Document Outline

• Contents
• About This Document
  • Audience
  • Supported hardware and software
    • Supported software
  • Document conventions
    • Text formatting
    • Notes, cautions, and danger notices
  • Notice to the reader
  • Related publications
  • Getting technical help or reporting errors
• BGP (IPv4)
  • Overview of BGP4
    • Relationship between the BGP4 route table and the IP route table
    • How BGP4 selects a path for a route (BGP best path selection algorithm)
    • BGP4 message types
  • Implementation of BGP4
  • Memory considerations
    • Grouping of RIB-out peers
  • BGP4 Restart
    • BGP4 Peer notification during a management module switchover
    • BGP4 neighbor local AS
    • BGP4 null0 routing
  • Configuring BGP4
  • Enabling and disabling BGP4
    • Disabling BGP4
  • Entering and exiting the address family configuration level
  • Aggregating routes advertised to BGP4 neighbors
  • Configuring the device to always compare Multi-Exit Discriminators
  • Disabling or re-enabling comparison of the AS-Path length
  • Redistributing IBGP routes
  • BGP router reflector
    • Configuring BGP router reflector
  • Disabling or re-enabling client-to-client route reflection
  • Configuring a route reflector
  • Enabling or disabling comparison of device IDs
  • Configuring confederations
  • Four-byte Autonomous System Numbers (AS4)
    • Enabling AS4 numbers
  • BGP4 AS4 attribute errors
    • Error logs
  • Specifying a maximum AS path length
    • Setting a global maximum AS path limit
    • Setting a maximum AS path limit for a peer group or neighbor
  • BGP4 max-as error messages
  • Configuring route flap dampening
  • Originating the default route
  • Changing the default local preference
  • Changing the default metric used for redistribution
  • Changing the default metric used for route cost
  • Changing administrative distances
  • Requiring the first AS to be the neighbor AS
  • Enabling fast external fallover
  • Setting the local AS number
    • Setting the local AS number for VRF instances
  • Configuring BGP4 multipath load sharing
    • Customizing BGP4 multipath load sharing
    • Enhancements to BGP4 load sharing
  • Configuring a static BGP4 network
  • Configuring paths without MEDs as the least favorable
  • Configuring BGP4 neighbors
    • Auto shutdown of BGP4 neighbors on initial configuration
    • Removing route dampening from suppressed routes
    • Encrypting BGP4 MD5 authentication keys
    • Advertising IPv4 routes between IPv6 BGP peers
  • Configuring a BGP4 peer group
    • Peer group parameters
  • Administratively shutting down a session with a BGP4 neighbor
  • Specifying a list of networks to advertise
  • Using the IP default route as a valid next-hop for a BGP4 route
  • Enabling next-hop recursion
  • Modifying redistribution parameters
  • Using a table map to set the tag value
  • Changing the Keep Alive Time and Hold Time
  • Changing the BGP4 next-hop update timer
  • Changing the device ID
  • Adding a loopback interface
  • Changing the maximum number of paths for BGP4 load sharing
  • Configuring route reflection parameters
  • Filtering
    • Filtering AS-paths
    • Filtering communities
    • Defining and applying IP prefix lists
    • Defining neighbor distribute lists
    • Defining route maps
    • Route-map continue clauses for BGP4 routes
    • Specifying route-map continuation clauses
    • Dynamic route filter update
    • Configuring cooperative BGP4 route filtering
    • Configuring route flap dampening
    • Generating traps for BGP4
    • Updating route information and resetting a neighbor session
    • Clearing traffic counters
    • Clearing route flap dampening statistics
    • Removing route flap dampening
    • Clearing diagnostic buffers
    • Configuring BGP4 Restart
    • Configuring BGP4 null0 routing
  • Generalized TTL Security Mechanism support
  • Displaying BGP4 information
    • Displaying summary BGP4 information
    • Displaying the active BGP4 configuration
    • Displaying summary neighbor information
    • Displaying BGP4 neighbor information
    • Displaying peer group information
    • Displaying summary route information
    • Displaying the BGP4 route table
    • Displaying BGP4 route-attribute entries
    • Displaying the routes BGP4 has placed in the IP route table
    • Displaying route flap dampening statistics
    • Displaying the active route map configuration
    • Displaying BGP4 restart neighbor information
    • Displaying AS4 details
    • Displaying route-map continue clauses
• OSPF version 2 (IPv4)
  • OSPF point-to-point links
    • Designated routers in multi-access networks
    • Designated router election in multi-access networks
    • OSPF RFC 1583 and 2328 compliance
    • Reduction of equivalent AS external LSAs
    • Support for OSPF RFC 2328 Appendix E
  • OSPF graceful restart
    • Hitless upgrade support for OSPF graceful restart
    • OSPF Stub Router Advertisement
    • OSPF Shortest Path First throttling
    • IETF RFC and internet draft support
    • Dynamic OSPF activation and configuration
  • OSPF VRF-Lite for customer-edge routers
  • Configuring OSPF
    • Configuration rules
    • OSPF parameters
    • Enable OSPF on the router
    • Assign OSPF areas
    • Assign a totally stubby area
    • Assigning an area range (optional)
    • Assigning an area cost (optional parameter)
    • Assigning interfaces to an area
    • Setting all OSPFv2 interfaces to the passive state
    • Modify interface defaults
    • Change the timer for OSPF authentication changes
    • Block flooding of outbound LSAs on specific OSPF interfaces
    • Assign virtual links
    • Modify virtual link parameters
    • Changing the reference bandwidth for the cost on OSPF interfaces
    • Define redistribution filters
    • Modify default metric for redistribution
    • Enable route redistribution
    • Disable or re-enable load sharing
    • Configure external route summarization
    • Configure default route origination
    • Supported match and set conditions
  • OSPF non-stop routing
  • Synchronization of critical OSPF elements
    • Link state database synchronization
    • Neighbor router synchronization
    • Interface synchronization
  • BFD with OSPF NSR
  • Standby module operations
    • Neighbor database
    • LSA database
  • Enabling and disabling NSR
  • Limitations of NSR
  • Adding additional parameters
    • Disabling configuration
    • OSPF distribute list
    • Modify SPF timers
    • Modify redistribution metric type
    • Modify administrative distance
    • Configure OSPF group Link State Advertisement (LSA) pacing
    • OSPF ABR type 3 LSA filtering
    • Displaying the configured OSPF area prefix list
    • Modify OSPF traps generated
    • Modify OSPF standard compliance setting
    • Modify exit overflow interval
    • Specify types of OSPF Syslog messages to log
    • Configuring an OSPF network type
    • Configuring OSPF Graceful Restart
    • Configuring OSPF router advertisement
    • Configuring OSPF shortest path first throttling
  • Displaying OSPF information
    • Displaying general OSPF configuration information
    • Displaying CPU utilization and other OSPF tasks
    • Displaying OSPF area information
    • Displaying OSPF neighbor information
    • Displaying OSPF interface information
    • Displaying OSPF interface brief information
    • Displaying OSPF route information
    • Displaying OSPF database information
    • Displaying OSPF external link state information
    • Displaying OSPF database-summary information
    • Displaying OSPF database link state information
    • Displaying OSPF ABR and ASBR information
    • Displaying OSPF trap status
    • Viewing Configured OSPF point-to-point links
    • Displaying OSPF virtual neighbor and link information
    • Clearing OSPF neighbors
    • Displaying an OSPF Graceful Restart information
    • Displaying OSPF Router Advertisement information
    • Displaying the OSPF area translator status information
  • Clearing OSPF information
    • Clearing OSPF neighbors
    • Disabling and re-enabling the OSPF process
    • Clearing OSPF routes
  • Commands
• IS-IS (IPv4)
  • Relationship to IP route table
    • Intermediate systems and end systems
    • Domain and areas
    • Level-1 routing and Level-2 routing
    • Neighbors and adjacencies
    • Designated IS
    • Three-way handshake for point-to-point adjacencies
  • IS-IS CLI levels
    • Global configuration level
    • Address family configuration level
    • Interface level
    • Enabling IS-IS globally
  • Globally configuring IS-IS on a device
    • Setting the overload bit
    • Configuring authentication
    • Changing the IS-IS level globally
    • Disabling or re-enabling display of hostname
    • Changing the Sequence Numbers PDU interval
    • Changing the maximum LSP lifetime
    • Changing the LSP refresh interval
    • Changing the LSP generation interval
    • Changing the LSP interval and retransmit interval
    • Changing the SPF timer
    • Configuring the IS-IS PSPF exponential back-off feature
    • Configuring the IS-IS flooding mechanism
    • Globally disabling or re-enabling hello padding
    • Logging adjacency changes
    • Logging invalid LSP packets received
    • Disabling partial SPF optimizations
    • Disabling incremental SPF optimizations
    • IS-IS incremental shortcut LSP SPF optimization
  • Configuring IPv4 address family route parameters
    • Changing the metric style
    • Changing the maximum number of load sharing paths
    • Enabling advertisement of a default route
    • Changing the administrative distance for IPv4 IS-IS
    • Configuring summary addresses
    • Redistributing routes into IPv4 IS-IS
    • Changing the default redistribution metric
    • Globally change the default redistribution metric
    • Configuration steps
    • ISIS Show command
    • Redistributing static IPv4 routes into IPv4 IS-IS
    • Redistributing directly connected routes into IPv4 IS-IS
    • Redistributing RIP routes into IPv4 IS-IS
    • Redistributing OSPF routes into IPv4 IS-IS
    • Redistributing BGP4+ routes into IPv4 IS-IS
    • Redistributing IPv4 IS-IS routes within IPv4 IS-IS
  • Configuring IS-IS point-to-point over Ethernet
    • Brocade IS-IS Router A configuration
    • Brocade IS-IS Router B configuration
    • Displaying IS-IS point-to-point configuration
  • Configuring IS-IS over a GRE IP tunnel
    • Configuration considerations
    • Configuring IS-IS over a GRE IP tunnel
    • Displaying IS-IS over GRE IP tunnel
  • IS-IS Non-Stop Routing
    • Overview
    • Limitations
    • Enabling and disabling IS-IS NSR
    • Displaying the IS-IS NSR status
  • Configuring ISIS properties on an interface
    • Disabling and enabling IS-IS on an interface
    • Disabling or re-enabling formation of adjacencies
    • Setting the priority for designated IS election
    • Limiting access to adjacencies with a neighbor
    • Changing the IS-IS level on an interface
    • Disabling and enabling hello padding on an interface
    • Changing the hello interval
    • Changing the hello multiplier
    • DIS hello interval
    • Changing the metric added to advertised routes
  • Displaying IPv4 IS-IS information
    • Displaying ISIS general information
    • Displaying the IS-IS configuration in the running-config
    • Displaying the name mappings
    • Displaying neighbor information
    • Displaying IS-IS Syslog messages
    • Displaying interface information
    • Displaying route information
    • Displaying LSP database entries
    • Displaying traffic statistics
    • Displaying error statistics
    • Displaying the IS-IS SPF Log
  • Clearing the IS-IS SPF Log
  • Triggering the router to run SPF
  • Clearing IS-IS information
  • Clearing a specified LSP from IS-IS database
• RIP (IPv4)
  • RIP parameters and defaults
    • RIP global parameters
    • RIP interface parameters
  • Configuring RIP parameters
    • Enabling RIP
    • Configuring metric parameters
    • Changing the administrative distance
    • Configuring redistribution
    • Configuring route learning and advertising parameters
    • Changing the route loop prevention method
    • Suppressing RIP route advertisement on a VRRP or VRRPE backup interface
    • Using prefix lists and route maps as route filters
    • Setting RIP timers
  • Displaying RIP Information
• Policy-Based Routing (IPv4)
  • Configuration considerations
  • Configuring a PBR policy
    • Configure the route map
    • Enabling PBR
  • Configuration examples
    • Basic example
    • Setting the next hop
    • Setting the next hop to a GRE tunnel
    • Setting the output interface to the null interface
    • Selectively applying normal routing to packets
    • Applying IPv6 PBR next hop VLAN flooding
    • LAG formation
  • Policy based routing with the preserve VLAN option
    • Configuring a physical interface to accept all VLAN packets for PBR
    • Configuration considerations
    • Configuring policy based routing with the preserve VLAN option
  • Configuration examples
    • Preserve VLAN IDs and forwarding to single destination
    • Preserve VLAN IDs and replicate to multiple ports within a VLAN
    • Specify an interface as a PBR next-hop
    • Show telemetry command
  • Policy-based routing support for preserve VLAN
    • Configuration considerations
• MBGP
  • Configuration considerations
  • Configuring MBGP
    • Setting the maximum number of multicast routes supported
    • Enabling MBGP
    • Adding MBGP neighbors
    • Optional configuration tasks
  • Displaying MBGP information
    • Displaying summary MBGP information
    • Displaying the active MBGP configuration
    • Displaying MBGP neighbors
    • Displaying MBGP routes
    • Displaying the IP Multicast Route Table
    • Displaying MBGP Attribute Entries
    • Displaying dampened paths
    • Displaying MBGP filtered routes
    • Displaying MBGP flap statistics
    • Displaying MBGP peer groups
  • Clearing MBGP information
    • Clearing route flap dampening information
    • Clearing route flap statistics
    • Clearing local information
    • Clearing BGP neighbor information
    • Clearing BGP routes
    • Clearing traffic counters
• Multi-VRF
  • Overview of Multi-VRF
    • Benefits and applications of Multi-VRF
    • Summary
  • Configuring Multi-VRF
    • Configuration 1
    • Configuration 2
• Inter-VRF Routing
  • Features & benefits
  • Configuration considerations
    • Tie breaker rules
  • Maximum route limitations
  • Configuring Inter-VRF routing
    • Show commands
  • Clearing IP routes
  • Configuring the number of VRFs for IPv4 and IPv6
  • Modified CLI commands
• Management VRF
  • Management VRF overview
    • Source interface and management VRF compatibility
    • Supported management applications
  • Configuring a global management VRF
    • Configuration notes
    • Configuring Management interface under a user defined VRF
  • Displaying the management VRF information
• Basic IPv6 Connectivity
  • Enabling IPv6 routing
  • Configuring IPv6 on each interface
    • Configuring a global or unique local IPv6 unicast address
    • Configuring a link-local IPv6 address
    • Configuring IPv6 anycast addresses
    • Configuring IPv6 127 bit mask address
  • Configuring the management port for an IPv6 automatic address configuration
  • IPv6 host support
    • IPv6 host supported features
    • Restricting SNMP access to an IPv6 node
    • Specifying an IPv6 SNMP trap receiver
    • Restricting Telnet access by specifying an IPv6 ACL
    • Restricting SSH access by specifying an IPv6 ACL
    • Restricting Web management access by specifying an IPv6 ACL
    • Restricting SNMP access by specifying an IPv6 ACL
    • Restricting Web management access to your device to a specific IPv6 host
    • Specifying an IPv6 Syslog server
    • Viewing IPv6 SNMP server addresses
    • Disabling router advertisement and solicitation messages
  • IPv6 Non stop routing and graceful restart
    • Limitations
    • Supported protocols
    • Restart global timers
    • Configuring NSR and graceful restart on OSPFv3
    • Configuring Non Stop Routing on IS-IS
    • Configuring BGP graceful restart
    • IPv6 Hitless OS upgrade
  • Configuring IPv4 and IPv6 protocol stacks
  • Configuring IPv6 Domain Name Server (DNS) resolver
    • Defining a DNS entry
  • IPv6 Non-Stop Routing support
    • Limitations
    • Configuring IPv6 NSR support
  • ECMP load sharing for IPv6
    • Disabling or re-enabling ECMP load sharing for IPv6
    • Changing the maximum number of load sharing paths for IPv6
  • DHCP relay agent for IPv6
    • DHCPv6 Relay Agent Prefix Delegation Notification
    • Configuring DHCP for IPv6 relay agent
    • Configuring DHCPv6 Relay Agent Prefix Delegation Notification
    • Displaying the DHCPv6 Relay Agent Prefix Delegation Notification information
    • Enabling support for network-based ECMP load sharing for IPv6
    • Displaying ECMP load-sharing information for IPv6
  • Configuring IPv6 ICMP
    • Configuring ICMP rate limiting
    • Enabling ICMP redirect messages
    • Disabling or re-enabling ICMP redirect messages
    • Disabling ICMP error messages for source-routed IPv6 packets
    • Enabling ICMP error messages for an unreachable address
    • Enabling ICMP messages for an unreachable route
    • Enabling ICMP error messages for IPv6 packets with hop-limit 0
    • Enabling ICMP error messages for multicast Too Big packets
    • Enabling ICMP error messages for CES/CER devices
  • Configuring IPv6 neighbor discovery
    • Neighbor solicitation and advertisement messages
    • Router advertisement and solicitation messages
    • Neighbor redirect messages
    • Setting neighbor solicitation parameters for duplicate address detection
    • Setting IPv6 router advertisement parameters
    • Controlling prefixes advertised in IPv6 router advertisement messages
    • Configuring the Domain Name of DNS suffix
    • Configuring the recursive DNS server addresses and lifetime multiplier
    • Setting flags in IPv6 router advertisement messages
    • Configuring reachable time for remote IPv6 nodes
  • IPv6 source routing security enhancements
    • Complete filtering of IPv6 source-routed packets
    • Selective filtering of IPv6 source-routed packets using ACLs
    • Complete and selective filtering combination and order of application
    • Configuration examples for complete and selective filtering of source routed packets
  • Changing the IPv6 MTU
  • Configuring static neighbor entries
  • Limiting the number of hops an IPv6 packet can traverse
  • QoS for IPv6 traffic
  • Configuring the rate limit for IPv6 subnet traffic
  • Clearing global IPv6 information
    • Clearing the IPv6 cache
    • Clearing IPv6 neighbor information
    • Clearing IPv6 routes from the IPv6 route table
    • Clearing IPv6 traffic statistics
    • Clearing statistics for IPv6 subnet rate limiting
  • Displaying global IPv6 information
    • Displaying IPv6 cache information
    • Displaying IPv6 interface information
    • Displaying interface counters for all ports
    • Displaying IPv6 neighbor information
    • Displaying the IPv6 route table
    • Displaying local IPv6 devices
    • Displaying IPv6 TCP information
    • Displaying IPv6 traffic statistics
    • Displaying statistics for IPv6 subnet rate limiting
    • Displaying IPv6 information for Router Advertisement Options
    • Displaying IPv6 interface information for Router Advertisement Options
  • Commands
• IPv6 Addressing
  • IPv6 addressing overview
    • IPv6 address types
  • IPv6 stateless auto-configuration
• IPv6 Prefix List
  • Configuring an IPv6 prefix list
  • Displaying prefix list information
  • IPv6 ND Prefix Suppress
    • Configuring IPv6 Prefix Suppress
    • IPv6 ND Router Advertisement Control
• Managing a Device Over IPv6
  • Using the IPv6 copy command
    • Copying a file to an IPv6 TFTP server
    • Copying a file from an IPv6 TFTP server
  • Using the IPv6 ncopy command
    • Copying a primary or secondary boot image from flash memory to an IPv6 TFTP server
    • Copying the running or startup configuration to an IPv6 TFTP server
    • Uploading files from an IPv6 TFTP server
  • Using the IPv6 ping command
  • Using the IPv6 traceroute command
  • Using Telnet
    • Using the IPv6 Telnet command
    • Establishing a Telnet session from an IPv6 host
  • Using Secure Shell
• Static IPv6 Routes
  • Configuring a static IPv6 route
  • Configuring a IPv6 static multicast route
  • BFD for Static Routes
    • Configuration considerations
    • Configuring BFD for static routes
    • Show commands
• BGP4+ (IPv6)
  • Address family configuration level
  • Configuring BGP4+
    • Enabling BGP4+
    • Configuring BGP4+ neighbors using global or unique local IPv6 addresses
    • Adding BGP4+ neighbors using link-local addresses
    • Configuring a BGP4+ peer group
    • Advertising the default BGP4+ route
    • Importing routes into BGP4+
    • Redistributing prefixes into BGP4+
    • Aggregating routes advertised to BGP4 neighbors
    • Using route maps
    • Enabling next-hop recursion
  • Clearing BGP4+ information
    • Removing route flap dampening
    • Clearing route flap dampening statistics
    • Clearing BGP4+ local route information
    • Clearing BGP4+ neighbor information
    • Clearing and resetting BGP4+ routes in the IPv6 route table
    • Clearing traffic counters for all BGP4+ neighbors
    • Clearing BGP4+VPNv6 neighbor information
    • Clearing BGP4+ VRF6 information
  • Displaying BGP4+ information
    • Displaying the BGP4+ route table
    • Displaying BGP4+ route information
    • Displaying BGP4+ route-attribute entries
    • Displaying the BGP4+ running configuration
    • Displaying dampened BGP4+ paths
    • Displaying filtered-out BGP4+ routes
    • Displaying route flap dampening statistics
    • Displaying BGP4+ neighbor information
    • Displaying BGP4+ peer group configuration information
    • Displaying BGP4+ summary
    • Displaying BGP4+VPNv6 information
    • Displaying BGP4+VRF6 information
  • Configuring BGP4+ graceful restart
    • Displaying BGP4+ graceful restart neighbor information
  • Commands
• OSPF version 3 (IPv6)
  • OSPF Version 3
  • Link-state advertisement types for OSPFv3
  • Configuring OSPFv3
    • Enabling OSPFv3
    • Assigning OSPFv3 areas
    • Assigning an area cost for OSPFv3 (optional parameter)
    • Specifying a network type
    • Configuring virtual links
    • Changing the reference bandwidth for the cost on OSPFv3 interfaces
    • Redistributing routes into OSPFv3
    • Filtering OSPFv3 routes
    • Configuring default route origination
    • Modifying Shortest Path First timers
    • Modifying administrative distance
    • Configuring the OSPFv3 LSA pacing interval
    • Modifying exit overflow interval
    • Modifying external link state database limit
    • Setting all OSPFv3 interfaces to the passive state
    • Modifying OSPFv3 interface defaults
    • Disabling or re-enabling event logging
    • IPsec for OSPFv3
    • Configuring IPsec for OSPFv3
    • Configuring OSPFv3 Graceful Restart Helper mode
    • Configuring OSPFv3 NSR
    • Configuring OSPFv3 max-metric router LSA
  • Displaying OSPFv3 information
    • General OSPF configuration information
    • Displaying OSPFv3 area information
    • Displaying OSPFv3 database information
    • Displaying IPv6 interface information
    • Displaying IPv6 OSPFv3 interface information
    • Displaying OSPFv3 memory usage
    • Displaying OSPFv3 neighbor information
    • Displaying routes redistributed into OSPFv3
    • Displaying OSPFv3 route information
    • Displaying OSPFv3 SPF information
    • Displaying OSPFv3 GR Helper mode information
    • Displaying OSPFv3 NSR information
    • Displaying OSPFv3 max-metric router LSA information
    • Displaying IPv6 OSPF virtual link information
    • Displaying OSPFv3 virtual neighbor information
    • IPsec examples
  • OSPFv3 clear commands
    • Clearing all OSPFv3 data
    • Clearing all OSPFv3 packet counters
    • Scheduling Shortest Path First (SPF) calculation
    • Clearing all redistributed routes from OSPF
    • Clearing OSPF neighbors
  • Commands
• IS-IS (IPv6)
  • IPv6 IS-IS single-topology mode
  • IS-IS CLI levels
    • Global configuration level
    • Address family configuration level
    • Interface level
  • Configuring IPv6 IS-IS
    • Enabling IPv6 IS-IS globally
    • Enabling IS-IS and assigning an IPv6 address to an interface
  • Configuring IPv6 IS-IS single topology
  • Globally configuring IS-IS on a device
  • Configuring IPv6 specific address family route parameters
    • Changing the maximum number of load sharing paths
    • Enabling advertisement of a default route
    • Changing the administrative distance for IPv6 IS-IS
    • Configuring summary prefixes
    • Redistributing routes into IPv6 IS-IS
    • Changing the default redistribution metric
    • Globally change the default redistribution metric
    • Configuration steps
    • ISIS Show command
    • Redistributing static IPv6 routes into IPv6 IS-IS
    • Redistributing directly connected routes into IPv6 IS-IS
    • Redistributing RIPng routes into IPv6 IS-IS
    • Redistributing OSPF version 3 routes into IPv6 IS-IS
    • Redistributing BGP4+ routes into IPv6 IS-IS
    • Redistributing IPv6 IS-IS routes within IPv6 IS-IS
    • Disabling and re-enabling IPv6 protocol-support consistency checks
  • Configuring IS-IS properties on an interface
    • Changing the metric added to advertised routes
  • IPv6 IS-IS Non-Stop Routing
    • Overview
    • Configuring IS-IS NSR
  • Displaying IPv6 IS-IS information
    • Displaying IPv6 IS-IS information
    • Displaying the IPv6 IS-IS configuration in the running configuration
    • Displaying IPv6 IS-IS error statistics
    • Displaying LSP database entries
    • Displaying the system ID to name mappings
    • Displaying IPv6 IS-IS interface information
    • Displaying IPv6 IS-IS memory usage
    • Displaying IPv6 IS-IS neighbor information
    • Displaying IPv6 IS-IS redistribution information
    • Displaying the IPv6 IS-IS route information
    • Displaying IPv6 IS-IS traffic statistics
  • IPv6 IS-IS Multi-Topology
    • Configuration considerations for IPv6 IS-IS MT
    • Migrating to IPv6 IS-IS MT
    • Maintaining MT adjacencies
    • New TLV attributes
    • Enabling IPv6 IS-IS MT
    • Configuring the IS-IS IPv6 PSPF exponential back-off feature
    • Changing the SPF timer
    • Changing the metric added value
    • Configuration example to deploy IPv6 IS-IS MT
• RIPng (IPv6)
  • Configuring RIPng
    • Enabling RIPng
    • Configuring RIPng timers
    • Configuring route learning and advertising parameters
    • Redistributing routes into RIPng
    • Controlling distribution of routes through RIPng
    • Configuring poison reverse parameters
  • Clearing RIPng routes from IPv6 route table
  • Displaying RIPng information
    • Displaying RIPng configuration
    • Displaying RIPng routing table
• Policy-Based Routing (IPv6)
  • Configuration considerations
    • Considerations specific to Brocade NetIron CES and Brocade NetIron CER
  • Configuring an IPv6 PBR policy
    • Configuring the route map
    • Enabling IPv6 PBR
    • LAG formation
  • Configuration examples
    • Basic example
    • Combined example
    • Selectively applying normal routing to packets
  • Displaying IPv6 PBR information
    • Displaying IPv6 accounting information
    • Displaying IPv6 PBR route map information
    • Displaying IPv6 ACL and route map information on the Brocade NetIron CES and Brocade NetIron CER
  • Policy based routing with the preserve VLAN option
    • Configuring a physical interface to accept all VLAN packets for PBR
    • Configuration considerations
    • Configuring policy based routing with the preserve VLAN option
  • Configuration examples
    • Preserve VLAN IDs and forwarding to specific egress port
    • Preserve VLAN IDs and forwarding to multiple ports within a VLAN
    • Applying IPv6 PBR next hop VLAN flooding
  • Policy-based routing support for preserve VLAN
    • Configuration considerations
• VRRP and VRRP-E
  • Overview of VRRP
    • Standard VRRP
    • Enhancements to VRRP
  • Overview of VRRP-E
    • ARP behavior with VRRP-E
  • Comparison of VRRP and VRRP-E
  • VRRP and VRRP-E parameters
  • Configuring parameters specific to VRRP
    • Configuring the VRRP version
    • Configuring the Owner for IPv4
    • Configuring the Owner for IPv6
    • Configuring a Backup for IPv4
    • Configuring a Backup for IPv6
    • Configuration rules and feature limitations for VRRP
  • Configuring parameters specific to VRRP-E
    • Configuring IPv4 VRRP-E
    • Configuring IPv6 VRRP-E
    • Configuration rules and feature limitations for VRRP-E
  • Configuring additional VRRP and VRRP-E parameters
    • Authentication type
    • Suppressing RIP advertisements on backup routers for the backup up interface
    • Hello interval
    • Dead interval
    • Backup hello message state and interval
    • Track port
    • Track priority
    • Backup preempt
    • Master router abdication and reinstatement
    • VRRP-extended slow start
    • VRRP-extended scale timer
    • Enable and Disable password display
  • Displaying VRRP and VRRP-E information for IPv4
    • Displaying summary information
    • Displaying detailed information
    • Displaying statistics
  • Displaying VRRP and VRRP-E information for IPv6
    • Displaying summary information
    • Displaying detailed information
    • Displaying statistics
  • Displaying configuration information for VRRP and VRRP-E
  • Clearing VRRP or VRRP-E statistics
  • Configuration examples
    • VRRP example for IPv4
    • VRRP example for IPv6
    • VRRP-E example for IPv4
    • VRRP-E example for IPv6
  • VRRP-E Extension for Server Virtualization
    • VRRP-E Extension for server virtualization configuration example
    • Packets from the local subnet of the virtual IP address
    • IPv4 VRF support
    • Configuration considerations