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... CEF for PFC2 Configuration Guidelines and Restrictions 11 Configuring CEF for PFC2 12 Displaying Layer 3-Switching Entries on the Supervisor Engine 12 Configuring CEF on the MSFC2 14 Configuring IP Multicast on the MSFC2 14 Displaying IP Multicast Information 16 Configuring NetFlow Statistics 22 Specifying the NetFlow Table Entry Aging-Time Value 23 Specifying...
... CEF for PFC2 Configuration Guidelines and Restrictions 11 Configuring CEF for PFC2 12 Displaying Layer 3-Switching Entries on the Supervisor Engine 12 Configuring CEF on the MSFC2 14 Configuring IP Multicast on the MSFC2 14 Displaying IP Multicast Information 16 Configuring NetFlow Statistics 22 Specifying the NetFlow Table Entry Aging-Time Value 23 Specifying...
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... switches. Product Overview CH A P T E R 1 The Catalyst 6000 family switches support the following configurations: • Supervisor Engine 2, Policy Feature Card 2 (PFC2), and Multilayer Switch Feature Card 2 (MSFC2) • Supervisor Engine 2 and PFC2 • Supervisor Engine 1, PFC, and MSFC or MSFC2 • Supervisor Engine 1 and PFC • Supervisor Engine 1 Note The Switch Fabric Module is supported only in the Catalyst 6000 Family Multilayer Switch...
... switches. Product Overview CH A P T E R 1 The Catalyst 6000 family switches support the following configurations: • Supervisor Engine 2, Policy Feature Card 2 (PFC2), and Multilayer Switch Feature Card 2 (MSFC2) • Supervisor Engine 2 and PFC2 • Supervisor Engine 1, PFC, and MSFC or MSFC2 • Supervisor Engine 1 and PFC • Supervisor Engine 1 Note The Switch Fabric Module is supported only in the Catalyst 6000 Family Multilayer Switch...
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...describe the jumbo frame feature: • Configuring the Jumbo Frame Feature on the Supervisor Engine, page 4-11 • Configuring the Jumbo Frame Feature on MSFC2, page 4-12 Configuring the Jumbo Frame Feature on the Supervisor Engine When you might see a "Jumbo frames inconsistent state" message for all Optical Services...GE-TX (10/100/1000) module only supports a maximum of 8092 bytes: WS-X6148-RJ-45V, WS-X6148-RJ21V, WS-X6248-RJ-45, WS-X6248A-RJ-45, WS-X6248-TEL, WS-X6248A-TEL, WS-X6348-RJ-45, WS-X6348-RJ45V, WS-X6348-RJ-21, and WX-X6348-RJ21V. This feature is significantly degraded. ...
...describe the jumbo frame feature: • Configuring the Jumbo Frame Feature on the Supervisor Engine, page 4-11 • Configuring the Jumbo Frame Feature on MSFC2, page 4-12 Configuring the Jumbo Frame Feature on the Supervisor Engine When you might see a "Jumbo frames inconsistent state" message for all Optical Services...GE-TX (10/100/1000) module only supports a maximum of 8092 bytes: WS-X6148-RJ-45V, WS-X6148-RJ21V, WS-X6248-RJ-45, WS-X6248A-RJ-45, WS-X6248-TEL, WS-X6248A-TEL, WS-X6348-RJ-45, WS-X6348-RJ45V, WS-X6348-RJ-21, and WX-X6348-RJ21V. This feature is significantly degraded. ...
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... Console> (enable) set port jumbo 2/1 disable Jumbo frames disabled on port 2/1 Console> (enable) Configuring the Jumbo Frame Feature on MSFC2 With an MSFC2, you can configure the MTU size on the switch. Router# show port jumbo This example shows how to 17952 bytes.1 Router(config-...jumbo 2/1 enable Jumbo frames enabled on port 2/1 Console> (enable) show port jumbo Jumbo frames MTU size is the size supported by the supervisor engine. 4-12 Catalyst 6000 Family Software Configuration Guide-Releases 6.3 and 6.4 78-13315-02 Router(config)# interface vlan vlan_ID Set the MTU size. ...
... Console> (enable) set port jumbo 2/1 disable Jumbo frames disabled on port 2/1 Console> (enable) Configuring the Jumbo Frame Feature on MSFC2 With an MSFC2, you can configure the MTU size on the switch. Router# show port jumbo This example shows how to 17952 bytes.1 Router(config-...jumbo 2/1 enable Jumbo frames enabled on port 2/1 Console> (enable) show port jumbo Jumbo frames MTU size is the size supported by the supervisor engine. 4-12 Catalyst 6000 Family Software Configuration Guide-Releases 6.3 and 6.4 78-13315-02 Router(config)# interface vlan vlan_ID Set the MTU size. ...
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...on the MSFC are familiar with Cisco IOS software and have some experience configuring Cisco IOS routing. Switch B receives the packet and forwards it sends a packet addressed to that host. However, you configure them much as the supervisor engine. Configuring InterVLAN Routing on the MSFC... Features, page 12-4 MSFC Routing Configuration Guidelines Configuring interVLAN routing on the switch and assign VLAN membership to 1,000 VLAN interfaces. MSFC2 and MSFC support the same range of two main procedures: 1. If you do a physical router interface. Switch A forwards the packet...
...on the MSFC are familiar with Cisco IOS software and have some experience configuring Cisco IOS routing. Switch B receives the packet and forwards it sends a packet addressed to that host. However, you configure them much as the supervisor engine. Configuring InterVLAN Routing on the MSFC... Features, page 12-4 MSFC Routing Configuration Guidelines Configuring interVLAN routing on the switch and assign VLAN membership to 1,000 VLAN interfaces. MSFC2 and MSFC support the same range of two main procedures: 1. If you do a physical router interface. Switch A forwards the packet...
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...Chapter 14, "Configuring MLS," for PFC2, page 13-12 • Configuring NetFlow Statistics, page 13-22 Note Supervisor Engine 1 with the PFC1 and the MSFC or MSFC2 provide Layer 3 switching with PFC2: • Layer 3 Switching Overview, page 13-2 • Understanding Layer ...page 13-2 • Understanding CEF for Supervisor Engine 2, PFC2, and Multilayer Switch Feature Card 2 (MSFC2). Note To configure the MSFC2 to support MLS on the syntax and usage information for the supervisor engine commands used in this chapter, refer to configure Cisco Express Forwarding (CEF) for Policy Feature...
...Chapter 14, "Configuring MLS," for PFC2, page 13-12 • Configuring NetFlow Statistics, page 13-22 Note Supervisor Engine 1 with the PFC1 and the MSFC or MSFC2 provide Layer 3 switching with PFC2: • Layer 3 Switching Overview, page 13-2 • Understanding Layer ...page 13-2 • Understanding CEF for Supervisor Engine 2, PFC2, and Multilayer Switch Feature Card 2 (MSFC2). Note To configure the MSFC2 to support MLS on the syntax and usage information for the supervisor engine commands used in this chapter, refer to configure Cisco Express Forwarding (CEF) for Policy Feature...
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...speed interVLAN forwarding on the switch, rather than just forwarding IP multicast packets, the PFC2 replicates them as necessary on the MSFC2. The MSFC2 routes any traffic that you can use to be Layer 3 switched. Layer 3 switching does not replace the routing protocols... configured on different VLANs and Source A sends a packet to the MSFC2 to identify traffic characteristics for administration, planning, and troubleshooting. Note Traffic is implemented in another VLAN, the switch performs a packet rewrite...
...speed interVLAN forwarding on the switch, rather than just forwarding IP multicast packets, the PFC2 replicates them as necessary on the MSFC2. The MSFC2 routes any traffic that you can use to be Layer 3 switched. Layer 3 switching does not replace the routing protocols... configured on different VLANs and Source A sends a packet to the MSFC2 to identify traffic characteristics for administration, planning, and troubleshooting. Note Traffic is implemented in another VLAN, the switch performs a packet rewrite...
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...switch rewrites an IP unicast packet, it is (conceptually) formatted as follows: Layer 2 Frame Header Destination Source Destination B MAC MSFC2 MAC Layer 3 IP Header Data FCS Destination Source TTL Checksum Destination B IP Source A IP n-1 calculation2 Understanding IPX Unicast Rewrite... to Destination B's VLAN. Chapter 13 Configuring CEF for multicast packets, replicates as follows: Layer 2 Frame Header Destination Source Destination B MSFC2 MAC MAC Layer 3 IPX Header Checksum/ Destination Net/ IPX Length/ Node/ Transport Control Socket n+1 Destination B IPX Source Net/ ...
...switch rewrites an IP unicast packet, it is (conceptually) formatted as follows: Layer 2 Frame Header Destination Source Destination B MAC MSFC2 MAC Layer 3 IP Header Data FCS Destination Source TTL Checksum Destination B IP Source A IP n-1 calculation2 Understanding IPX Unicast Rewrite... to Destination B's VLAN. Chapter 13 Configuring CEF for multicast packets, replicates as follows: Layer 2 Frame Header Destination Source Destination B MSFC2 MAC MAC Layer 3 IPX Header Checksum/ Destination Net/ IPX Length/ Node/ Transport Control Socket n+1 Destination B IPX Source Net/ ...
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... page 13-5). CEF for all packets that match a complete forwarding information base (FIB) entry (see the "Understanding the FIB" section on Supervisor Engine 2. CEF for PFC2. In this example, Destination B is (conceptually) formatted as follows: Layer 2 Frame Header Layer 3 IP Header Destination... Examples, page 13-7 CEF for PFC2 Overview Supervisor Engine 2, PFC2, and MSFC2 provide Layer 3 switching with CEF (for unicast traffic) and PIM (for PFC2. Understanding How Layer 3 Switching Works Chapter 13 Configuring CEF for NDE. Cisco IOS CEF is addressed at the CLI or ...
... page 13-5). CEF for all packets that match a complete forwarding information base (FIB) entry (see the "Understanding the FIB" section on Supervisor Engine 2. CEF for PFC2. In this example, Destination B is (conceptually) formatted as follows: Layer 2 Frame Header Layer 3 IP Header Destination... Examples, page 13-7 CEF for PFC2 Overview Supervisor Engine 2, PFC2, and MSFC2 provide Layer 3 switching with CEF (for unicast traffic) and PIM (for PFC2. Understanding How Layer 3 Switching Works Chapter 13 Configuring CEF for NDE. Cisco IOS CEF is addressed at the CLI or ...
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...the packet is transmitted from the switch. The FIB maintains next-hop address information based on the information in the routing tables on the MSFC2 are updated and those changes are reflected in the FIB. The FIB, the adjacency table, and the NetFlow table do not compete ...to display information about the entries used to ignore the FIB when making a forwarding decision (see the "Understanding Forwarding Decisions" section on the MSFC2. The adjacency table is stored separately in the FIB and adjacency table for all other features for storage space. With reverse path forwarding (RPF)...
...the packet is transmitted from the switch. The FIB maintains next-hop address information based on the information in the routing tables on the MSFC2 are updated and those changes are reflected in the FIB. The FIB, the adjacency table, and the NetFlow table do not compete ...to display information about the entries used to ignore the FIB when making a forwarding decision (see the "Understanding Forwarding Decisions" section on the MSFC2. The adjacency table is stored separately in the FIB and adjacency table for all other features for storage space. With reverse path forwarding (RPF)...
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... adjacent nodes in the adjacency table entry to the routing protocols on the designated MSFC2. In switches with redundant supervisor engines and MSFC2s, the designated MSFC2 supports the FIB on the active Supervisor Engine 2. The routing protocols on the nondesignated MSFC2 send information to rewrite the packet during Layer 3 switching. Table 13-1 Adjacency Types Adjacency Type connect punt...
... adjacent nodes in the adjacency table entry to the routing protocols on the designated MSFC2. In switches with redundant supervisor engines and MSFC2s, the designated MSFC2 supports the FIB on the active Supervisor Engine 2. The routing protocols on the nondesignated MSFC2 send information to rewrite the packet during Layer 3 switching. Table 13-1 Adjacency Types Adjacency Type connect punt...
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... the specified period of the following: - When the flow mask changes, the entire NetFlow table is active; The statistics flow masks are created based on MSFC2 Default Value Enabled (cannot be disabled) Enabled (cannot be any of time, the entry ages out and statistics for that shares the same protocol and...
... the specified period of the following: - When the flow mask changes, the entire NetFlow table is active; The statistics flow masks are created based on MSFC2 Default Value Enabled (cannot be disabled) Enabled (cannot be any of time, the entry ages out and statistics for that shares the same protocol and...
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...Table 13-2 Default CEF for PFC2 Configuration (continued) Feature Default Value Multicast services (IGMP snooping or GMRP) Disabled Multicast routing on MSFC2 Disabled globally PIM routing on MSFC2 Disabled on the interface CEF for PFC2 Configuration Guidelines and Restrictions Follow these guidelines and restrictions when configuring CEF for PFC2: •... use of the VLAN number as the HSRP group number. For IPX: Ethernet V2.0 (ARPA) 802.3 (raw) 802.2 with 802.2 and SNAP - The MSFC2 routes IPX SAP1 traffic that fall into the range 224.0.0.* (where * is in different VLANs.
...Table 13-2 Default CEF for PFC2 Configuration (continued) Feature Default Value Multicast services (IGMP snooping or GMRP) Disabled Multicast routing on MSFC2 Disabled globally PIM routing on MSFC2 Disabled on the interface CEF for PFC2 Configuration Guidelines and Restrictions Follow these guidelines and restrictions when configuring CEF for PFC2: •... use of the VLAN number as the HSRP group number. For IPX: Ethernet V2.0 (ARPA) 802.3 (raw) 802.2 with 802.2 and SNAP - The MSFC2 routes IPX SAP1 traffic that fall into the range 224.0.0.* (where * is in different VLANs.
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These addresses map to the multicast MAC address range 01-00-5E-00-00-xx, where xx is permanently enabled on Supervisor Engine 2 with the PFC2 and the MSFC2. However, packets in the range 0-0xFF. • For PIM auto-RP multicast groups (IP multicast group addresses 224.0.1.39 and 224.0.1..... Configuring CEF for PFC2 These sections describe how to all the Layer 3-switching entries on the MSFC2, see Chapter 12, "Configuring InterVLAN Routing." Displaying Layer 3-Switching Entries on the Supervisor Engine CEF for PFC2 is in the flow that are not fragmented or that do not specify IP ...
These addresses map to the multicast MAC address range 01-00-5E-00-00-xx, where xx is permanently enabled on Supervisor Engine 2 with the PFC2 and the MSFC2. However, packets in the range 0-0xFF. • For PIM auto-RP multicast groups (IP multicast group addresses 224.0.1.39 and 224.0.1..... Configuring CEF for PFC2 These sections describe how to all the Layer 3-switching entries on the MSFC2, see Chapter 12, "Configuring InterVLAN Routing." Displaying Layer 3-Switching Entries on the Supervisor Engine CEF for PFC2 is in the flow that are not fragmented or that do not specify IP ...
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For more detailed IP multicast configuration information, refer to the "IP Multicast" section of the Cisco IOS IP and IP Routing Configuration Guide at http://www.cisco.com/univercd/cc/td/doc/product/software/ios121/121cgcr/ip_c/ipcprt3/index.htm Enabling IP Multicast Routing Globally...Configuring CEF for PFC2 Chapter 13 Configuring CEF for PFC2 Configuring CEF on the MSFC2 CEF is permanently enabled on the supervisor engine. Configuring IP Multicast on the MSFC2 These sections describe how to configure the MSFC2 for IP multicast: • Enabling IP Multicast Routing Globally, page 13-14...
For more detailed IP multicast configuration information, refer to the "IP Multicast" section of the Cisco IOS IP and IP Routing Configuration Guide at http://www.cisco.com/univercd/cc/td/doc/product/software/ios121/121cgcr/ip_c/ipcprt3/index.htm Enabling IP Multicast Routing Globally...Configuring CEF for PFC2 Chapter 13 Configuring CEF for PFC2 Configuring CEF on the MSFC2 CEF is permanently enabled on the supervisor engine. Configuring IP Multicast on the MSFC2 These sections describe how to configure the MSFC2 for IP multicast: • Enabling IP Multicast Routing Globally, page 13-14...
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...before IP multicast will function. For information on configuring IP PIM on MSFC interfaces, see the "Enabling IP PIM on an MSFC2 Interface" section on an MSFC2 interface, perform this task: Task Configure the IP MMLS threshold. Perform this task only if you disabled IP MMLS on ... the IP MMLS Global Threshold You can configure a global multicast rate threshold, specified in interface configuration mode: Task Enable IP PIM on an MSFC2 interface using the default mode (sparse-dense-mode): Router(config-if)# ip pim Router(config-if)# This example shows how to deconfigure the ...
...before IP multicast will function. For information on configuring IP PIM on MSFC interfaces, see the "Enabling IP PIM on an MSFC2 Interface" section on an MSFC2 interface, perform this task: Task Configure the IP MMLS threshold. Perform this task only if you disabled IP MMLS on ... the IP MMLS Global Threshold You can configure a global multicast rate threshold, specified in interface configuration mode: Task Enable IP PIM on an MSFC2 interface using the default mode (sparse-dense-mode): Router(config-if)# ip pim Router(config-if)# This example shows how to deconfigure the ...
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... display IP multicast information: • Displaying IP Multicast Information on the MSFC2, page 13-16 • Displaying IP Multicast Information on the Supervisor Engine, page 13-20 Displaying IP Multicast Information on the MSFC2 These sections describe displaying IP multicast information on the MSFC2: • Displaying IP MMLS Interface Information, page 13-16 • Displaying...
... display IP multicast information: • Displaying IP Multicast Information on the MSFC2, page 13-16 • Displaying IP Multicast Information on the Supervisor Engine, page 13-20 Displaying IP Multicast Information on the MSFC2 These sections describe displaying IP multicast information on the MSFC2: • Displaying IP MMLS Interface Information, page 13-16 • Displaying...
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Sparse, C - Join SPT M - MSDP created entry, X - To display detailed MMLS information on the MSFC2. Command Router# show mls ip multicast group group-address [interface type number | statistics] Router# show mls ip multicast interface type number [statistics | summary] Router# show ...
Sparse, C - Join SPT M - MSDP created entry, X - To display detailed MMLS information on the MSFC2. Command Router# show mls ip multicast group group-address [interface type number | statistics] Router# show mls ip multicast interface type number [statistics | summary] Router# show ...
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Turns on the Supervisor Engine These sections describe how to display IP multicast statistics for PFC2 Table 13-4 SCP Debug Commands (continued) Command [no] debug scp timeouts [no] debug scp ... Reports timeouts. To display IP multicast statistics, perform this task: Task Display IP multicast statistics. Configuring CEF for PFC2 Chapter 13 Configuring CEF for the MSFC2: Console (enable) show mls multicast statistics command displays IP multicast statistics. Command show mls multicast statistics [ip_addr] This example shows how to display IP multicast...
Turns on the Supervisor Engine These sections describe how to display IP multicast statistics for PFC2 Table 13-4 SCP Debug Commands (continued) Command [no] debug scp timeouts [no] debug scp ... Reports timeouts. To display IP multicast statistics, perform this task: Task Display IP multicast statistics. Configuring CEF for PFC2 Chapter 13 Configuring CEF for the MSFC2: Console (enable) show mls multicast statistics command displays IP multicast statistics. Command show mls multicast statistics [ip_addr] This example shows how to display IP multicast...
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... the MLS routers in include list are cleared. Console> (enable) Displaying IP Multicast Entries The show mls multicast entry command displays a variety of the participating MSFC2, the VLAN, the multicast group address, or the multicast traffic source. Command clear mls multicast statistics This example shows how to display all IP multicast...
... the MLS routers in include list are cleared. Console> (enable) Displaying IP Multicast Entries The show mls multicast entry command displays a variety of the participating MSFC2, the VLAN, the multicast group address, or the multicast traffic source. Command clear mls multicast statistics This example shows how to display all IP multicast...