Procedure 3-30: Port configuration

Physical tab

1	The PHYSICAL tab displays the following panels as shown in Figure 3-55, Port Configuration Figure 3-55: Port Configuration End of steps

State

In this panel the settings of the resource can be modified by means of the following parameters:

• Admin state - Allows to set the administrative state. The choices are: up = active state or down = not active state.

• Last change - Specifies the date and time when the resource had been managed last time.

• Operational state - Specifies the actual state of the resource.

• MAU Operational state - Specifies the actual state of the Medium Access Unit (MAU).

• Alarm Severity Profile - Specifies the ASAP label that is in use for the resource.

Ethernet Port

• Connector present - Indicates if the interface has a physical connector. The values are: true or false.

• Type - Indicates the type of port (fixed to "ethernetCsmacd"). The values fixed: ethernetCsmacd.

• Speed - Indicates the actual configured rate. The values are: 1000000 (1 Gb/s) or 10000000 (10 Gb/s).

• Alias - Indicates the friendly name for the interface that can be set by the user.

• Encapsulation mode - Indicates the method of MAC packets encapsulation inside the underlying physical layer. The values are: ethernetV2 (default) or IEEE8023.

• Maximum MTU/MRU - Indicates the Maximum Transmit Unit/Maximum Receive Unit size of the largest packet that can be sent/received on the interface, specified in octets. The value ranges from 1574 to 9242 (R1.0) or from 1574 to 10240 (From R4.0).

• Promiscuous mode - Indicates indicating whether this interface has to inspect the packets' MAC addresses. The values are: true or false.

• FCS discard errored frame - Indicates the insertion or removal of GFP-FCS (Frame Check Sequence) field into the optional field FCS of the GFP frame. The values are: true or false.

• Client type - Indicates the transported layer. The values are: ets (for Ethernet Transparent System), etb (for Ethernet Bridge System) or LinkAgg (for Link Aggregation System).

• Underlie layer - Indicates the associated layer. The allowable values are: mau (for Ethernet Transparent System), vconc (virtual concatenation to permit the setting of the "virtual-concatenation granularity" mode) or sdh (to permit the setting of the "Rate-Limiting" mode. NOTE: this value is given only in the case that the concatenation number for the VC4 is equal to 1).

• Link up/down trap - Indicates whether linkUp / linkDown traps (notification upon the changing of the node operational state from up to down and vice versa) should be generated for this interface. possible options: enabled / disabled the associated layer. The values are: enabled or disabled.

• Physical address

Ethernet Port Mirroring

The Ethernet port mirroring allows duplicating traffic of a mirrored port in a service and sending a copy of this traffic to another dedicated port without affecting the service.

• Mirror Type - Displays the type. The allowable types are no mirroring, mirroring input, mirroring output.

• Mirrored port - Select the Ethernet port from the list whose traffic has to be duplicated.

MAU

The panel has the Save hyperlink in order to save the settings.

• MAU panel - Allows to change the settings of the resource and displays the following parameters:

• MAU identifier - Specifies a number assigned by the system. The value is: 1.

• Front Panel Port - Specifies a number assigned by the system; it is the identifier of the physical port on the front of the PIM. The value is: <8 digit number>.

• State - Specifies the MAU current status. The values are: operational or shutdown.

• Jack Type List - Specifies the available connectors type. The values are: RJ45 for FE port or fiberLC for GBE port.

  Note: Use AN-enable for GE interworking between the TSS-5C and TSS-320.

• Jabber type - Specifies the state of the jabber process (checking about abnormal data transmissions longer than the max permissible packet length).

• Default Type - Specifies the type of physical I/F. The values are:

  • b1000BaseXFD for 1GE (1000Mbps) LAN

• Auto-negotiation supported - Indicates if the auto-negotiation is supported or not. The values are: true or false.

• Auto-negotiation enabled - Indicates if the auto-negotiation is enabled or not. The values are: enabled or disabled.

• Autonegotiation state - Indicates the state.

• bfdxPause

• bfdxBPause

• b1000baseXFD

The panel has the following hyperlinks:

Save link - To save the settings.

Enable autonegotiation - To change the last described field without using other page command.

Flow Management

• Flow management panel - Allows to change the settings of the resource and displays the following parameters:

• VLAN Profile Protocol

• Egress Shaping Management panel

• (T)MPLS Management panel - Click CREATE MPLSIF link to create new MPLSIF.

Configure Port Scheduling and Shaping

1	Navigate to the Port in the main menu and click on the port, the port management screen is displayed.
2	Specify the Egress scheduling rate in Kbps. Click Enableto enable egress port shaping. Clicking Disable will disable the egress port shaping. Note: The NE has the capability of supporting a total of four MPLS ports (including the main board and the 08FXK board). End of steps

Configure MPLSIF

1	Click on MPLSIF under the TMPLS Management section to configure MPLSIF as shown in Figure 3-56, Configure MPLSIF and described in Table 3-17, Configure MPLSIF parameters. Figure 3-56: Configure MPLSIF Table 3-17: Configure MPLSIF parameters Parameter Description MEP Specifies the Maintenance Entity Point. For enabling MEP function, the direction of MEP is according to the direction of Tunnel Segment. The values are ENABLE or DISABLE MEG ID Specifies the Maintenance Entity Group Identifier. This parameter must be unique in the system MEP ID Specifies the Maintenance Entity Point Identifier. This parameter is unique inside MEG ID. If provisioned, this parameter must be different from EXP MEP ID. The MEP ID is in the range 1 to 8191 OAM PHB Profile Specifies the PHB OAM Profile AID for OAM packets The supported values are: OAMTYPE1 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) OAMTYPE2 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) OAMTYPE3 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) OAMTYPE4 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) OAMTYPE5 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) OAMTYPE6 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) OAMTYPE7 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) OAMTYPE8 {EF, HIGH2, AF21, AF22, AF41, AF42, DE-G, DE-Y} (PHB range 1) {EF, HIGH2, AF1, AF2, AF3, AF4, DE, LOW2} (PHB range 2) The default value is EF. CV Rx It enables/disables (ENABLE/DISABLE) capability to detect the Loss of Continuity (LOC) alarm, associated to Sink Tunnel Segment Termination. ENABLE value is not applicable if DIR=UNIDIRIN CV PHB Specifies the CV packet transmission for PHB profile CV Period Specifies the period (1/Frequency) of CV packet transmission CV Tx Specifies the period (1/Frequency) of CV packet transmission EXP MEP ID Specify the MEP EXP ID in the value range of 1 to 8191. Proactive LM Determines whether Proactive LM is enabled or disabled. When Proactive LM is set to enabled, the PROLM performance monitoring parameters can be configured. Proactive DM Determines whether Proactive DM is enabled or disabled. When Proactive DM is set to enabled, the PRODM performance monitoring parameters can be configured. Proactive DM Period Specifies the DM interval in terms of 1s, 10s, 1m and 10m. Proactive DM Packet Length Determines the length of the Proactive DM Packet.
2	Click Save to save the MPLSIF configuration.
3	To configure PROLM Performance Monitoring parameters, click on the PROLM performance monitoring tab and configure the PROLM Performance Monitoring parameters as described in Step 17 to Step 29.
4	To configure PRODM Performance Monitoring parameters, click on the PRODM performance monitoring tab and configure the PRODM Performance Monitoring parameters as described in Step 17 to Step 29. End of steps

Quality of Service tab

1	The Quality of Service tab displays the following as shown in Figure 3-57: Quality of Service tab
2	The Quality of service tab displays the VT for the selected port. Specify the VT range and click Search/Refresh to retrieve the VT profile.
3	Click on the VT Index number to display the modify the VT parameters. Figure 3-58: Modify a Virtual Transport profile
4	Click on the Queue to modify the VT queue profile as shown in Figure 3-59, Modify VT Queue Figure 3-59: Modify VT Queue
5	Select the Queue Type Strict Priority or Weighted Bandwidth.
6	Specify the Committed Rate when queue type is Weighted Bandwidth.
7	Specify the shaping as true or false and the peak rate in Kb/sec.
8	Specify the associated queue profile.
9	Click Save to save the changes or Cancel to return to the previous screen without saving.
10	Click Cancel to cancel and return to the previous screen.
11	Click Save to save the profile changes.
12	Click Deactivate to deactivate the profile. End of steps

PM Data tab

1	Click the PM data tab the Performance Monitoring screen is displayed as shown in Figure 3-60, Performance Monitoring Data. Figure 3-60: Performance Monitoring Data The Performance Monitoring tab displays the following functional tabs: Maintenance Rx Maintenance Tx Current Data History Data
2	Click the Maintenance Rx tab to display the Maintenance Rx parameters as shown in Figure 3-61, Maintenance Rx tab Figure 3-61: Maintenance Rx tab
3	Specify the Maintenance Rx/Tx parameters as described in Table 3-18, Maintenance Rx/Tx parameters Table 3-18: Maintenance Rx/Tx parameters Parameter Description Polling Period (sec) Provides an increment or decrease in the current value. Select the up/down buttons to modify the existing value. Number of Retries Provides an increment or decrease in the number of retries. Select up/down arrow buttons to modify the existing value. Polling Window (sec) Polling Window value changes if the Polling Period and Number of Retries values are modified. Polling row Indicates the polling interval as 15m or 24h. Note:Only applicable to Current PM data Direction Indicates the direction as Rx . Note:Only applicable to Current PM data Start or Stop Starts or stops the increment or decrease.
4	Click the Maintenance Tx tab to display the Maintenance Tx parameters as shown in Table 3-18, Maintenance Rx/Tx parameters
5	Specify the Maintenance Tx parameters as described in Table 3-18, Maintenance Rx/Tx parameters
6	Click the Current Data tab to view the performance counters and create PM as shown in Figure 3-62, Current Data. Figure 3-62: Current Data The Current Data tab displays the following panels: Performance Monitoring Polling Management Figure 3-63: Create PM
7	Click Create PM to create. Specify the PM and Polling Management parameters and click Start/Stop to increment or decrease the counters. End of steps

Performance Monitoring panel

The Performance Monitoring panel displays the following parameters:

• Interface - Specifies the name of the interface.

• Granularity Period - Specifies the granularity period for monitoring the performance. The values are 15m to 24h.

• Direction - Specifies the direction. The values are Rx and Tx.

• Threshold Profile- Specifies the PM threshold profile based on the granularity period.

Polling management

The Polling Management panel has the same parameters as shown in Table 3-18, Maintenance Rx/Tx parameters.

CES PM Tab

1	Click the PM data tab the Performance Monitoring screen is displayed as shown in the following figure. Figure 3-64: CES Performance Monitoring Data The Performance Monitoring tab displays the following functional tabs: Maintenance Rx Current Data History Data
2	Click the Maintenance Rx tab to display the Maintenance Rx parameters as shown in the following figure. Figure 3-65: CES Maintenance Rx Tab
3	Specify the Maintenance Rx parameters as described in Table 3-18, Maintenance Rx/Tx parameters
4	Click the Current Data tab to view the performance counters and create PM as shown in the following figure. Figure 3-66: CES Current Data Tab
5	Click the History Data tab the Performance Monitoring screen is displayed as shown in the following figure. Figure 3-67: CES History Tab The History Data tab displays the history details of rlsrls9ETHAggrRx/Port#1 port.
6	Specify the following PM parameters as described in the following table: Table 3-19: PM Parameters Tab Parameter Description Missing Packets Number of missing packets (as detected via control word sequence number gaps). Packets Re-Order Number of packets detected out of sequence (via control word sequence number), but successfully re-ordered Jitter Buffer Underruns Number of times a packet needed to be played out and the jitter buffer was empty. MisOrder Dropped Number of packets detected out of order (via control word sequence numbers), and could not be re-ordered, or could not fit in the jitter buffer. Malformed Packets Number of packets detected with unexpected size, or bad header’s stack. Errored Seconds The counter associated with the number of Error Seconds encountered. Any malformed packet, seq. error, LOPS and similar are considered as error seconds. Severely Errored Seconds The counter associated with the number of Severely Error Seconds encountered. Unavailable Seconds The counter associated with the number of Unavailable Seconds encountered. Any consecutive ten seconds of SES are counted as one UAS. End of steps

In Fiber In Band

1	After configuration of the MPLSIF, the In fiber In Band tab is displayed as shown in Figure 3-68, MPLSIF Ethernet Port Management Figure 3-68: MPLSIF Ethernet Port Management
2	Click on the In Fiber In Band tab, the screen is refreshed to display the In Fiber In band configuration screen as shown in Figure 3-69, In Fiber In Band Management Figure 3-69: In Fiber In Band Management
3	Modify and click Save to save the In fiber in band management settings or click Cancel to return to the previous screen.
4	Click Activate to activate the In fiber In Management setting as shown in Figure 3-70, Activate In Fiber In Band Management Figure 3-70: Activate In Fiber In Band Management
5	Click Deactivate to deactivate the In Fiber In Band Management. End of steps

PNAC tab

1	Click the PNAC tab to configure PNAC parameters. Refer the Procedure 3-81: Configure PNACsection for configuration and management of PNAC parameters. End of steps

Port Management restrictions

The following are the port management restrictions:

• Main board: 6FE ports are guaranteed (1~6), 2 GE ports are guaranteed (7~8).

• Option slot 1: any option board can be assigned in the slot with full capacity.

• Option slot 2: if O16E1/OTRI board, full capacity; is not allowed (not blocked by SW, if assigned, port 1~2 can be used); in case the OTRI board is used, and in the future STM-1 CES is used, the FE port 15 and 16 on main board should not be used (note: not blocked by SW). For slot 2 O8FEK is allowed full capacity.

• If the OTRI board is used in the first (or second) option slot, the GE port 9 (or 10) on main board cannot be used.

• Option slot 2 for OFXK is allowed if the assigned ports 11-16 on main board are blocked.

Table 3-20: FE port arrangement (Scenario R4.0)

Configuration	Main Slot	Main Usage	1st Option slot	1st Usage	2nd Option slot	2nd Usage
1	12	11~16 not	8 OFEK/O8FXK	OK	8 O8FEK/O8FXK	6: main 11~16
2	12	15/16 not	8 O8FEK/O8FXK	OK	4 OTRI	2 main 15/16
3	12	11~16 not	OTRI	OK	8 O8FEK/O8FXK	6 main 11~16
4	12	OK	8 O8FEK/O8FXK	OK	2 O16E1/R202E	0
5	12	11~16 not	2 O16E1/R2O2E	OK	8 O8FEK/O8FXK	11~16 not
6	12	OK	2 O16E1/R2O2E	OK	2 O16E1/R2O2E	OK
7	12	15/16 not	2 O16E1/R2O2E	OK	OTRI	2 main 15/16
8	12	OK	4 OTRI	OK	2 O16E1/R2O2E	OK
9	12	15/16 not	4 OTRI	OK	4 OTRI	2 main 15/16

Note: Always put the option board which needs higher FE capacity in option slot Requested FE capacity: O8FEK/O8FXK > OTRI > O16E1.

Table 3-21: GE port arrangement (Scenario R4.0)

Configuration	Main slot usable GE ports	1st option slot	2nd option slot
1,4,5,6	7, 8, 9,10	Not OTRI	Not OTRI
3,8	7, 8, 10	OTRI with GE	Not OTRI
2,7	7, 8, 9	Not OTRI	OTRI with GE
9	7, 8	OTRI with GE	OTRI with GE

Note: The NE supports a total of four GE switches.

Alcatel-Lucent – Proprietary

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