Users Guide
Table Of Contents
- Contents
- About This Document
- Audience
- Supported hardware and software
- What’s new in this document
- Enhancements in release 02.8.00
- Enhancements in release 02.7.03
- Enhancements in release 02.7.02
- Enhancements in release 02.7.00
- Enhancements in release 02.6.00
- Enhancements in patch release 02.5.00c
- Enhancements in patch release 02.5.00b
- Enhancements in release 02.5.00
- Enhancements in patch release 02.4.00c
- Enhancements in release 02.4.00
- Enhancements in patch release 02.3.00a
- Enhancements in release 02.3.00
- Enhancements in release 02.2.01
- Enhancements in release 02.2.00g
- Enhancements in release 02.2.00
- Document conventions
- Notice to the reader
- Related publications
- Getting technical help or reporting errors
- Getting Started with the Command Line Interface
- Getting Familiar With the BigIron RX Series Switch Management Applications
- Using a Redundant Management Module
- How management module redundancy works
- Management module redundancy configuration
- Managing management module redundancy
- Monitoring management module redundancy
- Flash memory and PCMCIA flash card file management commands
- Management focus
- Flash memory file system
- PCMCIA flash card file system
- Wildcards
- Formatting a flash card
- Determining the current management focus
- Switching the management focus
- Displaying a directory of the files
- Displaying the contents of a file
- Displaying the hexadecimal output of a file
- Creating a subdirectory
- Removing a subdirectory
- Renaming a file
- Changing the read-write attribute of a file
- Deleting a file
- Recovering (“undeleting”) a file
- Appending a file to another file
- Copying files using the copy command
- Copying files using the cp command
- Loading the software
- Saving configuration changes
- File management messages
- Securing Access to Management Functions
- Securing access methods
- Restricting remote access to management functions
- Setting passwords
- Setting up local user accounts
- Configuring SSL security for the Web Management Interface
- Configuring TACACS and TACACS+ security
- How TACACS+ differs from TACACS
- TACACS and TACACS+ authentication, authorization, and accounting
- TACACS and TACACS+ configuration considerations
- Enabling SNMP to configure TACACS and TACACS
- Identifying the TACACS and TACACS+ servers
- Specifying different servers for individual AAA functions
- Setting optional TACACS and TACACS+ parameters
- Configuring authentication-method lists for TACACS and TACACS+
- Configuring TACACS+ authorization
- Configuring TACACS+ accounting
- Configuring an interface as the source for all TACACS and TACACS+ packets
- Displaying TACACS and TACACS+ statistics and configuration information
- Configuring RADIUS security
- RADIUS authentication, authorization, and accounting
- RADIUS configuration considerations
- RADIUS configuration procedure
- Configuring Brocade-specific attributes on the RADIUS server
- Enabling SNMP to configure RADIUS
- Identifying the RADIUS server to the BigIron RX
- Specifying different servers for individual AAA functions
- Setting RADIUS parameters
- Configuring authentication-method lists for RADIUS
- Configuring RADIUS authorization
- Configuring RADIUS accounting
- Configuring an interface as the source for all RADIUS packets
- Displaying RADIUS configuration information
- Configuring authentication-method lists
- Configuring Basic Parameters
- Entering system administration information
- Configuring Simple Network Management Protocol traps
- Configuring an interface as source for all Telnet packets
- Configuring an interface as the source for all TFTP packets
- Configuring an interface as the source for Syslog packets
- Specifying a Simple Network Time Protocol (SNTP) server
- Setting the system clock
- Configuring CLI banners
- Configuring terminal display
- Enabling or disabling routing protocols
- Displaying and modifying system parameter default settings
- Enabling or disabling Layer 2 switching
- CAM partitioning for the BigIron RX
- Changing the MAC age time
- Configuring static ARP entries
- Pinging an IPv4 address
- Configuring Interface Parameters
- Assigning a port name
- Assigning an IP address to a port
- Speed/Duplex negotiation
- Disabling or re-enabling a port
- Changing the default Gigabit negotiation mode
- Disabling or re-enabling flow control
- Locking a port to restrict addresses
- Wait for all cards feature
- Port transition hold timer
- Modifying port priority (QoS)
- Assigning a mirror port and monitor ports
- Monitoring an individual trunk port
- Mirror ports for Policy-Based Routing (PBR) traffic
- Displaying mirror and monitor port configuration
- Enabling WAN PHY mode support
- Configuring IP
- Overview of configuring IP
- The IP packet flow
- Basic IP parameters and defaults
- Configuring IP parameters
- Configuring packet parameters
- Changing the router ID
- Specifying a single source interface for Telnet, TACACS, TACACS+, or RADIUS packets
- Configuring an interface as the source for Syslog packets
- Configuring ARP parameters
- Configuring forwarding parameters
- Disabling ICMP messages
- Disabling ICMP redirect messages
- Configuring static routes
- Static route tagging
- Configuring a default network route
- Configuring IP load sharing
- Default route ECMP
- IP receive access list
- Configuring IRDP
- Configuring UDP broadcast and IP helper parameters
- Configuring BootP/DHCP forwarding parameters
- Displaying IP information
- Link Aggregation
- Link aggregation overview
- LAG formation rules
- LAG load sharing
- Configuration of a LAG
- Deploying a LAG
- Commands available under LAG once it is deployed
- Configuring ACL-based mirroring
- Disabling ports within a LAG
- Enabling ports within a LAG
- Monitoring an individual LAG port
- Assigning a name to a port within a LAG
- Enabling sFlow forwarding on a port within a LAG
- Setting the sFlow sampling rate for a port within a LAG
- Displaying LAG information
- Displaying LAG statistics
- Configuring LLDP
- Terms used in this chapter
- LLDP overview
- General operating principles
- MIB support
- Syslog messages
- Web Management
- Configuring LLDP
- Configuration notes and considerations
- Enabling and disabling LLDP
- Changing a port’s LLDP operating mode
- Specifying the maximum number of LLDP neighbors
- Enabling LLDP SNMP notifications and Syslog messages
- Specifying the minimum time between SNMP traps and Syslog messages
- Changing the minimum time between LLDP transmissions
- Changing the interval between regular LLDP transmissions
- Changing the holdtime multiplier for transmit TTL
- Changing the minimum time between port reinitializations
- LLDP TLVs advertised by the Brocade device
- Displaying LLDP statistics and configuration settings
- LLDP configuration summary
- LLDP statistics
- LLDP neighbors
- LLDP neighbors detail
- LLDP configuration details
- Resetting LLDP statistics
- Configuring Uni-Directional Link Detection (UDLD)
- VLANs
- Overview of Virtual Local Area Networks (VLANs)
- VLAN configuration rules
- Configuring port-based VLANs
- Configuring protocol-based VLANs
- Configuring virtual routing interfaces
- VLAN groups
- Configuring super aggregated VLANs
- Configuring 802.1q-in-q tagging
- Configuring 802.1q tag-type translation
- Private VLANs
- Other VLAN features
- Displaying VLAN information
- Transparent firewall mode
- Configuring Spanning Tree Protocol
- Configuring Rapid Spanning Tree Protocol
- Overview of Rapid Spanning Tree Protocol
- Edge ports and edge port roles
- Point-to-point ports
- Bridge port states
- Edge port and non-edge port states
- Changes to port roles and states
- State machines
- Convergence in a simple topology
- Convergence in a complex RSTP topology
- Compatibility of RSTP with 802.1D
- Configuring RSTP parameters
- Displaying RSTP information
- Metro Ring Protocol (MRP) Phase 1 and 2
- Metro Ring Protocol (MRP) phase 1
- MRP rings without shared interfaces
- Ring initialization
- How ring breaks are detected and healed
- Master VLANs and customer VLANs in a topology group
- Configuring MRP
- MRP phase 2
- Ring initialization for shared interfaces
- Using MRP diagnostics
- Displaying MRP information
- MRP CLI example
- Virtual Switch Redundancy Protocol (VSRP)
- Overview of Virtual Switch Redundancy Protocol (VSRP)
- Configuring basic VSRP parameters
- Enabling Layer 3 VSRP
- Configuring optional VSRP parameters
- Disabling VSRP on a VRID
- Configuring authentication
- Configuring a VRID IP address
- VSRP fast start
- Changing the backup priority
- Saving the timer values received from the master
- VSRP slow start
- Changing the Time-To-Live (TTL)
- Changing the hello interval
- Changing the dead interval
- Changing the backup hello state and interval
- Changing the hold-down interval
- Changing the default track priority
- Specifying a track port
- Disabling or re-enabling backup pre-emption
- Port transition hold timer
- Clearing VSRP information
- VSRP and MRP signaling
- Displaying VSRP information
- Topology Groups
- Configuring VRRP and VRRPE
- Configuring Quality of Service
- Overview of Quality of Service (QoS)
- Classification
- Marking
- Configuring ToS-based QoS
- Configuring the QoS mappings
- Displaying QoS configuration information
- Determining packet drop priority using WRED
- Configuring packet drop priority using WRED
- Scheduling traffic for forwarding
- Configuring multicast traffic engineering
- Configuring Traffic Reduction
- Layer 2 ACLs
- Access Control List
- How the BigIron RX processes ACLs
- Disabling or re-enabling Access Control Lists (ACLs)
- Default ACL action
- Types of IP ACLs
- ACL IDs and entries
- Enabling support for additional ACL statements
- ACL-based inbound mirroring
- Configuring numbered and named ACLs
- Displaying ACL definitions
- ACL logging
- Modifying ACLs
- Deleting ACL entries
- Applying ACLs to interfaces
- QoS options for IP ACLs
- Enabling ACL duplication check
- ACL accounting
- Enabling ACL filtering of fragmented or non-fragmented packets
- ACL filtering for traffic switched within a virtual routing interface
- ICMP filtering for extended ACLs
- Troubleshooting ACLs
- Policy-Based Routing
- Configuring IP Multicast Protocols
- Overview of IP multicasting
- Multicast terms
- Changing global IP multicast parameters
- IP multicast boundaries
- Passive Multicast Route Insertion (PMRI)
- Changing IGMP V1 and V2 parameters
- Adding an interface to a multicast group
- IGMP v3
- Default IGMP version
- Compatibility with IGMP V1 and V2
- Enabling the IGMP version per interface setting
- Enabling the IGMP version on a physical port within a virtual routing interface
- Setting the query interval
- Setting the group membership time
- Setting the maximum response time
- Displaying IGMPv3 information
- Clearing IGMP statistics
- IGMP V3 and source specific multicast protocols
- Configuring a static multicast route
- PIM dense
- PIM Sparse
- Route selection precedence for multicast
- Changing the Shortest Path Tree (SPT) threshold
- Displaying PIM Sparse configuration information and statistics
- Displaying basic PIM Sparse configuration information
- Displaying a list of multicast groups
- Displaying BSR information
- Displaying candidate RP information
- Displaying RP-to-group mappings
- Displaying RP information for a PIM Sparse group
- Displaying the RP set list
- Displaying multicast neighbor information
- Displaying information about an upstream neighbor device
- Displaying the PIM multicast cache
- Displaying PIM traffic statistics
- PIM-SSMv4
- Configuring Multicast Source Discovery Protocol (MSDP)
- Peer Reverse Path Forwarding (RPF) flooding
- Source active caching
- Configuring MSDP
- Enabling MSDP
- Configuring MSDP peers
- Designating an interface’s IP address as the RP’s IP address
- Filtering MSDP source-group pairs
- Filtering incoming source-active messages
- Filtering advertised source-active messages
- Displaying the differences before and after the source active filters are applied
- Configuring MSDP mesh groups
- Clearing MSDP information
- DVMRP overview
- Configuring DVMRP
- Configuring a static multicast route
- Configuring IP multicast traffic reduction
- Configuring RIP
- Overview of Routing Information Protocol (RIP)
- 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 filters
- Configuring OSPF Version 2 (IPv4)
- Overview of OSPF (Open Shortest Path First)
- Configuring OSPF
- Configuration rules
- OSPF parameters
- Enable OSPF on the router
- Assign OSPF areas
- Assigning an area range (optional)
- Assigning interfaces to an area
- 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
- Configuring an OSPF non-broadcast interface
- OSPF point-to-point links
- 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
- Configuring a default network route
- Modify SPF timers
- Modify redistribution metric type
- Modify administrative distance
- Configure OSPF group Link State Advertisement pacing
- OSPF ABR type 3 LSA filtering
- Displaying the configured OSPF area prefix list
- Modifying OSPF traps generated
- Modify OSPF standard compliance setting
- Modify exit overflow interval
- Specify types of OSPF Syslog messages to log
- 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 route information
- Displaying OSPF external link state Information
- Displaying OSPF database link state information
- Displaying OSPF ABR and ASBR information
- Displaying OSPF trap status
- Displaying OSPF virtual neighbor and link information
- OSPF graceful restart
- Configuring BGP4 (IPv4 and IPv6)
- Overview of BGP4
- Brocade implementation of BGP4
- Memory considerations
- Configuring BGP4
- Activating and disabling BGP4
- Entering and exiting the address family configuration level
- Filtering specific IP addresses
- Defining an AS-path filter
- Defining a community filter
- Configuring a switch to allow routes with its own AS number
- BGP Null0 routing
- Aggregating routes advertised to BGP4 neighbors
- Configuring the device to always compare MEDs
- Redistributing IBGP routes
- Disabling or re-enabling client-to-client route reflection
- Configuring a route reflector
- Enabling or disabling comparison of the router IDs
- Configuring confederations
- Configuring route flap dampening
- Originating the default route
- Changing the default local preference
- Changing the default metric used for redistribution
- Changing administrative distances
- Requiring the first AS to be the neighbor’s AS
- Enabling fast external fallover
- Setting the local AS number
- Changing the maximum number of shared BGP4 paths
- Treating missing MEDs as the worst MEDs
- Customizing BGP4 load sharing
- Configuring BGP4 neighbors
- Configuring a BGP4 peer group
- 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 router 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
- Configuring cooperative BGP4 route filtering
- Configuring route flap dampening
- Generating traps for BGP
- Updating route information and resetting a neighbor session
- Clearing traffic counters
- Clearing route flap dampening statistics
- Removing route flap dampening
- Clearing diagnostic buffers
- 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
- Generalized TTL security mechanism support
- Configuring MBGP
- Configuring 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
- IS-IS CLI levels
- Configuring IPv4 IS-IS
- 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
- Globally disabling or re-enabling hello padding
- Logging adjacency changes
- Disabling partial SPF calculations
- 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
- 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 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
- Changing the metric added to advertised routes
- Displaying IPv4 IS-IS information
- Clearing IS-IS information
- BiDirectional Forwarding Detection (BFD)
- Configuring Secure Shell
- Configuring Multi-Device Port Authentication
- How multi-device port authentication works
- Configuring multi-device port authentication
- Enabling multi-device port authentication
- Configuring an authentication method list for 802.1x
- Setting RADIUS parameters
- Specifying the format of the MAC addresses sent to the RADIUS server
- Specifying the authentication-failure action
- Defining MAC address filters
- Configuring dynamic VLAN assignment
- Specifying to which VLAN a port is moved after its RADIUS-specified VLAN assignment expires
- Saving dynamic VLAN assignments to the running configuration file
- Clearing authenticated MAC addresses
- Disabling aging for authenticated MAC addresses
- Specifying the aging time for blocked MAC addresses
- Displaying multi-device port authentication information
- Example configurations
- Using the MAC Port Security Feature and Transparent Port Flooding
- MAC Port Security
- Configuring the MAC Port Security feature
- Enabling the MAC Port Security feature
- Setting the maximum number of secure MAC addresses for an interface
- Specifying static secure MAC addresses
- Enabling dynamic MAC address learning
- Denying specific MAC addresses
- Autosaving secure MAC addresses to the startup-config
- Setting the MAC Port Security age timer
- Defining security violation actions
- Understanding the rules for violation action configuration
- Re-enabling an interface
- Displaying MAC Port Security information
- Displaying MAC Port Security settings
- Displaying the secure MAC addresses list on the device
- Displaying MAC Port Security statistics
- Displaying a list of MAC addresses
- Displaying a list of secure and denied MAC addresses
- Displaying information when violation action is restrict
- Displaying information when violation action is deny
- Transparent port flooding
- Configuring 802.1x Port Security
- Overview of 802.1x port security
- How 802.1x port security works
- 802.1x port security and sFlow
- Configuring 802.1x port security
- Configuring an authentication method list for 802.1x
- Setting RADIUS parameters
- Configuring dynamic VLAN assignment for 802.1x ports
- Disabling and enabling strict security mode for dynamic filter assignment
- Dynamically applying existing ACLs or MAC address filter
- Configuring per-user IP ACLs or MAC address filters
- Enabling 802.1x port security
- Setting the port control
- Configuring periodic re-authentication
- Re-authenticating a port manually
- Setting the quiet period
- Setting the interval for retransmission of EAP-request/ identity frames
- Specifying the number of EAP-request/identity frame retransmissions
- Specifying a timeout for retransmission of messages to the authentication server
- Specifying a timeout for retransmission of EAP-request frames to the client
- Initializing 802.1x on a port
- Allowing multiple 802.1x clients to authenticate
- Displaying 802.1x information
- Sample 802.1x configurations
- Using multi-device port authentication and 802.1X security on the same port
- Protecting Against Denial of Service Attacks
- Inspecting and Tracking DHCP Packets
- Securing SNMP Access
- Enabling the Foundry Discovery Protocol (FDP) and Reading Cisco Discovery Protocol (CDP) Packets
- Remote Network Monitoring
- Configuring sFlow
- Multiple Spanning Tree Protocol (MSTP) 802.1s
- 802.1s Multiple Spanning Tree Protocol
- Multiple spanning-tree regions
- Configuring MSTP
- Setting the MSTP name
- Setting the MSTP revision number
- Configuring an MSTP instance
- Configuring port priority and port path cost
- Configuring bridge priority for an MSTP instance
- Setting the MSTP global parameters
- Setting ports to be operational edge ports
- Setting point-to-point link
- Disabling MSTP on a port
- Forcing ports to transmit an MSTP BPDU
- Enabling MSTP on a switch
- Displaying MSTP statistics
- Displaying MSTP information for a specified instance
- Displaying MSTP information for CIST instance 0
- 802.1s Multiple Spanning Tree Protocol
- Configuring IP Multicast Traffic Reduction
- IPv6 Addressing
- Configuring Basic IPv6 Connectivity
- Enabling IPv6 routing
- Configuring IPv6 on each router interface
- Configuring the management port for an IPv6 automatic address configuration
- IPv6 host support
- Configuring an IPv6 host address for a BigIron RX running a switch image
- Configuring a global or site-local IPv6 address with a manually configured interface ID as the switch’s system-wide address
- Configuring a global or site-local IPv6 address with an automatically computed EUI-64 interface ID as the switch’s system-wide address
- Configuring a link-local IPv6 address as the switch’s system-wide address
- Configuring IPv4 and IPv6 protocol stacks
- Configuring IPv6 Domain Name Server (DNS) resolver
- ECMP load sharing for IPv6
- DHCP relay agent for IPv6
- Configuring IPv6 ICMP
- 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
- Setting flags in IPv6 router advertisement messages
- Enabling and disabling IPv6 router advertisements
- Configuring reachable time for remote IPv6 nodes
- Changing the IPv6 MTU
- Configuring static neighbor entries
- Limiting the number of hops an IPv6 packet can traverse
- QoS for IPv6 traffic
- Clearing global IPv6 information
- Displaying global IPv6 information
- Configuring RIPng
- Configuring BGP4+
- Address family configuration level
- Configuring BGP4+
- Enabling BGP4+
- Configuring BGP4+ neighbors using global or site-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
- Clearing BGP4+ 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
- Configuring IPv6 MBGP
- IPv6 Access Control Lists (ACLs)
- Configuring OSPF Version 3
- OSPF version 3
- Link state advertisement types for OSPFv3
- Configuring OSPFv3
- Enabling OSPFv3
- Assigning OSPFv3 areas
- 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
- Modifying OSPFv3 interface defaults
- Disabling or reenabling event logging
- Displaying OSPFv3 information
- Displaying OSPFv3 area information
- Displaying OSPFv3 database Information
- Displaying 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 IPv6 OSPF virtual link information
- Displaying OSPFv3 virtual neighbor information
- Configuring IPv6 Multicast Features
- IPv6 PIM sparse
- Multicast Listener Discovery and source specific multicast protocols (MLDv2)
- MLD version distinctions
- Enabling MLDv2
- Enabling source specific multicast
- Setting the query interval
- Setting the maximum response time
- Setting the last listener query count
- Setting the last listener query interval
- Setting the robustness
- Setting the version
- Specifying a port version
- Specifying a static group
- Setting the interface MLD version
- Displaying MLD information
- Displaying MLD group information
- Displaying MLD definitions for an interface
- Displaying MLD traffic
- Clearing IPv6 MLD traffic
- Embedded Rendezvous Point (RP)
- Configuring IPv6 Routes
- Continuous System Monitor
- Using Syslog
- Displaying Syslog messages
- Configuring the Syslog service
- Displaying the Syslog configuration
- Disabling or re-enabling Syslog
- Specifying a Syslog server
- Specifying an additional Syslog server
- Disabling logging of a message level
- Logging all CLI commands to Syslog
- Changing the number of entries the local buffer can hold
- Changing the log facility
- Displaying the interface name in Syslog messages
- Displaying TCP/UDP port numbers in Syslog messages
- Syslog messages
- Software Specifications
- IEEE compliance
- RFC compliance
- RFC compliance - BGPv4
- RFC compliance - OSPF
- RFC compliance - IS-IS
- RFC compliance - RIP
- RFC compliance - IP Multicast
- RFC compliance - general protocols
- RFC compliance - management
- RFC compliance - IPv6 core
- RFC compliance - IPv6 routing
- RFC compliance - IPv6 multicast
- RFC compliance - IPv6 transitioning
- RFC compliance - IPv6 management
- Internet drafts
- NIAP-CCEVS Certification
- Commands That Require a Reload
- Index to the CLI Commands
- ACLs (IP)
- ACLs (L2)
- BGP4
- FDP/CDP
- IP
- Metro Ring protocol
- IPv6 BGP4+
- IPv6 ACL
- IPv6 basic connectivity
- IPv6 multicast
- IPv6 RIPng
- IPv6 OSPFv3
- IS-IS
- Metro Ring
- MSTP
- Multicast (IP)
- Multicast (L2)
- OSPF version 4
- Port parameters
- Port-based routing
- Quality of Service (QoS)
- Rate limiting
- RIP
- RMON
- RSTP
- Security/Management
- Redundant management module
- SNMP
- SSH
- sFlow
- STP
- SysLog messages
- System parameters
- Topology
- LAG
- UDLD
- VLAN
- VRRP/VRRPE
- VSRP
