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Configuring Reassembly on Multiclass MLPPP Interfaces
Copyright © 2010, Juniper Networks, Inc.
Ensure that fragmentation is enabled on the MLPPP interface.
See Configuring MLPPP Fragmentation and Reassembly in Chapter 8, Configuring Multilink
PPP.
To configure fragmentation on a multiclass MLPPP interface:
Specify the QoS traffic classes to be fragmented.
To configure fragmentation on multilink classes in a dynamic profile:
host1(config-profile)#ppp multilink multiclass fragmentation best-effort voice
otherData video
To configure fragmentation on multilink classes in a static MLPPP interface:
host1(config-if)#ppp multilink multiclass fragmentation best-effort voice otherData
video
The order of the QoS traffic classes does not affect the execution of the command.
NOTE: You must include the best-effort traffic class in the ppp multilink multiclass
fragmentation command, or the command fails.
Chapter 17, Configuring Dynamic Interfaces
ppp multilink multiclass fragmentation
You can configure reassembly on a multiclass MLPPP interface with the same maximum
received reconstructed unit (MRRU) value as that of the MLPPP interface.
Before you configure reassembly on the multiclass MLPPP interface:
Ensure that reassembly is enabled on the MLPPP interface.
See Configuring MLPPP Fragmentation and Reassembly in Chapter 8, Configuring Multilink
PPP.
To configure reassembly on a multiclass MLPPP interface:
Specify the QoS traffic classes to be reassembled.
To configure reassembly on multilink classes in a dynamic profile:
host1(config-profile)#ppp multilink multiclass reassembly best-effort voice
otherData video
To configure reassembly on multilink classes in a static MLPPP interface:
host1(config-if)#ppp multilink multiclass reassembly best-effort voice otherData
video
The order of the QoS traffic classes does not affect the execution of the command.
Chapter 10: Configuring Multiclass Multilink PPP
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