Supermicro SSE-F3548S/SSE-F3548SR Configuration User’s Guide
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numbers. E.g.: int range fx 0/1-10
To provide multiple interfaces or
ranges, separate with a comma (,).
E.g.: int range fx 0/1-10, fx 0/20
If multiple interfaces are provided, the
next step will perform the particular
configuration on all these interfaces.
Step 4
switchport priority default <priority value(0-7)>
(Optional) Configures the default
priority for the interface in range of 0-
7.
Step 5
cosq scheduling algorithm { strict | rr | wrr |
deficit }
(Optional) Configures the QoS Egress
queue scheduling algorithm.
strict - strict
rr - round robin
wrr - weighted round robin (WRR)
deficit – deficit WRR
Step 6
traffic-class <integer(0-7)> weight <integer(0-15)>
[ minbandwidth<integer(64-16777152)>]
[maxbandwidth<integer(64-16777152)>]
(Optional) Configures the egress queue
minimum and maximum bandwidth.
weight - Configures the queue weights
in range of 0-15
minbandwidth - Configures the
minimum bandwidth for the queue in
range of 64-16777152
maxbandwidth - Configures the
maximum bandwidth for the queue in
range of 64-16777152
Step 7
End
Exits the configuration mode.
Step 8
show vlan port config port [
<
interface-
type><interface-id>]
show vlan traffic-classes
Displays the port default priority
configuration.
Display the traffic class and egress
queue mapping.
The “no cosq scheduling algorithm” resets the CoS queue scheduling algorithm
configuration to its default value of
strict
.
The “no traffic-class [<integer(0-7)>] [weight] [minbandwidth] [maxbandwidth]” command
resets the minimum/maximum bandwidth configuration to its default valueof 0 and weight
to 1.
The “no switchport priority default” command resets the default priority configuration to its
default valueof 0.
The “no vlan map-priority <priority value (0-7)>” command resets the egress CoS queue
mapping to its default value.
