Ericsson EFN324, User Manual, Page: 50 / 176

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connect vlan 130 ethernet_port 1 ingress tags 700 flow_selector none egress tag 700 p_tag 5
connect vlan 130 ethernet_port 25 ingress tags 700 flow_selector none egress tag 700 p_tag 5
set connection_flow vlan 130 ethernet_port 1, 25 ingress flow 1 priority high reliability high
With this configuration, the traffic from the business users, from VLAN 500 is
handled as:

frames tagged with p­bit 0 or 1 will be headed to flow 1; the marking in
QoS­Flow_1 is defined Transparent, frames will exit with the original p­
tag, i.e. p­bit = 0 or p­bit = 1

frames tagged with p­bit 2 or 3 will be headed to flow 2; the marking in
QoS­Flow_2 is defined Transparent, frames will exit with the original p­
tag, i.e. p­bit = 2 or p­bit = 3

frames tagged with p­bit 4, 5 will be headed to flow 3; the marking in
QoS­Flow_3 is defined marking 4, so frames will exit with the modified
p­bit = 4

frames tagged with p­bit 6, 7 will be headed to flow 4; the marking in
QoS­Flow_4 is defined marking 6, so frames will exit with the modified
p­bit = 6
For residential users, all traffic on VLAN 600 shall be remarked with p­bit = 0,
while all traffic on VLAN 700 shall be remarked with p­bit = 5.
5.6.2 Examples 2: trusted and untrusted users configuration
This example describes a 3­play configuration where traffic on the user side is
single tagged and on the network side is double tagged; in the upstream
direction the added tag will inherit the p­bit tag from the user’s tag.
Global Setting:
set connection_flow node_level flow 1 priority low reliability low marking transparent
set connection_flow node_level flow 2 priority low reliability low marking transparent