Cisco Cisco Prime Optical 9.6 Technical References
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Cisco Prime Optical 9.6.3 ML Provisioning Methodology
OL-28046-01
Using the Quality of Service Policy Template
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UNI dot1q Access—Select an unused port VLAN from 1 to 4095. It can be combined with untagged
connections on the same port. Each port VLAN can be used for only one connection.
connections on the same port. Each port VLAN can be used for only one connection.
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UNI Untagged Access—Configure as Dot1q Access with port VLAN 1.
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NNI dot1q Access—Select an unused port VLAN from 1 to 4095. It can be combined with untagged
connections on the same port. Each port VLAN can be used for only one connection.
connections on the same port. Each port VLAN can be used for only one connection.
The circuit VLAN range is from 1 to 4095. On an RPR, all valid circuit VLANs can be used; however,
due to limited bridge group resources, each ML-series card can access only 255 circuit VLANs. Due to
limited card-level bridge group resources, only 255 circuit VLANs can be used on a point-to-point
circuit.
due to limited bridge group resources, each ML-series card can access only 255 circuit VLANs. Due to
limited card-level bridge group resources, only 255 circuit VLANs can be used on a point-to-point
circuit.
Note
VLAN ID 1 is reserved for untagged VLANs.
For VLAN configurations, the port channel interface is treated as a new, single logical interface, even
though it consists of multiple interfaces. The following Cisco IOS commands are sent to the ML card to
configure the IEEE 802.1Q encapsulation on the port channel interface. (IEEE 802.1Q encapsulation is
the only supported encapsulation type in link aggregation.)
though it consists of multiple interfaces. The following Cisco IOS commands are sent to the ML card to
configure the IEEE 802.1Q encapsulation on the port channel interface. (IEEE 802.1Q encapsulation is
the only supported encapsulation type in link aggregation.)
interface port-channel port-channel-ID.VLAN-number
encapsulation dot1Q VLAN-number
bridge-group bridge-group-number
Port channel drops are of NNI type; therefore, no QoS policies are associated to port channel drops, as
is true for any other NNI Ethernet drops.
is true for any other NNI Ethernet drops.
Using the Quality of Service Policy Template
You must configure the following information in the L2 service provisioning and quality of service
(QoS) profile wizards:
(QoS) profile wizards:
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Port (FastEthernetM [FEM] or GigabitEthernetN [GIGEN] with M=0 to 11 and N=0,1)
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Service connection type (UNI QinQ, UNI dot1Q, UNI untagged, or NNI dot1Q)
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QoS parameters (selection of the QoS profile name defined in the QoS profile)
Prime Optical assigns an unused bridge group (BG) to the card. The range is from 1 to 255.
The following table lists the configuration information for a best-effort QoS profile. You can select the
predefined profile and customize it, or create a new customized profile by using the Advanced option.
predefined profile and customize it, or create a new customized profile by using the Advanced option.
Table 3
Configuration Settings for the Best-Effort QoS Profile
QoS Template Name
Best_Effort
QoS Template Type
Best Effort
QoS Policy
Setting
Match Any
True
Match IP
False
IP Precedence Value
N/A