Software Guide
Page 226
...at Layer 2. Table 13-1 lists the adjacency types. In switches with redundant supervisor engines and MSFC2s, the designated MSFC2 supports the FIB on the active Supervisor Engine 2. To forward traffic, CEF for PFC2 selects a route from the associated FIB entry 13-6 Catalyst 6000 Family Software ...or IPX network) • Next-hop mask • Next-hop load-sharing weight Understanding the Adjacency Table For each FIB entry, CEF for PFC2 stores Layer 2 information from the Supervisor Engine 2 command-line interface (CLI). Forwarding entries cannot be cleared from the designated...
...at Layer 2. Table 13-1 lists the adjacency types. In switches with redundant supervisor engines and MSFC2s, the designated MSFC2 supports the FIB on the active Supervisor Engine 2. To forward traffic, CEF for PFC2 selects a route from the associated FIB entry 13-6 Catalyst 6000 Family Software ...or IPX network) • Next-hop mask • Next-hop load-sharing weight Understanding the Adjacency Table For each FIB entry, CEF for PFC2 stores Layer 2 information from the Supervisor Engine 2 command-line interface (CLI). Forwarding entries cannot be cleared from the designated...
Software Guide
Page 233
... only the entries from the TCP intercept feature and reflexive access control lists (ACLs). 78-13315-02 Catalyst 6000 Family Software Configuration Guide-Releases 6.3 and 6.4 13-13 Chapter 13 Configuring CEF for PFC2 Configuring CEF for PFC2 This example shows how to display the Layer 3-switching entries: ...255.255.255 15 connected 43.0.0.0 255.0.0.0 15 drop 224.0.0.0 240.0.0.0 15 wildcard 0.0.0.0 0.0.0.0 Mod FIB-Type Dest-IPX-net NextHop-IPX Weight 15 connected 21 15 connected 44 15 connected 42 15 resolved 450 42.0050.3EA9.ABFD 1 15 resolved 480 42.0050.3EA9.ABFD ...
... only the entries from the TCP intercept feature and reflexive access control lists (ACLs). 78-13315-02 Catalyst 6000 Family Software Configuration Guide-Releases 6.3 and 6.4 13-13 Chapter 13 Configuring CEF for PFC2 Configuring CEF for PFC2 This example shows how to display the Layer 3-switching entries: ...255.255.255 15 connected 43.0.0.0 255.0.0.0 15 drop 224.0.0.0 240.0.0.0 15 wildcard 0.0.0.0 0.0.0.0 Mod FIB-Type Dest-IPX-net NextHop-IPX Weight 15 connected 21 15 connected 44 15 connected 42 15 resolved 450 42.0050.3EA9.ABFD 1 15 resolved 480 42.0050.3EA9.ABFD ...
Software Guide
Page 755
... 100. Command set at 20% 40% 75% 100% Console> (enable) Note You cannot configure a drop threshold in a 1p1q0t receive queue. Note 1p3q1t ports also have weighted early random detection (WRED)-drop thresholds in privileged mode: Task Configure the standard transmit-queue tail-drop thresholds on page 41-26). 78-13315-02...
... 100. Command set at 20% 40% 75% 100% Console> (enable) Note You cannot configure a drop threshold in a 1p1q0t receive queue. Note 1p3q1t ports also have weighted early random detection (WRED)-drop thresholds in privileged mode: Task Configure the standard transmit-queue tail-drop thresholds on page 41-26). 78-13315-02...
Software Guide
Page 756
... 78-13315-02 The thresholds are all specified as the queue fills. This command configures only the standard queues; WRR uses a weight value to decide how much to a lower percentage than the high threshold. To allocate bandwidth between standard transmit queues, perform this task...1 40:70 70:100 WRED thresholds for queue 1 set qos wrr port_type queue1-weight queue2-weight [queue3-weight] QoS maintains separate configurations for weight range from one standard queue at a time using a weighted-round robin (WRR) algorithm. Configuring QoS Chapter 41 Configuring QoS To configure the ...
... 78-13315-02 The thresholds are all specified as the queue fills. This command configures only the standard queues; WRR uses a weight value to decide how much to a lower percentage than the high threshold. To allocate bandwidth between standard transmit queues, perform this task...1 40:70 70:100 WRED thresholds for queue 1 set qos wrr port_type queue1-weight queue2-weight [queue3-weight] QoS maintains separate configurations for weight range from one standard queue at a time using a weighted-round robin (WRR) algorithm. Configuring QoS Chapter 41 Configuring QoS To configure the ...
Software Guide
Page 768
...; All DSCP maps • Named and default ACL definitions • Microflow and aggregate policing rules • CoS to queue assignments • Threshold configuration • WRR weight and buffer configuration • Default port CoS and ACL-to-interface attachments Selecting Locally Configured QoS Policy To select locally configured QoS policy, perform this...
...; All DSCP maps • Named and default ACL definitions • Microflow and aggregate policing rules • CoS to queue assignments • Threshold configuration • WRR weight and buffer configuration • Default port CoS and ACL-to-interface attachments Selecting Locally Configured QoS Policy To select locally configured QoS policy, perform this...