Creating EPLAN Services

Based on the Ethernet data Layer 2 switch function, EPLAN services allow the accessed data to be transported to its destination media access control (MAC) address. This section describes the method to set the EPLAN service.

Prerequisites

It applies to the LEM18, 11LEX4, 11LEM24, L4G and TBE board.

The electrical cross-connect services between the Ethernet board and the OTU board supporting GE service grooming must be created.

Each Ethernet board must support at least one virtual bridge (VB).

Background Information

One VB can be created in each Ethernet board in the system. Inside VBs, the MAC address learning function is used to complete the forwarding of Ethernet data. The MAC address table is updated periodically based on the address learning result.

Precaution

NOTE:

Setting the parameters of a port affect the service of the board. Before setting the parameters of a port, configure State of the port as OOS at the Ethernet Interface. After setting the parameters, restore State of the port to IS.

Procedure

  1. Configuring VB mount port
    1. Select the desired Ethernet board on the NE Explorer, and choose Configuration > Ethernet Service > Ethernet LAN Service from the Function Tree. Select the VB Mount Port tab.
    2. Click New, and the Create Ethernet LAN Service dialog box is displayed.

    3. In the Create Ethernet LAN Service window, select VB Type and Bridge Switch Mode with refer to Table 1.
    4. In the Create Ethernet LAN Service window, click Configure Mounted Port..., and VB Mount Port Configuration dialog is displayed. On the Available Mounted Ports list, select the ports to be configured. Click to add them to Selected Forwarding Ports. Click OK to return to Create Ethernet LAN Service.

    5. Enter a value in VB Name, and click OK.

    6. Click Query, the created mount ports are displayed in the VB Mount Port tab. Double click the Unconnected field of Mount Port to configure mount ports. See Table 2. Double-click the other fields, and set the relevant parameters.



  2. Configuring VLAN forwarding filtering table
    1. After you configure the VB mount port, click the VLAN Filtering tab.
    2. Select one configured VB, and click New. In the pop-up Create VLAN dialog box, enter a value of VLAN ID. Select the correct Available Forwarding Ports, and click .

    3. Click OK, and the created VLAN forwarding filtering table is displayed in the user interface.

Parameters

Table 1 lists the main parameters involved in the configuration of EPLAN services.

Table 1 Parameters involved in EPLAN services
Field Value Description

Board

-

Displays the name of the board.

VB ID

-

Allocated automatically when an Ethernet LAN service is created.

VB Name

-

Specifies a VB name that contains a maximum of 16 characters or numerals, or eight Chinese characters.

VB Type

802.1q, 802.1d, 802.1ad

Default: 802.1q

Sets the type of a bridge.

Bridge Switch Mode

  • 802.1q: IVL/Ingress Filter Enable
  • 802.1d: SVL/Ingress Filter Disabled
  • 802.1ad: IVL/Ingress Filter Enable, SVL/Ingress Filter Disabled

Selects the bridge switch mode.

By default, the bridge switch mode is the virtual bridge in the case of 802.1q or 802.1ad and is the pure bridge in the case of 802.1d.

Bridge Learning Mode

IVL, SVL

Default: IVL

Displays the bridge learning mode.

Independent VLAN learning (IVL): Isolates MAC address during forwarding based on the VLAN tag.

Shared VLAN learning (SVL): destination MAC address based forwarding and learning.

Ingress Filter

Enabled, Disabled

Displays the status of an ingress filter of the port. It is not configurable.

Enabled: Checks the validity of a VLAN ID on the basis of bridge. If the ingress receives a packet that does not belong to the VLAN associated to the port on the bridge, the ingress discards the packet.

Disabled: Does not check the validity of a VLAN ID. All packets that want to enter the bridge are valid.

MAC Address Learning

Enabled, Disabled

Default: Enabled

Enables or disables MAC address learning. It is not configurable.

Enabled: MAC addresses are dynamically learnt.

Disabled: MAC addresses are statically configured.

Table 2 provides the port mounting parameters.

Table 2 Port mounting parameters
Field Value Description

VB Port

-

Allocated automatically when the VB mount port is configured.

Mount Port

-

Set the mount port.

Port Type

UNI, C-AWARE, S-AWARE

Default: UNI

Sets the network attributes for a port.

If the port is of the UNI type, the port processes the TAG attributes in 802.1q and the port has the Tag Aware, Access and Hybrid attributes.

If the port is of the C-AWARE type, the port does not process the tag attributes in 802.1q. It determines that the data packet carries no S-VLAN tag and processes only the data packet that has the C-VLAN tag.

If the port is of the S-AWARE type, the port does not process the tag attributes in 802.1Q. It determines that the data packet carries the S-VLAN tag and processes only the data packet that has the S-VLAN tag.

QinQ services support C-Aware and S-Aware ports.

EPL services support only UNI ports.

Port Enable

Enabled, Disabled

Default: Enabled

Enables or disables a port.

Enabled: This port can access services.

Disabled: This port cannot access services.

When the Mount Port is VCTRUNK port, Port Enable is Enabled by default.

Hub/Spoke

Hub, Spoken

Sets the Hub/Spoke attribute of the port.

Services are interoperable between a Hub port and a Spoken, or between two Hub ports, but not between two Spoke ports.

TAG

Tag Aware, Access, Hybrid

TAG is used to set the type of the messages to be processed.

The tag aware port only processes the messages with a tag, and those messages without a tag are discarded. However, the Access port is quite the contrary. The hybrid port processes the two types of messages. It adds a tag to the messages without a tag according to the VLAN ID of this port.

Default VLAN

  • L4G: 1 to 4094
  • 11LEX4, 11LEM24, TBE: 1 to 4095

Displays the ID of the default VLAN that passes through the port.

Working Mode

Auto-negotiation, 1000M Full_Dulex

Sets the working mode of the port. For example:

Auto-negotiation: The port can use a protocol to automatically find out the optimum working mode in which it communicates with its interconnected port.

10M Half_Dulex: The highest transmission rate of the port is 10 Mbit/s, and the communication mode is half-duplex.

NOTE:

Currently, the 1000M Half_Dulex mode is not supported.

Service Detection

Bidirectional

Displays the direction of services.

C-VLAN

  • L4G: 1 to 4094
  • 11LEX4, 11LEM24, TBE: 1 to 4095

Displays the C-VLAN value.

S-VLAM

  • L4G: 1 to 4094
  • 11LEX4, 11LEM24, TBE: 1 to 4095

Displays the S-VLAN value.


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