptions for the Line Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
CV-L
|
Displays the coding violations-line
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
PSC
|
Displays the protection switching count-line
|
PSD
|
Displays the protection switching duration-line
|
PSC-W
|
Displays the protection switching count-working
|
PSD-W
|
Displays the protection switching duration-working
|
PSC-S
|
Displays the protection switching count-span
|
PSD-S
|
Displays the protection switching duration-span
|
PSC-R
|
Displays the protection switching count-ring
|
PSD-R
|
Displays the protection switching duration-ring
|
Far End
|
Port Number
|
Displays the optical port number
|
CV-L
|
Displays the coding violations-line
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
D.3.1.4.4 Physical Thresh 15 Min Subtab
The Physical Thresh 15 Min subtab allows you to view and change the 15-minute near-end physical thresholds of the ASAP_4 card.
Table D-26 Field Descriptions for the Physical Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
LBC-HIGH
|
Laser bias current maximum. Cisco default is (15 min): 150 percent.
|
LBC-LOW
|
Laser bias current minimum. Cisco default is (15 min): 50 percent.
|
OPT-HIGH
|
Optical power transmitted maximum. Cisco default is (15 min): 120 percent.
|
OPT-LOW
|
Optical power transmitted minimum. Cisco default is (15 min): 80 percent.
|
OPR-HIGH
|
Optical power received maximum. Cisco default is (15 min): 200 percent.
|
OPR-LOW
|
Optical power received minimum. Cisco default is (15 min): 50 percent.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.1.4.5 Physical Thresh 1 Day Subtab
The Physical Thresh 1 Day subtab allows you to view and change the 1-day near-end physical thresholds of the ASAP_4 card.
Table D-27 Field Descriptions for the Physical Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
LBC-HIGH
|
Laser bias current maximum. Cisco default is (15 min): 150 percent.
|
LBC-LOW
|
Laser bias current minimum. Cisco default is (15 min): 50 percent.
|
OPT-HIGH
|
Optical power transmitted maximum. Cisco default is (15 min): 120 percent.
|
OPT-LOW
|
Optical power transmitted minimum. Cisco default is (15 min): 80 percent
|
OPR-HIGH
|
Optical power received maximum. Cisco default is (15 min): 200 percent.
|
OPR-LOW
|
Optical power received minimum. Cisco default is (15 min): 50 percent.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.1.4.6 Section Thresh 15 Min Subtab
The Section Thresh 15 Min subtab allows you to view and change the 15-minute near-end section thresholds of the ASAP_4 card.
Table D-28 Field Descriptions for the Section Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
CV-S
|
Displays the coding violations-section.
|
ES-S
|
Displays the errored seconds-section.
|
SES-S
|
Displays the severely errored seconds-section.
|
SEFS-S
|
Displays the severely errored framing seconds-section.
|
D.3.1.4.7 Section Thresh 1 Day Subtab
The Section Thresh 1 Day subtab allows you to view and change the 1-day near-end section thresholds of the ASAP_4 card.
Table D-29 Field Descriptions for the Section Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
CV-S
|
Displays the coding violations-section.
|
ES-S
|
Displays the errored seconds-section.
|
SES-S
|
Displays the severely errored seconds-section.
|
SEFS-S
|
Displays the severely errored framing seconds-section.
|
D.3.1.4.8 Alarm Thresh Subtab
The Alarm Thresh subtab allows you to select the thresholds for the alarms.
Table D-30 Field Descriptions for the Alarm Thresh Subtab
Field
|
Description
|
Port No.
|
Port number.
|
LBC-HIGH
|
Laser bias current maximum.
|
LBC-LOW
|
Laser bias current minimum.
|
OPT-HIGH
|
Optical power transmitted maximum.
|
OPT-LOW
|
Optical power transmitted minimum.
|
OPR-HIGH
|
Optical power received maximum.
|
OPR-LOW
|
Optical power received minimum.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.1.5 STS Tab
The STS tab allows you to view and update ASAP_4 STS information. The STS tab contains the following subtabs:
•STS Config Subtab
•Path Thresh 15 Min Subtab
•Path Thresh 1 Day Subtab
•Customer Info Subtab
D.3.1.5.1 STS Config Subtab
The STS Config subtab allows you to view and change the STS settings of the ASAP_4 card.
Table D-31 Field Descriptions for the STS Config Subtab
Field
|
Description
|
STS Number
|
Displays the synchronous transport signal number information.
|
IPPM Enabled
|
Check to enable IPPM and uncheck to disable IPPM.
|
XC Loopback
|
Displays the cross-connect loopback status.
|
D.3.1.5.2 Path Thresh 15 Min Subtab
The Path Thresh 15 Min subtab allows you to view and change the 15-minute path thresholds of the ASAP_4 card.
Table D-32 Field Descriptions for the Path Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
STS Number
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
PPJC-Pdet
|
Displays positive pointer justification count, STS path detected.
|
NPJC-Pdet
|
Displays negative pointer justification count, STS path detected.
|
PPJC-Pgen
|
Displays positive pointer justification count, STS path generated.
|
NPJC-Pgen
|
Displays negative pointer justification count, STS path generated.
|
Far End
|
STS No
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
D.3.1.5.3 Path Thresh 1 Day Subtab
The Path Thresh 1 Day subtab allows you to view and change the 1-day path thresholds of the ASAP_4 card.
Table D-33 Field Descriptions for the Path Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
STS Number
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
PPJC-Pdet
|
Displays positive pointer justification count, STS path detected.
|
NPJC-Pdet
|
Displays negative pointer justification count, STS path detected.
|
PPJC-Pgen
|
Displays positive pointer justification count, STS path generated.
|
NPJC-Pgen
|
Displays negative pointer justification count, STS path generated.
|
Far End
|
STS No
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
D.3.1.5.4 Customer Info Subtab
The Customer Info subtab allows you to view the customer information.
Table D-34 Field Descriptions for the Customer Info Subtab
Field
|
Description
|
STS No.
|
The STS number
|
Customer ID
|
The user-defined customer ID number
|
Service ID
|
The user-defined service ID number
|
D.3.1.6 Loopback Tab
The Loopback tab allows you to view and update loopback information.
Table D-35 Field Descriptions for the Loopback Tab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Loopback Type
|
Allows you to configure a port to terminal loopback (Inward) or Facility (Line), or clear the current loopback (none).
Note The line state must be OOS_MT before you can configure the loopback type.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
D.3.1.7 Protection Tab
The Protection tab allows you to view and update ASAP_4 protection group information.
Table D-36 Field Descriptions for the Protection Tab
Field
|
Description
|
Protection Groups
|
Displays a list of available protection groups.
|
Protection Group Details
|
Displays details about the selected protection group.
|
D.3.1.8 Alarm Behavior Tab
The Alarm Behavior tab allows you to view and update alarm profile information.
Table D-37 Field Descriptions for the Alarm Behavior Tab
Field
|
Description
|
Port Number
|
Displays the card port number.
|
Alarm Profile
|
Choose an alarm profile for the port from the drop-down list. Values are Default, Inherited, or a customized alarm profile.
|
Suppress Alarms
|
If checked, all alarms are suppressed for the port.
|
Alarm Profile
|
Choose an alarm profile for all ports.
|
Force to All Ports
|
When clicked, forces all the ports to the selected alarm profile.
|
D.3.1.9 J1 Path Trace Tab
The J1 Path Trace tab allows you to view and update J1 path trace information.
Table D-38 Field Descriptions for the J1 Path Trace Tab
Field
|
Description
|
Port Number
|
Displays the port number.
|
STS Number
|
Displays the STS number.
|
Expected String
|
Displays the current expected string.
|
Received String
|
Displays the current received string.
|
Mode
|
Displays the path trace mode (Off/None, Auto, or Manual).
|
C2
|
Represents a machine-generated J1/J2 payload label byte.
|
D.3.1.10 Info Tab
The Info tab allows you to view nominal operating values set during manufacturing for the ASAP_4 card.
Table D-39 Field Descriptions for the Info Tab
Field
|
Description
|
Extended Manufacturing Information
|
Attribute
|
Displays the nominal card specification.
|
Value
|
Displays the value of the attribute.
|
D.3.1.11 Ether Line Tab
The Ether Line tab allows you to configure Ether line information.
Table D-40 Field Descriptions for the Ether Line Tab
Field
|
Description
|
Port Number
|
The port number.
|
Port Name
|
Allows you to enter a port name.
|
Admin State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Link State
|
Displays the physical port state. Possible values are Up, Down, or Not Present.
|
Flow Control
|
Displays the negotiated flow control mode. Values are None, Symmetrical, and Asymmetrical.
|
Negotiation Status
|
Displays the result of the most-recent auto-negotiation. The type of flow control that was negotiated will be displayed.
|
Auto Negotiation
|
Allows you to enable the card to match the speed and duplex mode of a partner node.
|
Max Frame
|
Sets the maximum frame size.
|
Flow Control Low
|
Sets the low flow control buffer level.
|
Flow Control High
|
Sets the high flow control buffer level.
|
Reach
|
Allows you to provision the reach value. You can choose Auto Provision, which allows the system to automatically provision the reach from the PPM reach value on the hardware. Choose one of the following reach distances:
Note The reach distances options that appear in the drop-down list depend on the card selected.
•SR (short reach, up to 2km distance)
•SR 1 (up to 2km distance)
•IR 1 (intermediate reach, up to 15km distance)
•IR 2 (up to 40kmm distance)
•LR 1 (long reach, up to 40km distance)
•LR 2 (up to 80km distance)
•LR 3 (up to 80km distance)
•I1
•S1
•S2
•L1
•L2
•L3
•SX (up to 550m or 270m distance based on 50um/62.5um diameter fiber)
•LX (up to 10km or 550m distance based on 50um/62.5um diameter fiber)
•CX
•T
•DX (up to 40km distance)
•HX (up to 40km distance)
•ZX (up to 80km distance)
•VX (up to 100km distance)
|
Wavelength
|
Allows you to provision the wavelength frequency.
|
AINS Soak (H:M)
|
Automatic in-service soak. The determination of duration left before the traffic/termination transitions to IS state.
|
AINS Soak Count Down (H:M)
|
Automatic in-service soak countdown. Displays the remaining time of valid input signal in hh:mm, after which the card becomes in service (IS) automatically.
|
D.3.1.12 Ether Loopback Tab
The Ether Loopback tab allows loopback to be configured in the Ether port. The Ether Loopback tab contains the following subtabs:
•Ether Loopback Port Subtab
•SONET STS (Ether) Subtab
D.3.1.12.1 Ether Loopback Port Subtab
The Ether Loopback Port subtab allows you to configure Ethernet loopback port information.
Table D-41 Field Descriptions for the Ether Loopback Port Subtab
Field
|
Description
|
Port Number
|
The port number.
|
Loopback Type
|
Allows you to configure a port to terminal loopback (Inward) or Facility (Line), or clear the current loopback (none).
Note The line state must be OOS_MT before you can configure the loopback type.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
D.3.1.12.2 SONET STS (Ether) Subtab
The SONET STS (Ether) subtab allows you to configure loopback on cross-connects.
Table D-42 Field Descriptions for the SONET STS (Ether) Subtab
Field
|
Description
|
STS
|
Displays the STS number
|
XC Loopback
|
Displays the cross-connect loopback status.
|
D.3.1.13 Alarm Behavior Tab
The Alarm Behavior tab contains the following subtabs:
•Ether Alarm Behavior Subtab
•POS Alarm Behavior Subtab
D.3.1.13.1 Ether Alarm Behavior Subtab
The Ether Alarm Behavior subtab allows you to view and update Ether alarm profile information.
Table D-43 Field Descriptions for the Ether Alarm Behavior Subtab
Field
|
Description
|
Port Number
|
Displays the card port number.
|
Alarm Profile
|
Choose an alarm profile for the port from the drop-down list. Values are Default, Inherited, or a customized alarm profile.
|
Suppress Alarms
|
If checked, all alarms are suppressed for the port.
|
Force to All Ports
|
When clicked, forces all the ports to the selected alarm profile.
|
D.3.1.13.2 POS Alarm Behavior Subtab
The POS Alarm Behavior subtab allows you to view and update POS alarm profile information.
Table D-44 Field Descriptions for the POS Alarm Behavior Subtab
Field
|
Description
|
Port Number
|
Displays the card port number.
|
Alarm Profile
|
Choose an alarm profile for the port from the drop-down list. Values are Default, Inherited, or a customized alarm profile.
|
Suppress Alarms
|
If checked, all alarms are suppressed for the port.
|
Force to All Ports
|
When clicked, forces all the ports to the selected alarm profile.
|
D.3.1.14 POS Line Tab
The POS Line tab allows you to view and update alarm profile information.
Table D-45 Field Descriptions for the POS Line Tab
Field
|
Description
|
Port Number
|
Displays the card port number.
|
Port Name
|
Allows you to enter a port name.
|
Admin State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Encap CRC
|
Sets the cyclic redundancy check (CRC) to verify the integrity of the transmitted data.
|
Framing Type
|
Allows you to select the line framing type.
|
Link State
|
Displays the physical port state. Possible values are Up and Down.
|
MTU
|
Maximum transfer unit. The largest acceptable packet size configured for that port. The Cisco default value is 1500.
|
D.3.1.15 Transceiver Tab
The Transceiver tab allows you to view and update ASAP_4 transceiver information.
Table D-46 Field Descriptions for the Transceiver Tab
Field
|
Description
|
Port No.
|
PIM number, PPM number, Port number.
|
Non-normalized LBC (mA)
|
The actual operating value of laser bias current (in mA) for the specified card port.
|
Non-normalized OPT (dBm)
|
The actual operating value of optical power transmitted (in dBm) for the specified card port.
|
Non-normalized OPR (dBm)
|
The actual operating value of optical power received (in dBm) for the specified card port.
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.3.2 Slot Properties—MRC-12
The Slot Properties pane displays information about the Cisco ONS 15454 SONET and ONS 15454 SDH slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The MRC-12 multirate card (MRC) provides up to 12 OC-3/STM-1 ports, 12 OC-12/STM-4 ports, or 4 OC-48/STM-16 ports using Small Form-factor Pluggables (SFPs), in any combination of line rates. All ports are Telcordia GR-253 compliant. The SFP optics can use SR, IR, LR, coarse wavelength division multiplexing (CWDM), and DWDM SFPs to support unrepeated spans.
The ports operate at up to 2488.32 Mbps over a single-mode fiber. The MRC-12 card has 12 physical connector adapters with 2 fibers per connector adapter (Tx and Rx). The card supports VT payloads, STS-1 payloads, and concatenated payloads at STS-3c, STS-6c, STS-9c, STS-12c, STS-18c, STS-24c, STS-36c, or STS-48c signal levels. It is fully interoperable with the ONS 15454 G-Series Ethernet cards.
The card supports 1+1 unidirectional and bidirectional facility protection. It also supports 1+1 protection in 4-fiber BLSR applications for the ONS 15454 SONET and in 4-fiber MS-SPRing applications for the ONS 15454 SDH, where both span switching and ring switching might occur. You can provision this card as part of a BLSR, UPSR, or 1+1 linear configuration for the ONS 15454 SONET or an MS-SPRing, SNCP, or linear configuration for the ONS 15454 SDH.
Note Longer distances are possible in an amplified system using dispersion compensation.
Note MRC-12 cards can only protect another MRC-12 card if the card is in the same speed slot (drop or trunk slot) and if both ports have matching line rates. For example, port 1 of the MRC-12 card 1 will protect port 1 of the MRC-12 card 2 only if both ports are provisioned with the same rate (for example, OC12/STM-4). If the ports are provisioned with different rates, you cannot set a 1+1 protection.
You can install MRC-12 cards in Slots 1 through 6 and 12 through 17 with an XCVT, XC10G, XC-VXL-2.5G, XC-VXL-10G, or XC-VXC-10G card.
Note The MRC-12 card supports an errorless software-initiated cross-connect card switch when used in a shelf equipped with XC-VXL-2.5G, XC-VXL-10G, or XC-VXC-10G cards.
The maximum bandwidth of the MRC-12 card is determined by the cross-connect card, as shown in the following table.
Table D-47 Maximum Bandwidth by Shelf Slot for the MRC-12 in Different Cross-Connect Configurations
XC Card Type
|
Maximum Bandwidth in the Drop Slot 1 (Slots 1 to 4 and Slots 14 to 17)
|
Maximum Bandwidth in the Trunk Slot 2 (Slots 5, 6, 12, or 13)
|
XCVT
|
OC-12
|
OC-48
|
XC10G/XC-VXC-10G
|
OC-48
|
OC-192
|
XC-VXL-2.5G
|
STM-16
|
STM-16
|
XC-VXC-10G/XC-VXL-10G
|
STM-16
|
STM-64
|
The twelve ports of the MRC-12 card are divided into four groups, with each group having a master port as shown in the following table.
Table D-48 Port Grouping
Group
|
Ports Included
|
Master Port
|
1
|
1
|
1
|
2
|
2, 3, 4
|
4
|
3
|
5, 6, 7, 8
|
7
|
4
|
9, 10, 11, 12
|
10
|
Following are the general port rate configuration rules:
•The maximum bandwidth for each port is OC-48.
•Port 1 can occupy all possible backplane bandwidth but cannot exceed OC-48.
•Each port group can have a maximum of 25% backplane bandwidth, except for group 1.
•Only a master port can occupy all possible bandwidth assigned to the group.
Based on the cross-connect card and slot limitations shown in Table D-47, the following rules apply for various synchronous transport signal (STS) available bandwidths:
•STS-12
–Port 1 is the only port that is usable as an OC-12/STM-4. If port 1 is used as an OC-12/STM-4, all other ports are disabled.
–Ports 1, 4, 7, and 10 are the only ports usable as OC-3/STM-1. If any of these ports is used as an OC-3/STM-1, Ports 2, 3, 5, 6, 8, 9, 11, and 12 are disabled.
•STS-48
–Port 1 is the only port usable as an OC-48/STM-16. If port 1 is used as an OC-48/STM-16, all other ports are disabled.
–Ports 1, 4, 7, and 10 are the only ports usable as OC-12/STM-4.
–If port 4 is used as an OC-12/STM-4, Ports 2 and 3 are disabled.
–If port 7 is used as an OC-12/STM-4, Ports 5, 6, and 8 are disabled.
–If port 10 is used as an OC-12/STM-4, Ports 9, 11, and 12 are disabled.
–Any port can be used as an OC-3/STM-1 as long as all of the above rules are followed.
•STS-192
–Ports 1, 4, 7, and 10 are the only ports usable as OC-48/STM-16.
–If port 4 is used as an OC-48/STM-16, Ports 2 and 3 are disabled.
–If port 7 is used as an OC-48/STM-16, Ports 5, 6, and 8 are disabled.
–If port 10 is used as an OC-48/STM-16, Ports 9, 11, and 12 are disabled.
–If port 4 is used as an OC-12/STM-4, Ports 2 and 3 can be used as an OC-12/STM-4 or OC-3/STM-1.
–If port 7 is used as an OC-12/STM-4, Ports 5, 6, and 8 can be used as an OC-12/STM-4 or OC-3/STM-1.
–If Port 10 is as used as an OC-12/STM-4, Ports 9, 11, and 12 can be used as an OC-12/STM-4 or OC-3/STM-1.
–If port 4 is used as an OC-3/STM-1, Ports 2 and 3 can be used as an OC-12/STM-4 or OC-3/STM-1.
–If port 7 is used as an OC-3/STM-1, Ports 5, 6, and 8 can be used as an OC-12/STM-4 or OC-3/STM-1.
–If port 10 is used as an OC-3/STM-1, Ports 9, 11, and 12 can be used as an OC-12/STM-4 or OC-3/STM-1.
–Any port can be used as an OC-12/STM-4 or OC-3/STM-1, as long as all of the above rules are followed.
For the MRC-12 card, the Slot Properties pane displays the following tabs: Module View, Identification, Pluggable Provisioning, Line, STS, VC-4 (available only on the ONS 15454 SDH), Loopback, Protection, Alarm Behavior, Transceiver, Auto Laser Shutdown, Section Trace, J1 Path Trace, and Info. The tabs shown depend on the NE configuration.
D.3.2.1 Module View Tab
The Module View tab displays a graphic of the transponder that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Moving the mouse pointer over the graphic also displays the alarm counts.) Right-clicking the graphic opens a shortcut menu that you can use to reset, delete, or change the card.
D.3.2.2 Identification Tab
The Identification tab allows you to view and update MRC-12 card identification information.
Table D-49 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type that the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
Hardware Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Admin State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.3.2.3 Pluggable Provisioning Tab
The Pluggable Provisioning tab allows you to view and provision pluggable entities; for example, pluggable port module (PPM) and the ports inside these entities.
Table D-50 Field Descriptions for the Pluggable Provisioning Tab
Field
|
Description
|
Pluggable Port Modules
|
Pluggable Number
|
Displays the identifier of the plugin module.
|
Actual Equipment Type
|
Displays the actual pluggable I/O module that is installed in the pluggable slot.
|
Equipment State
|
Displays the equipment state of the card.
|
Admin State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Pluggable Ports
|
Pluggable Number
|
Displays the identifier of the plugin module.
|
Rate
|
Displays the rate of the port inside the pluggable entity.
|
D.3.2.3.1 Provision Pluggable Dialog Box
Click the Create button to launch the Provision Pluggable dialog box. The Provision Pluggable dialog box allows you to provision pluggable entities; for example, the PPM and PIM, and to create the ports inside these entities. See C.1.7.5.1 Provision Pluggable Dialog Box, page C-37 for more information.
D.3.2.3.2 Create Port Dialog Box
Use the Create Port dialog box to configure the port rate for a particular pluggable port module (PPM). In the Port Rate field, use the drop-down list to select the new port rate and click OK.
D.3.2.4 Line Tab (ONS 15454 SONET)
The Line tab allows you to view and update optical line performance monitoring information. The Line tab contains the following subtabs:
•Line Config Subtab
•Line Thresh 15 Min Subtab
•Line Thresh 1 Day Subtab
•Physical Thresh 15 Min Subtab
•Physical Thresh 1 Day Subtab
•Section Thresh 15 Min Subtab
•Section Thresh 1 Day Subtab
•Alarm Thresholds Subtab
D.3.2.4.1 Line Config Subtab
The Line Config subtab allows you to view and change the line settings of the MRC-12 card.
Table D-51 Field Descriptions for the Line Config Subtab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Port Name
|
Allows you to add a name for the optical port.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Port Rate
|
Sets the rate of the new port.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
SF BER
|
Sets the signal fail bit error rate.
|
SD BER
|
Sets the signal degrade bit error rate.
|
Provide Sync
|
If checked, the card is provisioned as an NE timing reference.
|
EnableSyncMsg
|
When checked, enables synchronization status messages, which allow the node to choose the best timing source.
|
Send Do Not Use
|
When checked, sends a do not use (DUS) message on the S1 byte.
|
BLSR Ext. Byte
|
Select an alternate BLSR byte.
|
Type
|
Defines the port.
|
AINS Soak (H:M)
|
Automatic in-service soak. The determination of duration left before the traffic/termination transitions to IS state.
|
AINS Soak Count Down (H:M)
|
Automatic in-service soak countdown. Displays the remaining time of valid input signal in hh:mm, after which the card becomes in service (IS) automatically.
|
Admin SSM
|
If the node does not receive an SSM signal, it defaults to STU (synchronization traceability unknown). Admin SSM allows you to override the STU value with one of the following:
•PRS—Primary reference source (Stratum 1)
•STS2—Stratum 2
•TNC—Transit node clock
•STS3E—Stratum 3E
•STS3—Stratum 3
•SMC—SONET minimum clock
•ST4—Stratum 4
|
Send <FF> DoNotUse
|
When checked, sends a special do not use (DUS) (0xff) message on the S1 byte.
|
PJSTSMon#
|
Sets the STS that will be used for pointer justification. If set to 0, no STS is monitored. Only one STS can be monitored on each OC-N port.
•0 (Cisco default) - 3 (OC-3, per port)
•0 (Cisco default) - 12 (OC-12)
|
Reach
|
Allows you to provision the reach value. You can choose Auto Provision, which allows the system to automatically provision the reach from the PPM reach value on the hardware. Choose one of the following reach distances:
Note The reach distances options that appear in the drop-down list depend on the card selected.
•SR (short reach, up to 2km distance)
•SR 1 (up to 2km distance)
•IR 1 (intermediate reach, up to 15km distance)
•IR 2 (up to 40kmm distance)
•LR 1 (long reach, up to 40km distance)
•LR 2 (up to 80km distance)
•LR 3 (up to 80km distance)
•I1
•S1
•S2
•L1
•L2
•L3
•SX (up to 550m or 270m distance based on 50um/62.5um diameter fiber)
•LX (up to 10km or 550m distance based on 50um/62.5um diameter fiber)
•CX
•T
•DX (up to 40km distance)
•HX (up to 40km distance)
•ZX (up to 80km distance)
•VX (up to 100km distance)
|
Wavelength
|
Allows you to provision the wavelength frequency.
|
D.3.2.4.2 Line Thresh 15 Min Subtab
The Line Thresh 15 Min subtab allows you to view and change the 15-minute near- and far-end line thresholds of the MRC-12 card.
Table D-52 Field Descriptions for the Line Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
CV-L
|
Displays the coding violations-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
PSC
|
Protection switching count-line
|
PSD
|
Protection switching duration-line
|
PSC-W
|
Protection switching count-working
|
PSD-W
|
Protection switching duration-working
|
PSC-S
|
Protection switching count-span
|
PSD-S
|
Protection switching duration-span
|
PSC-R
|
Protection switching count-ring
|
PSD-R
|
Protection switching duration-ring
|
Far End
|
Port Number
|
Displays the optical port number
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
CV-L
|
Displays the coding violations-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
D.3.2.4.3 Line Thresh 1 Day Subtab
The Line Thresh 1 Day subtab allows you to view and change the 1-day near- and far-end line thresholds of the MRC-12 card.
Table D-53 Field Descriptions for the Line Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
CV-L
|
Displays the coding violations-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
PSC
|
Protection switching count-line
|
PSD
|
Protection switching duration-line
|
PSC-W
|
Protection switching count-working
|
PSD-W
|
Protection switching duration-working
|
PSC-S
|
Protection switching count-span
|
PSD-S
|
Protection switching duration-span
|
PSC-R
|
Protection switching count-ring
|
PSD-R
|
Protection switching duration-ring
|
Far End
|
Port Number
|
Displays the optical port number
|
ES-L
|
Displays the errored seconds-line
|
SES-L
|
Displays the severely errored seconds-line
|
CV-L
|
Displays the coding violations-line
|
UAS-L
|
Displays the unavailable seconds-line
|
FC-L
|
Displays the failure count-line
|
D.3.2.4.4 Physical Thresh 15 Min Subtab
The Physical Thresh 15 Min subtab allows you to view and change the 15-minute near-end physical thresholds of the MRC-12 card.
Table D-54 Field Descriptions for the Physical Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
LBC-HIGH
|
Laser bias current maximum. Cisco default is (15 min): 150 percent.
|
LBC-LOW
|
Laser bias current minimum. Cisco default is (15 min): 50 percent.
|
OPT-HIGH
|
Optical power transmitted maximum. Cisco default is (15 min): 120 percent.
|
OPT-LOW
|
Optical power transmitted minimum. Cisco default is (15 min): 80 percent.
|
OPR-HIGH
|
Optical power received maximum. Cisco default is (15 min): 200 percent.
|
OPR-LOW
|
Optical power received minimum. Cisco default is (15 min): 50 percent.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.2.4.5 Physical Thresh 1 Day Subtab
The Physical Thresh 1 Day subtab allows you to view and change the 1-day near-end physical thresholds of the MRC-12 card.
Table D-55 Field Descriptions for the Physical Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
LBC-HIGH
|
Laser bias current maximum. Cisco default is (15 min): 150 percent.
|
LBC-LOW
|
Laser bias current minimum. Cisco default is (15 min): 50 percent.
|
OPT-HIGH
|
Optical power transmitted maximum. Cisco default is (15 min): 120 percent.
|
OPT-LOW
|
Optical power transmitted minimum. Cisco default is (15 min): 80 percent
|
OPR-HIGH
|
Optical power received maximum. Cisco default is (15 min): 200 percent.
|
OPR-LOW
|
Optical power received minimum. Cisco default is (15 min): 50 percent.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.2.4.6 Section Thresh 15 Min Subtab
The Section Thresh 15 Min subtab allows you to view and change the 15-minute near-end section thresholds of the MRC-12 card.
Table D-56 Field Descriptions for the Section Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
CV-S
|
Displays the coding violations-section.
|
ES-S
|
Displays the errored seconds-section.
|
SES-S
|
Displays the severely errored seconds-section.
|
SEFS-S
|
Displays the severely errored framing seconds-section.
|
D.3.2.4.7 Section Thresh 1 Day Subtab
The Section Thresh 1 Day subtab allows you to view and change the 1-day near-end section thresholds of the MRC-12 card.
Table D-57 Field Descriptions for the Section Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
CV-S
|
Displays the coding violations-section.
|
ES-S
|
Displays the errored seconds-section.
|
SES-S
|
Displays the severely errored seconds-section.
|
SEFS-S
|
Displays the severely errored framing seconds-section.
|
D.3.2.4.8 Alarm Thresholds Subtab
The Alarm Thresholds subtab allows you to select the thresholds for the alarms.
Table D-58 Field Descriptions for the Alarm Thresholds Subtab
Field
|
Description
|
Port No.
|
Port number.
|
LBC-HIGH
|
Laser bias current maximum.
|
LBC-LOW
|
Laser bias current minimum.
|
OPT-HIGH
|
Optical power transmitted maximum.
|
OPT-LOW
|
Optical power transmitted minimum.
|
OPR-HIGH
|
Optical power received maximum.
|
OPR-LOW
|
Optical power received minimum.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.2.5 Line Tab (ONS 15454 SDH)
The Line tab allows you to view and update optical line performance monitoring information. The Line tab contains the following subtabs:
•Line Config Subtab
•MS Thresh 15 Min Subtab
•MS Thresh 1 Day Subtab
•Physical Thresh 15 Min Subtab
•Physical Thresh 1 Day Subtab
•RS Thresh 15 Min
•RS Thresh 1 Day Subtab
•Alarm Thresholds Subtab
D.3.2.5.1 Line Config Subtab
The Line Config subtab allows you to view and change the line settings of the MRC-12 card.
Table D-59 Field Descriptions for the Line Config Subtab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Port Name
|
Allows you to add a name for the optical port.
|
Admin State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Port Rate
|
Sets the rate of the new port.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
SF BER
|
Sets the signal fail bit error rate.
|
SD BER
|
Sets the signal degrade bit error rate.
|
Provide Sync
|
If checked, the card is provisioned as an NE timing reference.
|
EnableSyncMsg
|
When checked, enables synchronization status messages, which allow the node to choose the best timing source.
|
Send Do Not Use
|
When checked, sends a do not use (DUS) message on the S1 byte.
|
MS-SPRing Ext. Byte
|
Select an alternate MS-SPRing byte.
|
Type
|
Defines the port.
|
AINS Soak (H:M)
|
Automatic in-service soak. The determination of duration left before the traffic/termination transitions to IS state.
|
AINS Soak Count Down (H:M)
|
Automatic in-service soak countdown. Displays the remaining time of valid input signal in hh:mm, after which the card becomes in service (IS) automatically.
|
Admin SSM
|
If the node does not receive an SSM signal, it defaults to STU (synchronization traceability unknown). Admin SSM allows you to override the STU value with one of the following:
•PRS—Primary reference source (Stratum 1)
•STS2—Stratum 2
•TNC—Transit node clock
•STS3E—Stratum 3E
•STS3—Stratum 3
•SMC—SONET minimum clock
•ST4—Stratum 4
|
Send <FF> DoNotUse
|
When checked, sends a special do not use (DUS) (0xff) message on the S1 byte.
|
PJ VC-4 Mon#
|
Sets the VC that will be used for pointer justification. If set to 0, no VC is monitored. Only one VC can be monitored on each STM port.
|
Reach
|
Allows you to provision the reach value. You can choose Auto Provision, which allows the system to automatically provision the reach from the PPM reach value on the hardware. Choose one of the following reach distances:
Note The reach distances options that appear in the drop-down list depend on the card selected.
•SR (short reach, up to 2km distance)
•SR 1 (up to 2km distance)
•IR 1 (intermediate reach, up to 15km distance)
•IR 2 (up to 40kmm distance)
•LR 1 (long reach, up to 40km distance)
•LR 2 (up to 80km distance)
•LR 3 (up to 80km distance)
•I1
•S1
•S2
•L1
•L2
•L3
•SX (up to 550m or 270m distance based on 50um/62.5um diameter fiber)
•LX (up to 10km or 550m distance based on 50um/62.5um diameter fiber)
•CX
•T
•DX (up to 40km distance)
•HX (up to 40km distance)
•ZX (up to 80km distance)
•VX (up to 100km distance)
|
Wavelength
|
Allows you to provision the wavelength frequency.
|
D.3.2.5.2 MS Thresh 15 Min Subtab
The MS Thresh 15 Min subtab allows you to view and change the 15-minute near- and far-end line thresholds of the MRC-12 card.
Table D-60 Field Descriptions for the MS Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
EB-MS
|
Displays the errored block-multiplex section
|
BBE-MS
|
Displays the background block errors-multiplex section
|
ES-MS
|
Displays the errored seconds-multiplex section
|
SES-MS
|
Displays the severely errored seconds-multiplex section
|
UAS-MS
|
Displays the unavailable seconds-multiplex section
|
PSC
|
Displays the protection switching count
|
PSD
|
Displays the protection switching duration
|
PSC-W
|
Displays the protection switching count-working
|
PSD-W
|
Displays the protection switching duration-working
|
PSC-S
|
Displays the protection switching count-span
|
PSD-S
|
Displays the protection switching duration-span
|
PSC-R
|
Displays the protection switching count-ring
|
PSD-R
|
Displays the protection switching duration-ring
|
Far End
|
Port Number
|
Displays the optical port number
|
EB-MS
|
Displays the errored block-multiplex section
|
BBE-MS
|
Displays the background block errors-multiplex section
|
ES-MS
|
Displays the errored seconds-multiplex section
|
SES-MS
|
Displays the severely errored seconds-multiplex section
|
UAS-MS
|
Displays the unavailable seconds-multiplex section
|
D.3.2.5.3 MS Thresh 1 Day Subtab
The MS Thresh 1 Day subtab allows you to view and change the 1-day near- and far-end line thresholds of the MRC-12 card.
Table D-61 Field Descriptions for the MS Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
EB-MS
|
Displays the errored block-multiplex section
|
BBE-MS
|
Displays the background block errors-multiplex section
|
ES-MS
|
Displays the errored seconds-multiplex section
|
SES-MS
|
Displays the severely errored seconds-multiplex section
|
UAS-MS
|
Displays the unavailable seconds-multiplex section
|
PSC
|
Displays the protection switching count
|
PSD
|
Displays the protection switching duration
|
PSC-W
|
Displays the protection switching count-working
|
PSD-W
|
Displays the protection switching duration-working
|
PSC-S
|
Displays the protection switching count-span
|
PSD-S
|
Displays the protection switching duration-span
|
PSC-R
|
Displays the protection switching count-ring
|
PSD-R
|
Displays the protection switching duration-ring
|
Far End
|
Port Number
|
Displays the optical port number
|
EB-MS
|
Displays the errored block-multiplex section
|
BBE-MS
|
Displays the background block errors-multiplex section
|
ES-MS
|
Displays the errored seconds-multiplex section
|
SES-MS
|
Displays the severely errored seconds-multiplex section
|
UAS-MS
|
Displays the unavailable seconds-multiplex section
|
D.3.2.5.4 Physical Thresh 15 Min Subtab
The Physical Thresh 15 Min subtab allows you to view and change the 15-minute near-end physical thresholds of the MRC-12 card.
Table D-62 Field Descriptions for the Physical Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
LBC-HIGH
|
Laser bias current maximum. Cisco default is (15 min): 150 percent.
|
LBC-LOW
|
Laser bias current minimum. Cisco default is (15 min): 50 percent.
|
OPT-HIGH
|
Optical power transmitted maximum. Cisco default is (15 min): 120 percent.
|
OPT-LOW
|
Optical power transmitted minimum. Cisco default is (15 min): 80 percent.
|
OPR-HIGH
|
Optical power received maximum. Cisco default is (15 min): 200 percent.
|
OPR-LOW
|
Optical power received minimum. Cisco default is (15 min): 50 percent.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.2.5.5 Physical Thresh 1 Day Subtab
The Physical Thresh 1 Day subtab allows you to view and change the 1-day near-end physical thresholds of the MRC-12 card.
Table D-63 Field Descriptions for the Physical Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the port number.
|
LBC-HIGH
|
Laser bias current maximum. Cisco default is (15 min): 150 percent.
|
LBC-LOW
|
Laser bias current minimum. Cisco default is (15 min): 50 percent.
|
OPT-HIGH
|
Optical power transmitted maximum. Cisco default is (15 min): 120 percent.
|
OPT-LOW
|
Optical power transmitted minimum. Cisco default is (15 min): 80 percent
|
OPR-HIGH
|
Optical power received maximum. Cisco default is (15 min): 200 percent.
|
OPR-LOW
|
Optical power received minimum. Cisco default is (15 min): 50 percent.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.2.5.6 RS Thresh 15 Min
The RS Thresh 15 Min subtab allows you to view and change the 15-minute near-end section thresholds of the MRC-12 card.
Table D-64 Field Descriptions for the RS Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
EB-RS
|
Displays the errored block-regenerator section
|
BBE-RS
|
Displays the background block errors-regenerator section
|
ES-RS
|
Displays the errored seconds-regenerator section
|
SES-RS
|
Displays the severely errored seconds-regenerator section
|
UAS-RS
|
Displays the unavailable seconds-regenerator section
|
OFS-RS
|
Displays the out of framing seconds-regenerator section
|
D.3.2.5.7 RS Thresh 1 Day Subtab
The RS Thresh 1 Day subtab allows you to view and change the 1-day near-end section thresholds of the MRC-12 card.
Table D-65 Field Descriptions for the RS Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
Port Number
|
Displays the optical port number
|
EB-RS
|
Displays the errored block-regenerator section
|
BBE-RS
|
Displays the background block errors-regenerator section
|
ES-RS
|
Displays the errored seconds-regenerator section
|
SES-RS
|
Displays the severely errored seconds-regenerator section
|
UAS-RS
|
Displays the unavailable seconds-regenerator section
|
OFS-RS
|
Displays the out of framing seconds-regenerator section
|
D.3.2.5.8 Alarm Thresholds Subtab
The Alarm Thresholds subtab allows you to select the thresholds for the alarms.
Table D-66 Field Descriptions for the Alarm Thresholds Subtab
Field
|
Description
|
Port No.
|
Port number.
|
LBC-HIGH
|
Laser bias current maximum.
|
LBC-LOW
|
Laser bias current minimum.
|
OPT-HIGH
|
Optical power transmitted maximum.
|
OPT-LOW
|
Optical power transmitted minimum.
|
OPR-HIGH
|
Optical power received maximum.
|
OPR-LOW
|
Optical power received minimum.
|
Set OPR
|
Setting the optical power received (OPR) establishes the received power level as 100 percent. If the receiver power decreases, then the OPR percentage decreases to reflect the loss in receiver power. For example, if the receiver power decreases 3 dBm, the OPR decreases 50 percent.
|
D.3.2.6 STS Tab (ONS 15454 SONET)
The STS tab allows you to view and update MRC-12 STS information. The STS tab contains the following subtabs:
•STS Config Subtab
•Path Thresh 15 Min Subtab
•Path Thresh 1 Day Subtab
•Customer Info Subtab
D.3.2.6.1 STS Config Subtab
The STS Config subtab allows you to view and change the STS settings of the MRC-12 card.
Table D-67 Field Descriptions for the STS Config Subtab
Field
|
Description
|
STS Number
|
Displays the synchronous transport signal number information.
|
IPPM Enabled
|
Check to enable IPPM and uncheck to disable IPPM.
|
XC Loopback
|
Displays the cross-connect loopback status.
|
D.3.2.6.2 Path Thresh 15 Min Subtab
The Path Thresh 15 Min subtab allows you to view and change the 15-minute path thresholds of the MRC-12 card.
Table D-68 Field Descriptions for the Path Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
STS Number
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
PPJC-Pdet
|
Displays positive pointer justification count, STS path detected.
|
NPJC-Pdet
|
Displays negative pointer justification count, STS path detected.
|
PPJC-Pgen
|
Displays positive pointer justification count, STS path generated.
|
NPJC-Pgen
|
Displays negative pointer justification count, STS path generated.
|
PJCS-Pdet
|
Displays positive pointer justification count, STS path detected.
|
PJCS-Pgen
|
Displays positive pointer justification count, STS path generated.
|
PJC-Diff
|
Displays the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Far End
|
STS No.
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
D.3.2.6.3 Path Thresh 1 Day Subtab
The Path Thresh 1 Day subtab allows you to view and change the 1-day path thresholds of the MRC-12 card.
Table D-69 Field Descriptions for the Path Thresh 1 Day Subtab
Field
|
Description
|
Near End
|
STS Number
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
PPJC-Pdet
|
Displays positive pointer justification count, STS path detected.
|
NPJC-Pdet
|
Displays negative pointer justification count, STS path detected.
|
PPJC-Pgen
|
Displays positive pointer justification count, STS path generated.
|
NPJC-Pgen
|
Displays negative pointer justification count, STS path generated.
|
PJCS-Pdet
|
Displays positive pointer justification count, STS path detected.
|
PJCS-Pgen
|
Displays positive pointer justification count, STS path generated.
|
PJC-Diff
|
Displays the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Far End
|
STS No.
|
Displays the synchronous transport signal number information.
|
CV-P
|
Displays coding violations-path information.
|
ES-P
|
Displays errored seconds-path information.
|
SES-P
|
Displays severely errored seconds-path information.
|
UAS-P
|
Displays unavailable seconds-path information.
|
FC-P
|
Displays failure count-path information.
|
D.3.2.6.4 Customer Info Subtab
The Customer Info subtab allows you to view the customer information.
Table D-70 Field Descriptions for the Customer Info Subtab
Field
|
Description
|
STS No.
|
The STS number.
|
Customer ID
|
The user-defined customer ID number.
|
Service ID
|
The user-defined service ID number.
|
D.3.2.7 VC-4 Tab (ONS 15454 SDH)
The VC-4 tab allows you to view and update MRC-12 VC-4 information. The VC-4 tab contains the following subtabs:
•VC-4 Config Subtab
•SDH Path Thresh 15 Min Subtab
•SDH Path Thresh 1 Day Subtab
•Customer Info Subtab
D.3.2.7.1 VC-4 Config Subtab
The VC-4 Config subtab allows you to view and change the VC-4 settings of the MRC-12 card.
Table D-71 Field Descriptions for the VC-4 Config Subtab
Field
|
Description
|
VC Number
|
Displays the VC number.
|
IPPM Enabled
|
Check to enable intermediate path performance monitoring (IPPM) and uncheck to disable IPPM.
|
XC Loopback
|
Indicates cross-connect loopback.
|
D.3.2.7.2 SDH Path Thresh 15 Min Subtab
The SDH Path Thresh 15 Min subtab allows you to view and change the 15-minute path thresholds of the MRC-12 card.
Table D-72 Field Descriptions for the SDH Path Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
VC Number
|
Displays the VC-4 port number.
|
EB-HP
|
Errored block-higher order path.
|
ES-HP
|
Errored seconds-higher order path.
|
SES-HP
|
Severely errored seconds-higher order path.
|
UAS-HP
|
Unavailable seconds-higher order path.
|
BBE-HP
|
Background block errors-higher order path.
|
PPJC-Pdet
|
Positive Pointer Justification Count, Path Detected (PPJC-Pdet) is a count of the positive pointer justifications detected on a particular path on an incoming SDH signal.
|
NPJC-Pdet
|
Negative Pointer Justification Count, Path Detected (NPJC-Pdet) is a count of the negative pointer justifications detected on a particular path on an incoming SDH signal.
|
PPJC-Pgen
|
Positive Pointer Justification Count, Path Generated (PPJC-Pgen) is a count of the positive pointer justifications generated for a particular path.
|
NPJC-Pgen
|
Negative Pointer Justification Count, Path Generated (MS-NPJC-Pgen) is a count of the negative pointer justifications generated for a particular path.
|
PJCS-Pdet
|
Number of Higher Order Path Pointer Justification Count Seconds detected on a particular path.
|
PJCS-Pgen
|
Number of Higher Order Path Pointer Justification Count Seconds generated for a particular path.
|
PJC-Diff
|
Displays the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Far End
|
VC Number
|
Displays the VC-4 port number.
|
EB-HP
|
Errored block-higher order path.
|
ES-HP
|
Errored seconds-higher order path.
|
SES-HP
|
Severely errored seconds-higher order path.
|
UAS-HP
|
Unavailable seconds-higher order path.
|
BBE-HP
|
Background block errors-higher order path.
|
D.3.2.7.3 SDH Path Thresh 1 Day Subtab
The SDH Path Thresh 1 Day subtab allows you to view and change the 1-day path thresholds of the MRC-12 card.
Table D-73 Field Descriptions for the SDH Path Thresh 15 Min Subtab
Field
|
Description
|
Near End
|
VC Number
|
Displays the VC-4 port number.
|
EB-HP
|
Errored block-higher order path.
|
ES-HP
|
Errored seconds-higher order path.
|
SES-HP
|
Severely errored seconds-higher order path.
|
UAS-HP
|
Unavailable seconds-higher order path.
|
BBE-HP
|
Background block errors-higher order path.
|
PPJC-Pdet
|
Positive Pointer Justification Count, Path Detected (PPJC-Pdet) is a count of the positive pointer justifications detected on a particular path on an incoming SDH signal.
|
NPJC-Pdet
|
Negative Pointer Justification Count, Path Detected (NPJC-Pdet) is a count of the negative pointer justifications detected on a particular path on an incoming SDH signal.
|
PPJC-Pgen
|
Positive Pointer Justification Count, Path Generated (PPJC-Pgen) is a count of the positive pointer justifications generated for a particular path.
|
NPJC-Pgen
|
Negative Pointer Justification Count, Path Generated (MS-NPJC-Pgen) is a count of the negative pointer justifications generated for a particular path.
|
PJCS-Pdet
|
Number of Higher Order Path Pointer Justification Count Seconds detected on a particular path.
|
PJCS-Pgen
|
Number of Higher Order Path Pointer Justification Count Seconds generated for a particular path.
|
PJC-Diff
|
Displays the sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Far End
|
VC Number
|
Displays the VC-4 port number.
|
EB-HP
|
Errored block-higher order path.
|
ES-HP
|
Errored seconds-higher order path.
|
SES-HP
|
Severely errored seconds-higher order path.
|
UAS-HP
|
Unavailable seconds-higher order path.
|
BBE-HP
|
Background block errors-higher order path.
|
D.3.2.7.4 Customer Info Subtab
The Customer Info subtab allows you to view the customer information.
Table D-74 Field Descriptions for the Customer Info Subtab
Field
|
Description
|
VC No.
|
The VC number.
|
Customer ID
|
The user-defined customer ID number.
|
Service ID
|
The user-defined service ID number.
|
D.3.2.8 Loopback Tab
The Loopback tab allows you to view and update loopback information.
Table D-75 Field Descriptions for the Loopback Tab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Loopback Type
|
Allows you to configure a port to terminal loopback (Inward) or Facility (Line), or clear the current loopback (none).
Note The line state must be OOS_MT before you can configure the loopback type.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Send AIS on Facility Loopback
|
When selected, sends AIS on the facility loopback.
|
Send AIS on Terminal Loopback
|
When selected, sends AIS on the terminal loopback.
|
D.3.2.9 Protection Tab
The Protection tab allows you to view and update MRC-12 protection group information.
Table D-76 Field Descriptions for the Protection Tab
Field
|
Description
|
Protection Groups
|
Displays a list of available protection groups.
|
Protection Group Details
|
Displays details about the selected protection group.
|
D.3.2.10 Alarm Behavior Tab
The Alarm Behavior tab allows you to view and update alarm profile information.
Table D-77 Field Descriptions for the Alarm Behavior Tab
Field
|
Description
|
Port Number
|
Displays the card port number.
|
Alarm Profile
|
Choose an alarm profile for the port from the drop-down list. Values are Default, Inherited, or a customized alarm profile.
|
Suppress Alarms
|
If checked, all alarms are suppressed for the port.
|
Alarm Profile
|
Choose an alarm profile for all ports.
|
Force to All Ports
|
When clicked, forces all the ports to the selected alarm profile.
|
D.3.2.11 Transceiver Tab
The Transceiver tab allows you to view and update MRC-12 transceiver information.
Table D-78 Field Descriptions for the Transceiver Tab
Field
|
Description
|
Port No.
|
PIM number, PPM number, Port number.
|
Non-normalized LBC (mA)
|
The actual operating value of laser bias current (in mA) for the specified card port.
|
Non-normalized OPT (dBm)
|
The actual operating value of optical power transmitted (in dBm) for the specified card port.
|
Non-normalized OPR (dBm)
|
The actual operating value of optical power received (in dBm) for the specified card port.
|
D.3.2.12 Auto Laser Shutdown Tab
The Auto Laser Shutdown tab allows you to view and update MRC-12 ALS parameters.
Table D-79 Field Descriptions for the Auto Laser Shutdown Tab
Field
|
Description
|
Port No.
|
Displays the port number.
|
ALS Mode
|
Displays the ALS mode (Disabled, Auto Restart, Manual Restart, or Manual Restart for Test).
|
Rec. Pulse Dur. (sec)
|
Allows you to set the received laser pulse duration, in seconds. The range is 2.0 to 100.0 seconds.
|
Rec. Pulse Int. (sec)
|
Allows you to set the received laser pulse interval, in seconds. The range is 60 to 300 seconds.
|
Status
|
Displays the current laser status. Values are Shutdown or Not Shutdown.
|
Request Restart
|
If selected, it allows you to request a laser restart. This parameter is configurable only when the ALS mode is set to Manual Restart or Manual Restart for Test and when the laser status is Shut Down.
|
D.3.2.13 Section Trace Subtab
The Section Trace subtab allows you to change the section trace settings for the MRC-12 card.
Table D-80 Field Descriptions for the Section Trace Subtab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Trace Mode
|
The trace mode (Off/None or Manual).
|
Disable AIS/RDI on TIM-S
|
Allows you to disable the Alarm Indication Signal (AIS) and the Remote Defect Indication (RDI) when the path Trace Identifier Mismatch Section (TIM-S) alarm is detected.
|
Transmit Length
|
Select a transmit length for the trace.
|
Current Transmit String
|
Displays the current transmit string. The trail trace identifier is 64 bytes in length.
|
Current Expected String
|
Displays the current expected string; sets a new expected string.
|
Current Received String
|
Displays the current received string.
|
D.3.2.14 J1 Path Trace Tab
The J1 Path Trace tab allows you to view and update J1 path trace information.
Table D-81 Field Descriptions for the J1 Path Trace Tab
Field
|
Description
|
Port Number
|
Displays the port number.
|
STS | VC-4 Number
|
Displays the STS or VC-4 number.
|
Expected String
|
Displays the current expected string.
|
Received String
|
Displays the current received string.
|
Mode
|
Displays the path trace mode (Off/None, Auto, or Manual).
|
C2
|
Represents a machine-generated J1/J2 payload label byte.
|
D.3.2.15 Info Tab
The Info tab allows you to view nominal operating values set during manufacturing for the MRC-12 card.
Table D-82 Field Descriptions for the Info Tab
Field
|
Description
|
Extended Manufacturing Information
|
Attribute
|
Displays the nominal card specification.
|
Value
|
Displays the value of the attribute.
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.4 Optical Cards
This section describes the following optical cards supported within CTM:
•Slot Properties—OC12 IR/STM4 SH 1310
•Slot Properties—OC12-4 IR/STM4 SH 1310
•Slot Properties—OC192 LR/STM64 LH 1550
•Slot Properties—OC192/STM64 XFR-Based
•Slot Properties—OC3 IR 4 1310
•Slot Properties—OC3 IR/STM1 SH 1310-8
•Slot Properties—OC48
•Slot Properties—OC48 IR 1310
•Slot Properties—OC48 LR 1550
•Slot Properties—OECP-L
•Slot Properties—S1.1-2-LC (ONS 15305 CTC)
•Slot Properties—S1.1-8-LC (ONS 15305 CTC)
•Slot Properties—S16.1-1-LC (ONS 15305 CTC)
•Slot Properties—STM-1
•Slot Properties—STM-1 S1.1-2-LC/E1-21 (ONS 15305 CTC)
•Slot Properties—STM-1E-12
•Slot Properties—STM-16 (ONS 15454 SDH)
•Slot Properties—STM-16 (ONS 15600 SDH)
•Slot Properties—STM-4 IR/STM4 SH 1310
•Slot Properties—STM-4 L4.2-2-LC (ONS 15305 CTC)
•Slot Properties—STM-16 L16.2-1-LC (ONS 15305 CTC)
•Slot Properties—STM-64 LH 1550 (ONS 15454 SDH)
•Slot Properties—STM-64 LR/LH 4 (ONS 15600 SDH)
D.4.1 Slot Properties—OC12 IR/STM4 SH 1310
The Slot Properties pane displays information about the Cisco ONS 15327 or ONS 15454 slot that is selected in the NE Explorer tree. Use this properties pane to change the module performance monitoring thresholds.
The ONS 15454 Optical Connector (OC12 IR/STM4 SH 1310) card provides one intermediate or short range SONET/SDH OC-12 port compliant with the International Telecommunication Union (ITU) G.707, ITU-T G.957, and Telcordia GR-253-CORE. The port operates at 622.08 Mbps over a single-mode fiber span. The card supports VT and nonconcatenated or concatenated payloads at STS-1, STS-3c, STS-6c, or STS-12c signal levels.
For the OC12 IR/STM4 SH 1310 module, the Slot Properties pane displays the following tabs: Module View, Identification, Line, STS, Loopback, Protection, Alarm Behavior, and Info.
D.4.1.1 Module View Tab
The Module View tab displays a graphic of the OC12 IR/STM4 SH 1310 that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms are also displayed when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s). Right-clicking the graphic opens a shortcut menu that you can use to reset, delete, or change the card.
D.4.1.2 Identification Tab
The Identification tab allows you to view and update OC12 IR/STM4 SH 1310 identification information.
Table D-83 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type that the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
Hardware Part Number
|
Displays the card part number that is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number.
|
Serial Number
|
Displays the card serial number that is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.4.1.3 Line Tab
The Line tab allows you to view and update OC12 IR/STM4 SH 1310 line performance monitoring information.
Table D-84 Field Descriptions for the Line Tab
Field
|
Description
|
Line Config
|
Port Number
|
Displays the optical port number.
|
Port Name
|
Allows you to enter the name of the optical port.
|
SD BER
|
Sets the signal degrade bit error rate.
|
SF BER
|
Sets the signal fail bit error rate.
|
Type
|
Defines the port as SONET or SDH.
|
PJSTSMon#
|
Sets the STS that will be used for pointer justification. If set to 0, no STS is monitored. Only one STS can be monitored on each OC-N port.
•0 (Cisco default)-3 (OC-3, per port)
•0 (Cisco default)-12 (OC-12)
•0 (Cisco default)-48 (OC-48)
|
ProvidesSync
|
If checked, the card is provisioned as an NE timing reference.
|
EnableSyncMsg
|
Enables synchronization status messages (S1 byte), which allow the node to choose the best timing source.
|
Admin SSM
|
If the node does not receive an SSM signal, it defaults to STU (synchronization traceability unknown). Admin SSM allows you to override the STU value with one of the following:
•PRS—Primary reference source (Stratum 1)
•STS2—Stratum 2
•TNC—Transit node clock
•STS3E—Stratum 3E
•STS3—Stratum 3
•SMC—SONET minimum clock
•ST4—Stratum 4
|
Send DoNotUse
|
When checked, sends a do not use (DUS) message on the S1 byte.
|
Admin State
|
Select the designation that drives whether an entity is in service or out of service. The Admin state is the driver for the Service state.
|
Service State
|
Displays the service state:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped; there is nothing in the slot.
•UAS—Unassigned; the entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic in service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE does not support the Service State, this field shows N/A.
|
AINS Soak
|
Automatic in-service soak. The determination of duration left before the traffic/termination transitions to IS state.
|
AINS Soak Count Down
|
Automatic in-service soak countdown. Displays the remaining time of valid input signal in hh:mm, after which the card becomes in service (IS) automatically.
|
Line Threshold 15 Minutes
|
Near End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
PSC
|
Protection switching count
|
PSD
|
Protection switching duration
|
PSC-W
|
Protection switching count-working
|
PSD-W
|
Protection switching duration-working
|
Far End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
Line Threshold 1 Day
|
Near End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
PSC
|
Protection switching count
|
PSD
|
Protection switching duration
|
PSC-W
|
Protection switching count-working
|
PSD-W
|
Protection switching duration-working
|
Far End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
Section Threshold 15 Minutes
|
Port Number
|
The optical port number
|
CV-S
|
Coding violations-section
|
ES-S
|
Errored seconds-section
|
SES-S
|
Severely errored seconds-section
|
SEFS-S
|
Severely errored framing seconds-section
|
Section Threshold 1 Day
|
Port Number
|
The optical port number
|
CV-S
|
Coding violations-section
|
ES-S
|
Errored seconds-section
|
SES-S
|
Severely errored seconds-section
|
SEFS-S
|
Severely errored framing seconds-section
|
D.4.1.4 STS Tab
The STS tab allows you to view and update OC12 IR/STM4 SH 1310 synchronous transport signal (STS) information.
Table D-85 Field Descriptions for the STS Tab
Field
|
Description
|
STS Config
|
Displays the STS number, the intermediate path protection monitoring (IPPM) status, and XC loopback status.
|
Path Threshold 15 Minutes
|
STS Number
|
The synchronous transport signal number
|
CV-P
|
Coding violations-path
|
ES-P
|
Errored seconds-path
|
SES-P
|
Severely errored seconds-path
|
UAS-P
|
Unavailable seconds-path
|
FC-P
|
Failure count-path
|
PPJC-Pdet
|
Positive pointer justification count, STS path detected
|
NPJC-Pdet
|
Negative pointer justification count, STS path detected
|
PPJC-Pgen
|
Positive pointer justification count, STS path generated
|
NPJC-Pgen
|
Negative pointer justification count, STS path generated
|
PJCS-Pdet
|
Positive pointer justification count, STS path detected
|
PJCS-Pgen
|
Positive pointer justification count, STS path generated
|
PJC-Diff
|
The sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Path Threshold 1 Day
|
STS Number
|
The synchronous transport signal number
|
CV-P
|
Coding violations-path
|
ES-P
|
Errored seconds-path
|
SES-P
|
Severely errored seconds-path
|
UAS-P
|
Unavailable seconds-path
|
FC-P
|
Failure count-path
|
PPJC-Pdet
|
Positive pointer justification count, STS path detected
|
NPJC-Pdet
|
Negative pointer justification count, STS path detected
|
PPJC-Pgen
|
Positive pointer justification count, STS path generated
|
NPJC-Pgen
|
Negative pointer justification count, STS path generated
|
PJCS-Pdet
|
Positive pointer justification count, STS path detected
|
PJCS-Pgen
|
Positive pointer justification count, STS path generated
|
PJC-Diff
|
The sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Customer Info
|
STS Number
|
The STS number
|
Customer ID
|
The user-defined customer ID number
|
Service ID
|
The user-defined service ID number
|
D.4.1.5 Loopback Tab
The Loopback tab allows you to view and update OC12 IR/STM4 SH 1310 loopback information.
Table D-86 Field Descriptions for the Loopback Tab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Admin State
|
Displays the status of the line. The line can be In Service (IS), In Service-Auto In Service Soak (IS_AINS), Out of Service (OOS), or Out of Service-Maintenance (OOS_MT).
|
Loopback Type
|
Allows you to configure a port to terminal loopback (Inward) or Facility (Line), or clear the current loopback (None).
Note The line state must be OOS_MT before you can configure the loopback type.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
D.4.1.6 Protection Tab
The Protection tab allows you to view and update OC12 IR/STM4 SH 1310 protection group information.
Table D-87 Field Descriptions for the Protection Tab
Field
|
Description
|
Protection Groups
|
Displays a list of available protection groups.
|
Protection Group Details
|
Displays details about the selected protection group.
|
D.4.1.7 Alarm Behavior Tab
The Alarm Behavior tab allows you to view and update OC12 IR/STM4 SH 1310 alarm profile information.
Table D-88 Field Descriptions for the Alarm Behavior Tab
Field
|
Description
|
Alarm Profile
|
Displays the alarm profile that has been configured for the card.
|
Suppress Alarms
|
If checked, indicates that all alarms are suppressed for the card.
|
Port Number
|
Displays the card port number.
|
Alarm Profile
|
Choose an alarm profile for the port from the drop-down list. Values are Default, Inherited, or a customized alarm profile.
|
Suppress Alarms
|
If checked, all alarms are suppressed for the port.
|
Alarm Profile
|
Choose an alarm profile for all ports.
|
Force to All Ports
|
When clicked, forces all the ports to the selected alarm profile.
|
D.4.1.8 Info Tab
The Info tab allows you to view nominal operating values set during manufacturing for the OC12 IR/STM4 SH 1310 module.
Table D-89 Field Descriptions for the Info Tab
Field
|
Description
|
Extended Manufacturing Information
|
Attribute
|
Displays the nominal card specification.
|
Value
|
Displays the value of the attribute.
|
Note See Table 1-20 on page 1-44 for descriptions of actions that can be performed using the buttons at the bottom of the window.
D.4.2 Slot Properties—OC12-4 IR/STM4 SH 1310
The Slot Properties pane displays information about the Cisco ONS 15327 or ONS 15454 slot that is selected in the NE Explorer tree. Use this properties pane to change the module's performance monitoring thresholds.
The Optical Connector (OC12-4 IR/STM4 SH 1310) card provides one intermediate or short range SONET/SDH OC-12 port compliant with the International Telecommunication Union's G.707, G.957, and Telcordia's GR-253. The port operates at 622.08 Mbps over a single-mode fiber span. The card supports VT and nonconcatenated or concatenated payloads at STS-1, STS-3c, STS-6c, or STS-12c signal levels.
For the OC12-4 IR/STM4 SH 1310 module, the Slot Properties pane displays the following tabs: Module View, Identification, Line, STS, Loopback, Protection, Alarm Behavior, J1 Path Trace, and Info.
D.4.2.1 Module View Tab
The Module View tab displays a graphic of the OC12-4 IR/STM4 SH 1310 that is installed in the slot. The number of critical, major, minor, and warning alarms for the module is displayed under Alarm Status. (Alarms also display when you move the mouse pointer over the graphic.) The Suppress Alarms check box is read-only and indicates whether all alarms are suppressed for the card and its port(s). Right-clicking the graphic opens a shortcut menu that you can use to reset, delete, or change the card.
D.4.2.2 Identification Tab
The Identification tab is where you view and update OC12-4 IR/STM4 SH 1310 identification information.
Table D-90 Field Descriptions for the Identification Tab
Field
|
Description
|
Equipment Type
|
Displays the equipment type the slot is provisioned for.
|
Actual Equipment Type
|
Displays the actual card that is installed in the slot.
|
Hardware Part Number
|
Displays the card part number. This number is printed on the top of the card.
|
Hardware Revision
|
Displays the hardware revision number of the card.
|
Serial Number
|
Displays the card serial number. This number is unique to each card.
|
CLEI Code
|
Displays the CLEI code.
|
Firmware Version
|
Displays the revision number of the software used by the ASIC chip installed on the card.
|
Product ID
|
Displays a product ID string of 63 characters maximum. If the card does not support the product ID, the field shows N/A.
|
Version ID
|
Displays a version ID string in the format "V99_." The version ID always begins with a V and ends with a space. If the card does not support the version ID, the field shows N/A.
|
Administration State
|
The port administration state. It can be:
•IS—In Service.
•IS, AINS—Automatic In Service.
•OOS, DSBLD—Out of Service, Disabled.
•OOS, MT—Out of Service, Maintenance.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Equipment State
|
Displays the equipment state of the card.
|
Alarm Profile
|
Sets the alarm profile for the port. Check the Suppress Alarms check box to suppress all alarms for this card and its port(s).
|
D.4.2.3 Line Tab
The Line tab is where you view and update OC12-4 IR/STM4 SH 1310 optical line performance monitoring information.
Table D-91 Field Descriptions for the Line Tab
Field
|
Description
|
Line Config
|
Port Number
|
Displays the optical port number.
|
Port Name
|
Displays the port name.
|
SD BER
|
Sets the signal degrade bit error rate.
|
SF BER
|
Sets the signal fail bit error rate.
|
Type
|
Defines the port as SONET or SDH.
|
PJSTSMon#
|
Sets the STS that will be used for pointer justification. If set to 0, no STS is monitored. Only one STS can be monitored on each OC-N port.
•0 (Cisco default) - 3 (OC3, per port)
•0 (Cisco default) - 12 (OC-12)
•0 (Cisco default) - 48 (OC-48)
|
ProvidesSync
|
If checked, the card is provisioned as an NE timing reference.
|
EnableSyncMsg
|
Enables synchronization status messages (S1 byte), which allow the node to choose the best timing source.
|
Send DoNotUse
|
When checked, sends a do not use (DUS) message on the S1 byte.
|
Admin State
|
The port administration state. Choosing an administrative state from the drop-down list and clicking Apply changes the port's service state unless network conditions prevent the change. Admin states include:
•IS—In Service. The port service state changes to IS_NR.
•OOS,DSBLD—Out of Service, Disabled. The port service state changes to OOS_MA, DSBLD.
•OOS, MT—Out of Service, Maintenance. The port service state changes to OOS_MA, MT. For loopbacks, the OOS, MT admin state must be initiated.
•IS, AINS—Automatic In Service. The port service state changes to OOS_AU, AINS.
|
AINS Soak
|
Automatic in-service soak. The determination of duration left before the traffic/termination transitions to IS state.
|
AINS Soak Count Down
|
Automatic in-service soak countdown. Displays the remaining time of valid input signal in hh:mm, after which the card becomes in service (IS) automatically.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
Admin SSM
|
If the node does not receive an SSM signal, it defaults to STU (synchronization traceability unknown). Admin SSM allows you to override the STU value with one of the following:
•PRS—Primary reference source (Stratum 1)
•STS2—Stratum 2
•TNC—Transit node clock
•STS3E—Stratum 3E
•STS3—Stratum 3
•SMC—SONET minimum clock
•ST4—Stratum 4
|
Send <<FF> DoNotUse
|
When checked, sends a do not use (DUS) message on the S1 byte.
|
Line Threshold 15 Minutes
|
Near End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
PSC
|
Protection switching count
|
PSD
|
Protection switching duration
|
PSC-W
|
Protection switching count-working
|
PSD-W
|
Protection switching duration-working
|
PSC-S
|
Protection switching count-span
|
PSD-S
|
Protection switching duration-span
|
Far End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
Line Threshold 1 Day
|
Near End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
PSC
|
Protection switching count
|
PSD
|
Protection switching duration
|
PSC-W
|
Protection switching count-working
|
PSD-W
|
Protection switching duration-working
|
PSC-S
|
Protection switching count-span
|
PSD-S
|
Protection switching duration-span
|
Far End
|
Port Number
|
The optical port number
|
ES-L
|
Errored seconds-line
|
SES-L
|
Severely errored seconds-line
|
CV-L
|
Coding violations-line
|
UAS-L
|
Unavailable seconds-line
|
FC-L
|
Failure count-line
|
Section Threshold 15 Minutes
|
Port Number
|
Displays the optical port number.
|
CV-S
|
Coding violations
|
ES-S
|
Errored seconds
|
SES-S
|
Severely errored seconds
|
SEFS-S
|
Severely errored framing seconds
|
Section Threshold 1 Day
|
Port Number
|
Displays the optical port number.
|
CV-S
|
Coding violations
|
ES-S
|
Errored seconds
|
SES-S
|
Severely errored seconds
|
SEFS-S
|
Severely errored framing seconds
|
D.4.2.4 STS Tab
The STS tab is where you view and update OC12-4 IR/STM4 SH 1310 STS information.
Table D-92 Field Descriptions for the STS Tab
Field
|
Description
|
STS Config
|
Displays the STS number, the intermediate path protection monitoring (IPPM) status, and XC loopback status.
|
Path Threshold 15 Minutes
|
STS Number
|
The synchronous transport signal number
|
CV-P
|
Coding violations-path
|
ES-P
|
Errored seconds-path
|
SES-P
|
Severely errored seconds-path
|
UAS-P
|
Unavailable seconds-path
|
FC-P
|
Failure count-path
|
PPJC-Pdet
|
Positive pointer justification count, STS path detected
|
NPJC-Pdet
|
Negative pointer justification count, STS path detected
|
PPJC-Pgen
|
Positive pointer justification count, STS path generated
|
NPJC-Pgen
|
Negative pointer justification count, STS path generated
|
PJCS-Pdet
|
Positive pointer justification count, STS path detected
|
PJCS-Pgen
|
Positive pointer justification count, STS path generated
|
PJC-Diff
|
The sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Path Threshold 1 Day
|
STS Number
|
The synchronous transport signal number
|
CV-P
|
Coding violations-path
|
ES-P
|
Errored seconds-path
|
SES-P
|
Severely errored seconds-path
|
UAS-P
|
Unavailable seconds-path
|
FC-P
|
Failure count-path
|
PPJC-Pdet
|
Positive pointer justification count, STS path detected
|
NPJC-Pdet
|
Negative pointer justification count, STS path detected
|
PPJC-Pgen
|
Positive pointer justification count, STS path generated
|
NPJC-Pgen
|
Negative pointer justification count, STS path generated
|
PJCS-Pdet
|
Positive pointer justification count, STS path detected
|
PJCS-Pgen
|
Positive pointer justification count, STS path generated
|
PJC-Diff
|
The sum of the absolute values of differences between positive transmitted and received, and negative transmitted and received. The important metric on pointer justification is not the exact counts, but how many were absorbed.
|
Customer Info
|
STS Number
|
The STS number
|
Customer ID
|
The user-defined customer ID number
|
Service ID
|
The user-defined service ID number
|
D.4.2.5 Loopback Tab
The Loopback tab is where you view and update OC12-4 IR/STM4 SH 1310 loopback information.
Table D-93 Field Descriptions for the Loopback Tab
Field
|
Description
|
Port Number
|
Displays the port number.
|
Admin State
|
Displays the status of the line. The line can be In Service (IS), In Service-Auto In Service Soak (IS_AINS), Out of Service (OOS), or Out of Service-Maintenance (OOS_MT).
|
Loopback Type
|
Allows you to configure a port to terminal loopback (Inward) or Facility (Line), or clear the current loopback (None).
Note The line state must be OOS_MT before you can configure the loopback type.
|
Service State
|
Overall availability of the entity. Values are:
•IS_NR—In Service-Normal.
•OOS_AU—Out of Service-Autonomous.
•OOS_MA—Out of Service-Management.
•OOS_AUMA—Out of Service-Autonomous and Management.
In addition, a secondary state provides additional information about the status of the entity. Values for secondary state are:
•MEA—Mismatch of equipment due to invalid equipment insertion.
•UEQ—Unequipped. There is nothing in the slot.
•UAS—Unassigned. The entity does not exist, has not been created, or has been deleted.
•SWDL—Software download in progress.
•MT—Maintenance, as per the Admin State change.
•AINS—Automatic In Service.
•DSBLD—Traffic is disabled on the entity.
•LPBK—Port or connection has a loopback on it.
•FLT—Fault secondary state. When an entity is faulted, an FLT state is raised. Equipment and ports in FLT state should be cleared as they transition. Transition states are listed in Table 11-10 on page 11-15.
See Table 11-10 on page 11-15 for the Service state/Secondary state possible values.
Note If the NE release does not support the Service state, this field shows N/A.
|
D.4.2.6 Protection Tab
The Protection tab is where you view and update OC12-4 IR/STM4 SH 1310 protection group information.
Table D-94 Field Descriptions for the Protection Tab
Field
|
Description
|
Protection Groups
|
Displays a list of available protection groups.
|
Protection Group Details
|
Displays details about the selected protection group.
|
D.4.2.7 Alarm Behavior Tab
The Alarm Behavior tab is where you view and update OC12-4 IR/STM4 SH 1310 alarm profile information.
Table D-95 Field Descriptions for the Alarm Behavior Tab
Field
|
Description
|
Alarm Profile
|
Displays the alarm profile that has been configured for the card.
|
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