E-Line Service

In this interface, you can create and query an E-Line service.

Navigation Path

In the NE Explorer, click the NE and choose Configuration > Packet Configuration > Ethernet Service Management > E-Line Service.

Buttons

Button	Description
OAM	Perform OAM to activate or deactivate the CC, start the LB or LT.
Configure PW	Display the interface where you can configure a PW. For details on the parameters in the interface, see NNI.
Configure QoS	Display the interface where you can configure the QoS. For details on the parameters in the interface, see QoS.
View Policy Details	Check information on the QoS policy used by the PW.
Delete	Select the service that you want to delete. Click Delete, and the Prompt dialog box is displayed. Confirm the deletion, and the Operation Result dialog box is displayed, indicating that the operation is successful. NOTICE: This operation causes service interruption. Exercise caution when you perform this operation. After the service is deleted, the corresponding PW is automatically deleted.
Apply Port Attributes	Applies port configurations to the NE.
Configure QinQ Link	Applies QinQ link configurations to the NE.

Parameters

Filed	Value	Description
Index	Example: 1	Indicates the E-Line service index. The E-Line service in alarm can be located according to the Monitored Object value.
Service ID	Example: 11	Indicates the ID of the Ethernet service.
Auto Assigned	Checked, Unchecked	Specifies whether the ID is allocated automatically.
Service Name	Example: test	Indicates the name of the Ethernet service.
Source Node	Example: Slot-Board Name-Port (Port No.)	Indicates the source node of the E-Line service. The format is Slot number - Board name - Port name (VLAN ID).
Sink Node	Example: PW-76	Indicates the sink node of the E-Line service. The sink node can be a port, PW or QinQ Link.
Source	Example: GE1	Indicates the source node of the E-Line service.
Sink	Example: GE1	Indicates the sink node of the E-Line service.
L2 Protocol Control	Not Transparent, BPDU Packet Transparent, LACP Packet Transparent	Indicates the packet type of the E-Line service. Not Transparent: The E-Line service transmits packets of common users. BPDU Transparent: The E-line service transmits the BPDU packets. LACP Transparent: The E-line service transmits the LACP packets.
Direction	UNI-UNI, UNI-NNI, NNI-NNI	In the case of the UNI-NNI direction, select the network-side bearer type as PW, Port, or QinQ Link.
Service Tag Role	User, Service	Indicates the service tag role of E-Line service. When Service Tag Role is set to Service, only one VLAN ID can be set for the VLANs field. User: The outer C/SVlan tag of user packets is used as the user VLAN tag. When the packets are forwarded, the packet forwarding is based on the user VLAN tag. Service: The outer C/SVlan tag of user packets is used as the service VLAN tag. When the packets are forwarded, the packet forwarding is not based on the service VLAN tag.
Port	Example: Slot-Board Name-Port (Port No.)	Indicates the user-side port or network-side port.
VLANs	1 to 4094	Indicates the VLAN ID. The VLAN ID can be null; or you can set one or more VLAN IDs.
Priority	0 to 7	A UNI-NNI E-Line service carried by a PW can be mapped into different PWs by VLAN+VLAN priority (namely, the priority table parameter). This parameter configures the VLAN priority table in a PW. The priority table can be empty or contain one or more priority values. When setting multiple priorities, separate every two priorities with a comma. When multiple priorities need to be expressed in a range, use a dash (-) to connect the first and last priorities, for example, 2-5. If the priority table is empty, the service is mapped into different PWs by VLAN. In this case, the packets with a priority in the range of 0 to 7 can be carried by the service. If the priority table is not empty, the service is mapped into different PWs by VLAN+VLAN priority (namely, the priority table parameter). In this case, the E-Line service must be configured with one service VLAN.
Source VLANs	1 to 4094	Indicates one or several VLAN IDs.
Bearer Type	PW, Port, QinQ Link	Indicates the bearer type when the service direction is set to UNI-NNI.
Protection Type	Unprotected, PW APS, PW FPS, Slave Protection Pair, PW Redundancy	Indicates the type of PW protection.
PW ID	Example: 123	Indicates the PW ID of the service.
New	Checked, Unchecked	Specifies whether to create a QinQ link. NOTE: This parameter can be set when the Bearer Type is set to QinQ Link.
Use existing resource	Checked, Unchecked	Specifies whether to use an existing QinQ link. NOTE: This parameter can be set when the Bearer Type is set to QinQ Link.
Sink	-	Indicates the QinQ link used at the sink end. NOTE: This parameter can be set when the Bearer Type is set to QinQ Link.
S-Vlan ID	Example: 123	Indicates the S-VLAN ID. NOTE: This parameter can be set when the New check box is selected. This parameter can be set when the Bearer Type is set to QinQ Link.
BoardPort	Example: Slot-Board Name-Port (Port No.)	Indicates the board name and port ID of the new service. NOTE: This parameter can be set when the New check box is selected. This parameter can be set when the Bearer Type is set to QinQ Link.
QinQ Link ID	Example: 5	Indicates the QinQ link ID. NOTE: This parameter can be set when the New check box is selected. This parameter can be set when the Bearer Type is set to QinQ Link.
BPDU	Not Transparently Transmitted, Transparently Transmitted	Indicates the transparent transmission ID of the bridge protocol data unit (BPDU) packets. It is used to specify whether the E-Line service transparently transmits the BPDU packets. If the BPDU packets are used as the service packets and transparently transmitted to the opposite end, set this parameter to Transparently Transmitted. That is, the parameter value Transparently Transmitted takes effect only if Encapsulation Type of the source and sink ports of the E-Line service are Null. In other cases, set this parameter to Not Transparently Transmitted. NOTE: When BPDU is set to Transparently Transmitted, you cannot set Source VLANs andSink VLANs. The transparently transmitted service does not support configuring the alarm performance, OAM and QoS.
MTU (bytes)	46 to 9600	Indicates the maximum transport unit (MTU). When receiving packets of a length more than the MTU, the port divides the packets into segments and then transports these segments. If the packets contain a flag indicating that packet division is not allowed, the port discards the packet.
Deployment Status	Deployed, Undeployed	Specifies whether a service is deployed. Deployed: Indicates that the service has been applied to an NE. Undeployed: Indicates that the service is saved on the Web LCT only.
ARP Dual Feed	Enable, Disable	Specifies whether to enable dual feed. If you set this parameter to Enable for an E-Line service in PW FPS protection, the working and protection PWs both transmit ARP packets.
PW Dual Receiving	-	This parameter cannot be set.
MAC Address Withdrawal upon PW OAM Fault	-	This parameter cannot be set.
Reverse Tunnel	Example: 3	Indicates the reverse tunnel.
Port	Example: GE1 type	Indicates the port type.
Port Name	Example: 2(PORT-2)	Indicates the port name.
Port Enable	Enable, Disable	When the port is enabled, it indicates that the user uses the port and the port has services. When the port is disabled, it indicates that the port does not process services. When configuring services, enable the involved ports.
Port Mode	Layer 2, Layer 3	Select the working mode of the port. Layer 2: The port can access the user-side equipment or carry Ethernet services that are based on the ports and use the port exclusively. Layer 3: The port can carry tunnels.
VLAN ID(e.g. 1,3-5)	Example: 3-5	Indicates the VLAN ID.
Working Mode	Auto-Negotiation, 10M Half-Duplex, 10M Full-Duplex, 100M Half-Duplex, 100M Full-Duplex, 1000M Half-Duplex, 1000M Full-Duplex, 10G Full-Duplex LAN, 10G Full-Duplex WAN	Indicates the working mode of the Ethernet port. The auto-negotiation mode is recommended, because it can automatically find out the best working mode to combine a port and its interconnected port and thus is convenient for maintenance. Be careful to configure the same working mode for the port and its interconnected port. Otherwise, service will fail.
Encapsulation Type	Null, 802.1Q, QinQ	Indicates the means of processing the accessed packets. Null: The port transparently transmits the accessed packets. 802.1Q: The port identifies the 802.1Q standard packets. QinQ: The port identifies the QinQ standard packets. NOTE: When the Direction is set as UNI-NNI, OptiX RTN 380 only supports 802.1Q.
Tag	Tag Aware, Access, Hybrid	Specifies which packets can be processed. Tag Aware: The port transparently transmits the data packet with a VLAN ID (tag). If a data packet does not have a VLAN ID (untag), the port discards this data packet. In this case, the Default VLAN ID and VLAN Priority are meaningless. Access: The port adds the default VLAN ID to the data packet without any VLAN ID (untag). If the data packet has a VLAN ID (tag), the port discards this data packet. Hybrid: The port adds the default VLAN ID to the data packet without any VLAN ID (untag). If the data packet has a VLAN ID (tag), the port transparently transmits the data packet. NOTE: When the Direction is set as UNI-NNI, OptiX RTN 380 only supports Tag Aware.
Specify IP Address	Unspecified, Manually	Indicates the port IP address setting mode. Unspecified: the IP address can be dynamically allocated. Manually: the IP address of the port can be manually configured. NOTE: This parameter is available when Port Mode is Layer 3.
IP Address	Example: 192.168.0.1	Indicates the port IP address. NOTE: This parameter can be set when Specify IP Address is Specified. This parameter is available when Port Mode is Layer 3. CAUTION: Changing port IP addresses will re-establish links on NEs and interrupt services.
IP Mask	Example: 255.255.255.0	Indicates the mask of the port IP address. NOTE: This parameter can be set when Specify IP Address is Specified. This parameter is available when Port Mode is Layer 3.
Default VLAN ID	1 to 4094	This parameter is mandatory only when the Tag is set to Tag Aware or Hybrid.
MAC Address Withdrawal upon PW OAM Fault	-	This parameter cannot be set.

Tabs

Tab	Description
UNI	Sets and queries related parameters of the user-side interface. For details, see UNI.
NNI	Sets and queries related parameters of the network-side interface. For details, see NNI.
QoS	Queries the QoS attributes and the policy information. For details, see QoS.
Port Attributes	Queries the port attributes. For details, see Port Attributes.
Protect Group	Sets the PW redundancy protection. For details, see Protect Group.
Maintenance Association	Creates and queries the MA. For details, see Maintenance Association.
MEP Point	Creates the MEP point only when the MA is available. For details, see MEP Point.
VLAN Forwarding Table	Sets and queries items in the VLAN forwarding table. For details, see VLAN Forwarding Table. NOTE: When the Direction is set as UNI-NNI, OptiX RTN 380 doesn't support setting VLAN Forwarding Table .