Juniper JUNOSE SOFTWARE 11.2.X - LINK LAYER CONFIGURATION GUIDE 7-7-2010 Configuration Manual page 617

pppoe mtu
pppoe remote-circuit-id
pppoe service-name-table
Copyright © 2010, Juniper Networks, Inc.
Use the no version to disable the command.
See pppoe motm.
Use to set the MTU using a combination of lower layer restrictions and controls.
You can specify an MTU greater than the current maximum permitted by RFC 2516, in
the range 66–65535.
You can use the use-lower-layer keyword to use the lower layer interface value minus
any PPPoE overhead. You can use the use-mtu-tag keyword to use the provided PPPoE
mtu tag value.
Example
host1(config-profile)#pppoe mtu 1380
Use the no version to restore the default value, 1494.
See pppoe mtu.
Use to enable the router to capture and process a vendor-specific tag containing a
remote circuit ID transmitted from a DSLAM device.
Optionally, the router can use the remote circuit ID in place of either or both of the
Calling-Station-Id [31] and NAS-Port-Id [87] RADIUS attributes to uniquely identify
subscriber locations.
Example
host1(config-profile)#pppoe remote-circuit-id
Use the no version to restore the default behavior, which is not to capture and process
the remote circuit ID.
See pppoe remote-circuit-id.
Use to assign a PPPoE service name table to dynamic interfaces created with this
profile.
A PPPoE service name table defines the set of specific service name tags that an AC,
such as an E Series router, offers to PPPoE clients. It also controls whether the router
responds to or does not respond to client requests containing an empty service name
tag.
Specify the name of the PPPoE service name table configured with the pppoe
service-name-table command from Global Configuration mode.
Example
host1(config-profile)#pppoe service-name-table myServiceTable1
Use the no version to remove the PPPoE service name table assignment.
See pppoe service-name-table.
Chapter 17: Configuring Dynamic Interfaces
585