PW MEP

In this user interface, you can set and query the maintenance end point (MEP) parameters of the MPLS-TP PW operation, administration and maintenance (OAM).

Navigation Path

For RTN NEs, in the NE Explorer, select an NE and choose Configuration > MPLS Management > PW Management from the Function Tree. Click the MPLS-TP OAM tab and then the MEP tab.

Button Description

Button		Description
OAM Operation		Maintains the OAM, including, starting the CC check, LB test, ping test and traceroute test.

Shortcut Menu Description

Shortcut Menu	Description
Alarm Suppression	Suppresses PW alarms so that they cannot be reported to devices or the U2000 Web LCT.
Start CC	Starts the CC check.
Stop CC	Stops the CC check.
Start LB	Starts an LB test to check the connectivity of a PW, which facilitates fault locating and rectification.
Query PW Status	Queries the PW status.
Ping Test	Performs the ping test for a PW.
Traceroute Test	Performs the traceroute test for a PW.

Parameter Description

**Table 1** MEP parameters
Parameter	Value	Description
Index	Example: 1	Indicates the system assigned serial number.
PW ID	Example: 3	Indicates the PW ID.
PW Type	The parameter value depends on the service type. Ethernet Service: Ethernet, Ethernet Tagged Mode IP over PW: IP PW ATM service whose ATM Connection Type is PVP: ATM n to one VPC cell transport, ATM one to one VPC cell Mode ATM service whose ATM Connection Type is PVC: ATM n to one VCC cell transport, ATM one to one VCC cell Mode ATM service whose ATM Connection Type is Port Transparent: ATM transparent cell transport CES Service: CESoPSN, SATop PTP Clock Service: Ethernet	Specifies the modes in which different types of service packets are encapsulated in PWs.
OAM Status	Enabled, Disabled	Indicates the OAM status. This parameter can be set. The default value is Disabled. In non-IP mode, configure MEG ID, MEP ID, and the peer MEP ID before you enable the OAM function. Enabled: OAM-related operations can be performed. Disabled: OAM-related operations cannot be performed.
MEG ID Type	IP Based, ICC Based, Customer Based	IP Based: Indicates the default MEG ID type of PTN equipment. It is used to generate MEG IDs automatically. ICC Based: Indicates the MEG ID type defined by the Y.1731 recommendation. Customer Based: Indicates the MEG ID type used for interconnection with equipment from special vendors. The MEG ID Type must be the same at the source and the sink ends.
MEG ID	Example: 3	Indicates the MEG ID. MEG ID varies with MEG ID Type. When MEG ID Type is set to IP Based, MEG ID, MEP ID, and RMEP ID are generated automatically. When MEG ID Type is set to ICC Based, MEG ID is a character string with letters and numbers, and contains 1 to 13 bytes. When MEG ID Type is set to Customer Based, MEG ID consists of 96 characters that represent 48 hexadecimal numbers. The default value is a character string consisting of 96 zeros. You can set MEG ID to any character strings that consist of only letters (a-f) and digits (0-9).
MEG Level	0, 1, 2, 3, 4, 5, 6, 7	Indicates the MEG priority. The value 7 indicates the highest priority.
MEP ID	1 to 8191	Indicates the MEP ID. The MEP ID at the source must be the same with the RMEP ID at the sink ends.
RMEP ID	1 to 8191	Indicates the RMEP ID. The RMEP ID at the source must be the same with the MEP ID at the sink ends.
Detection Mode	Adaptive, Manual	Indicates the detection mode. Manual: The frequency set by the user is used to test the connectivity of the PW. Adaptive: The frequency of the received packets is used to test the connectivity of the PW.
CC Status	Stop, Start	Indicates the current status of the CC check.
CC Packet Priority	0, 1, 2, 3, 4, 5, 6, 7	Sets and Indicates the CC packet priority. Value 0 indicates the lowest priority, and value 7 indicates the highest priority.
CC Packet Interval	Example: 3.33ms	Sets and Indicates the interval of transmitting detection packets.
Lock Status	Unlock, Lock	specifies whether the LCK function is enabled. If this function is enabled, when a TST test that interrupts services is performed, LCK packets will be sent to notify users that the service interruption is caused by the TST test.
Local Status	Initialized, Near-End Available, Near-End Defect Available, Near-End Defect Unavailable, Near-End Unavailable	Indicates the local PW operating status.
Local Defect Type	dServer, dPeerME, dLOCV, dExcess, dUnExpPer, dUnExpMeg, dUnExpMep	Indicates the local PW defect type.
Local Disable Duration(ms)	0 to 300000	Indicates the duration of the disable status of the PW. Local Disable Duration indicates the duration when the PW is unavailable.
Local Defect Location	Example: 192.168.11.1	Indicates the local PW defect location. Local Defect Location identifies the location of the defect in the network by using the IP address.
Remote Status	Remote Available, Remote Defect Available, Remote Defect Unavailable, Remote Unavailable, Initialized	Indicates the remote PW operating status.
Remote Defect Type	dServer, dPeerME, dLOCV, dExcess, dUnExpPer, dUnExpMeg, dUnExpMep	Indicates the remote PW defect type.
Remote Disable Duration(ms)	0 to 300000	Indicates the duration of the disable status of the PW. Remote Disable Duration indicates the duration when the PW is unavailable.
Remote Defect Location	Example: 192.168.11.1	Indicates the remote PW defect location. Remote Defect Location identifies the location of the defect in the network by using the IP address.
SD Threshold(%)	0 to 100	Indicates and specifies the SD threshold.
SF Threshold(%)	0 to 100	Indicates and specifies the SF threshold. SD ≤ SF
LSR ID to be Received	Example: 10.10.10.1	Specifies the LSR ID on the peer end. For the MSPW, specify the LSR ID of the MS PW sink node. NOTE: You can configure the LSR ID to be Received only when the OAM is disabled
PW ID to be Received	Example: 111	For the MSPW, specify the ID of the PW that is connected to the MS PW sink node. NOTE: You can configure the PW ID to be Received only when the OAM is disabled
LM Packet Mode	Standard Mode, Huawei Mode	Indicates the LM packet mode for case-shaped transport equipment when the equipment interconnects with other types of equipment. Set LM Packet Mode to Huawei Mode when case-shaped transport equipment interconnects with subrack-shaped transport equipment. The LM packet format of case-shaped transport equipment is different from that specified in protocols. Set LM Packet Mode to Standard Mode when case-shaped transport equipment interconnects with CX or other case-shaped transport equipment.
GAL Enable Status	Enabled, Disabled	Generic associated channel labels (GALs) identify OAM packets, and are disabled by default.
GAL Mode	Y.1711, RFC5586 Default: RFC5586	Indicates the GAL mode that is used to achieve MPLS-TP OAM on NEs. The options are as follows: Y.1711: The NE can interwork with PTN NEs to achieve MPLS-TP OAM. RFC5586: The NE can interwork with RTN and MSTP NEs to achieve MPLS-TP OAM.