H3C S9500E Series manuals
S9500E Series
Table of contents
- obtaining documentation
- Table Of Contents
- irf configuration commands
- display irf
- display restricted port
- irf auto-merge enable
- irf auto-update enable
- irf member description
- irf member priority
- irf mode enhanced
- irf switch-to
- irf-port member-id/port-number
- mad arp enable
- mad bfd enable
- mad enable
- set irf slot member-id
S9500E Series
Table of contents
- obtaining documentation
- technical support
- Table Of Contents
- configuring irf
- basic concepts
- irf fabric
- connecting the irf member switches
- topology collection
- master election
- irf fabric configuration task list
- configuration prerequisites
- non pre-configuration
- binding a physical port to an irf port
- configuration guidelines
- configuration procedure
- configuration file auto-conversion
- configuring irf member switches in irf mode
- configuring irf ports
- setting a member id for a switch
- specifying the preservation time of the bridge mac address
- enabling auto reboot for irf fabric merge
- setting the irf link down report delay
- enabling irf link failure detection and auto-recovery
- configuration procedures
- displaying and maintaining an irf fabric
- network requirements
- configuration considerations
S9500E Series
Table of contents
S9500E Series
Table of contents
- Preface
- About the H3C S9500E documentation set
- obtaining documentation
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- AAA configuration
- Introduction to RADIUS
- Security and authentication mechanisms
- RADIUS packet format
- Extended RADIUS attributes
- Basic message exchange process of HWTACACS
- Domain-based user management
- AAA-across-VPNs
- AAA configuration task list
- Configuring AAA
- Configuring ISP domain attributes
- Configuring AAA authentication method for an ISP domain
- Configuring AAA authorization methods for an ISP domain
- Configuring AAA accounting methods for an ISP domain
- Configuring local user attributes
- Configuring user group attributes
- Disconnect user connections
- Displaying and maintaining AAA
- Specifying the VPN instance
- Specifying the RADIUS accounting servers and relevant parameters
- Specifying the shared keys for RADIUS packets
- Setting the upper limit of RADIUS request retransmission attempts
- Setting the status of RADIUS servers
- Configuring attributes related to data to be sent to the RADIUS server
- Enabling the RADIUS trap function
- Setting timers regarding RADIUS servers
- Specifying security policy servers
- Enabling the listening port of the RADIUS client
- Displaying and maintaining RADIUS
- Creating an HWTACACS scheme
- Specifying the HWTACACS authorization servers
- Setting the shared key for HWTACACS packets
- Configuring attributes related to the data sent to HWTACACS server
- Setting timers regarding HWTACACS servers
- Displaying and maintaining HWTACACS
- AAA for telnet users by separate servers
- AAA for SSH users by a RADIUS server
- Troubleshooting AAA
- Troubleshooting HWTACACS
- X configuration
- Basic concepts of 802.1X
- EAP over LAN
- EAP over RADIUS
- X authentication triggering
- X access control method
- X timers
- X basic configuration
- Configuring 802.1X globally
- Configuring 802.1X for a port
- Configuring the online user handshake function
- Enabling the multicast trigger function
- Enabling the quiet timer
- Configuring an Auth-Fail VLAN
- Displaying and maintaining 802.1X
- Guest VLAN and VLAN assignment configuration example
- MAC authentication configuration
- Related concepts
- Displaying and maintaining MAC authentication
- MAC authentication configuration examples
- RADIUS-based MAC authentication configuration
- verify the configuration
- Portal configuration
- Portal authentication mode
- Portal authentication process
- Basic portal configuration
- Configuring a portal-free rule
- Configuring an authentication subnet
- Specifying a NAS ID profile for an interface
- Setting the maximum number of online portal users
- Portal configuration examples
- Configuring Layer 3 portal authentication with extended functions
- Troubleshooting the portal
- Public key configuration
- Asymmetric key algorithm applications
- Displaying or exporting the local RSA or DSA host public key
- Displaying and maintaining public keys
- Public key configuration examples
- Importing the public key of a peer from a public key file
- SSH2.0 configuration
- Configuring the device as an SSH server
- Configuring a client public key
- Configuring an SSH user
- Setting the SSH management parameters
- Configuring the device as an SSH client
- Establishing a connection between the SSH client and the server
- Displaying and maintaining SSH
- When switch acts as server for password authentication
- When switch acts as server for public key authentication
- SSH client configuration examples
- When switch acts as client for public key authentication
- SFTP service
- Configuring an SFTP client
- Working with the SFTP directories
- Working with SFTP files
- Displaying help information
- network requirements
- SFTP server configuration example
- IP source guard configuration
- Configuring a static IP source guard binding entry
- Configuring the dynamic IP source guard binding function
- IP source guard configuration examples
- Dynamic IP source guard binding function configuration example I
- Dynamic IP source guard binding function configuration example II
- Troubleshooting IP source guard
- URPF configuration
- Configuring URPF
- URPF configuration example
- Obtaining support for your product
- Access software downloads
- Appendix A : RADIUS attributes
- Proprietary RADIUS sub-attributes of H3C
- Acronyms
- Index
S9500E Series
Table of contents
- Preface
- Conventions
- About the H3C S9500E Documentation Set
- obtaining documentation
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- High availability overview
- High availability technologies
- Protection switchover technologies
- Active and standby switchover configuration
- Ignoring version check of the SMB
- Manually configuring active and standby switchover
- Ethernet OAM configuration
- Ethernet OAM implementation
- Standards and protocols
- Configuring link monitoring
- Configuring errored frame period event detection
- Displaying and maintaining Ethernet OAM configuration
- Ethernet OAM Configuration Example
- DLDP configuration
- How DLDP works
- Enabling DLDP
- Setting DLDP mode
- Setting the interval for sending advertisement packets
- Setting the port shutdown mode
- Resetting DLDP state
- Displaying and maintaining DLDP
- Troubleshooting
- RRPP configuration
- RRPPDUs
- RRPP timers
- Typical RRPP networking
- Protocols and standards
- Creating an RRPP domain
- Configuring protected VLANs
- Configuring RRPP ports
- Configuring RRPP nodes
- Activating an RRPP domain
- Configuring RRPP timers
- Configuring RRPP fast detection
- Configuring an RRPP ring group
- Displaying and maintaining RRPP
- Intersecting ring configuration example
- Intersecting-ring load balancing configuration example
- Fast detection configuration example
- Smart Link configuration
- Terminology
- Operating mechanism of Smart Link
- Configuring a Smart Link switch
- Configuring member ports for a Smart Link group
- Enabling the sending of flush messages
- Configuring an associated switch
- Associated switch configuration example
- Multiple Smart Link groups load sharing configuration example
- Monitor link configuration
- Configuring monitor link
- Monitor link configuration example
- VRRP configuration
- VRRP standard protocol mode
- VRRP timers
- Principles of VRRP
- VRRP application (using IPv4-based VRRP for example)
- VRRP load balancing mode
- Allocating virtual MAC addresses
- Virtual forwarder
- Packet types
- Configuring VRRP for IPv4
- Creating VRRP group and configuring virtual IP address
- Configuring router priority, preemptive mode, and tracking function
- Configuring VF tracking
- Configuring VRRP packet attributes
- Enabling the trap function of VRRP
- Configuring VRRP for IPv6
- Creating VRRP group and configuring virtual IPv6 address
- Configuring router priority, preemptive mode and tracking function
- IPv4-based VRRP configuration examples
- VRRP interface tracking configuration example
- Multiple VRRP group configuration example
- VRRP load balancing mode configuration example
- IPv6-based VRRP configuration examples
- Troubleshooting VRRP
- GR overview
- GR communication procedure
- GR mechanism for commonly used protocols
- BFD configuration
- BFD packet format
- Supported features
- Configuration procedure
- Displaying and maintaining BFD
- Track configuration
- Collaboration between the track module and the application modules
- Configuring track-BFD collaboration
- Configuring collaboration between the track module and the interface management module
- Configuring track-static routing collaboration
- Configuring track-policy routing collaboration
- Displaying and maintaining track entries
- Configuring BFD for a VRRP backup to monitor the master
- Configuring BFD for the VRRP master to monitor the uplinks
- Static routing-track-NQA collaboration configuration example
- Static routing-track-BFD collaboration configuration example
- Obtaining support for your product
- Access software downloads
- Acronyms
- Index
S9500E Series
Table of contents
- Preface
- Conventions
- About the H3C S9500E Documentation Set
- obtaining documentation
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- IP routing basics configuration
- Routing protocol overview
- Routing protocols and routing preference
- Load balancing and route backup
- Displaying and maintaining a routing table
- Static routing configuration
- Configuring a static route
- Configuring BFD for static routes
- Configuring static route FRR
- Displaying and maintaining static routes
- Static route configuration examples
- Static route FRR configuration example
- Configuring BFD echo packet mode
- Configuring BFD control packet mode for static routing
- RIP configuration
- Routing loops prevention
- RIP message format
- Supported RIP features
- Configuring RIP route control
- Configuring an additional routing metric
- Disabling host route reception
- Advertising a default route
- Configuring inbound or outbound route filtering
- Configuring RIP route redistribution
- Configuring split horizon and poison reverse
- Configuring the maximum number of load balanced routes
- Enabling source IP address check on incoming RIP updates
- Specifying a RIP neighbor
- Configuring RIP FRR
- Configuring BFD for RIP
- Bidirectional detection in BFD control packet mode
- RIP configuration examples
- Configuring an additional metric for a RIP interface
- Configuring RIP to advertise a summary route
- RIP FRR configuration example
- Configuring BFD for RIP (single-hop detection in BFD echo packet mode)
- Configuring BFD for RIP (bidirectional detection in BFD control packet mode)
- Troubleshooting RIP
- OSPF configuration
- OSPF area partition
- Router types
- Classification of OSPF networks
- dr and bdr
- OSPF packet formats
- Supported OSPF features
- Protocols and standards
- Enabling OSPF
- Configuring OSPF areas
- Configuring a stub area
- Configuring a virtual link
- Configuring OSPF network types
- Configuring the OSPF network type for an interface as broadcast
- Configuring the OSPF network type for an interface as P2MP
- Configuring the OSPF network type for an interface as P2P
- Configuring OSPF route control
- Configuring OSPF inbound route filtering
- Configuring an OSPF cost for an interface
- Configuring the maximum number of OSPF routes
- Configuring OSPF route redistribution
- Advertising a host route
- Specifying an LSA transmission delay
- Specifying SPF calculation interval
- Specifying the LSA generation interval
- Disabling interfaces from receiving or sending OSPF packets
- Configuring OSPF authentication
- Adding the interface MTU into DD packets
- Making external route selection rules defined in RFC 1583 compatible
- Enabling message logging
- Enabling the advertisement and reception of opaque LSAs
- Configuring OSPF FRR
- Prerequisites
- Configuring OSPF graceful restart
- Configuring the OSPF GR Helper
- Triggering OSPF Graceful Restart
- Displaying and maintaining OSPF
- OSPF configuration examples
- Configuring OSPF to advertise a summary route
- Configuring an OSPF stub area
- Configuring an OSPF NSSA area
- Configuring OSPF DR election
- Configuring OSPF virtual links
- OSPF Graceful Restart configuration example
- Configuring route filtering
- Configuring BFD for OSPF
- Troubleshooting OSPF configuration
- IS-IS configuration
- IS-IS area
- IS-IS network types
- IS-IS PDU format
- Supported IS-IS features
- operation modes
- Enabling IS-IS
- Configuring the network type of an interface as P2P
- Specifying a priority for IS-IS
- Configuring the maximum number of equal-cost routes
- Configuring IS-IS route filtering
- Configuring IS-IS route leaking
- Tuning and optimizing IS-IS networks
- Configuring a DIS priority for an interface
- Enabling an interface to send small hello packets
- Configuring SPF parameters
- Configuring IS-IS authentication
- Configuring routing domain authentication
- Configuring a static system ID to host name mapping
- Configuring IS-IS GR
- Configuring IS-IS NSR
- Configuring IS-IS FRR
- Configure IS-IS FRR to automatically calculate a backup next hop
- Enabling the logging of neighbor state changes
- Configuring BFD for IS-IS
- IS-IS configuration examples
- DIS election configuration
- Configuring IS-IS route redistribution
- IS-IS-based Graceful Restart configuration example
- IS-IS NSR configuration example
- IS-IS FRR configuration example
- IS-IS authentication configuration example
- BGP configuration
- Formats of BGP messages
- BGP path attributes
- BGP route selection
- iBGP and IGP synchronization
- Settlements for problems in large-scale BGP networks
- MP-BGP
- Specifying the source interface for TCP connections
- Allowing establishment of eBGP connection to a non-directly connected peer or peer group
- Controlling route distribution and reception
- Advertising a default route to a peer or peer group
- Configuring BGP route reception filtering policies
- Enabling BGP and IGP route synchronization
- Configuring BGP route dampening
- Tuning and optimizing BGP networks
- Configuring the interval for sending the same update
- Enabling the BGP ORF capability
- Enabling quick eBGP session reestablishment
- Forbiding session establishment with a peer or peer group
- Configuring BGP community
- Configuring a BGP confederation
- Enabling trap
- Configuring BFD for BGP
- Resetting BGP connections
- BGP basic configuration
- BGP and IGP synchronization configuration
- BGP load balancing configuration
- BGP community configuration
- BGP route reflector configuration
- BGP confederation configuration
- BGP path selection configuration
- BGP GR configuration
- Troubleshooting BGP
- IP unicast policy routing configuration
- Configuring IP unicast policy routing
- Configuring local policy routing
- Displaying and maintaining IP unicast policy routing configuration
- Configuring interface policy routing based on packet type
- IPv6 static routing configuration
- Displaying and maintaining IPv6 static routes
- RIPng configuration
- RIPng working mechanism
- RIPng packet processing procedure
- Configuring RIPng route control
- Configuring RIPng route summarization
- Configuring a priority for RIPng
- Tuning and optimizing the RIPng network
- Configuring zero field check on RIPng packets
- Configuring the maximum number of equal cost routes for load balancing
- RIPng configuration examples
- Configuring RIPng route redistribution
- OSPFv3 configuration
- OSPFv3 LSA types
- OSPFv3 features supported
- Enabling an OSPFv3 process
- Configuring an OSPFv3 virtual link
- Configuring OSPFv3 network types
- Configuring OSPFv3 routing information control
- Configuring OSPFv3 inbound route filtering
- Configuring the maximum number of OSPFv3 load-balanced routes
- Configuring OSPFv3 route redistribution
- Tuning and optimizing OSPFv3 networks
- Configuring a DR priority for an interface
- Disable interfaces from sending OSPFv3 packets
- Configuring OSPFv3 GR
- Displaying and maintaining OSPFv3
- OSPFv3 configuration examples
- Configuring OSPFv3 DR election
- Troubleshooting OSPFv3 configuration
- Incorrect routing information
- IPv6 IS-IS configuration
- Configuring IPv6 IS-IS routing information control
- Displaying and maintaining IPv6 IS-IS
- IPv6 IS-IS configuration example
- IPv6 BGP configuration
- Specifying an IPv6 BGP peer
- Specifying the source interface for establishing TCP connections
- Allowing the establishment of a non-direct eBGP connection
- Disabling session establishment to an IPv6 peer or peer group
- Configuring IPv6 BGP route redistribution
- Configuring outbound route filtering
- Configuring IPv6 BGP and IGP route synchronization
- Configuring route dampening
- Configuring the MED attribute
- Configuring the AS_PATH attribute
- Tuning and optimizing IPv6 BGP networks
- Configuring IPv6 BGP soft reset
- Enabling the IPv6 BGP ORF capability
- Configuring the maximum number of load-balanced routes
- Configuring a large-scale IPv6 BGP network
- Configuring IPv6 BGP community
- Configuring 6PE
- Configuring basic 6PE capabilities
- Displaying and maintaining IPv6 BGP
- Resetting IPv6 BGP connections
- Clearing IPv6 BGP information
- IPv6 BGP basic configuration
- IPv6 BGP route reflector configuration
- Troubleshooting IPv6 BGP configuration
- IPv6 unicast policy routing configuration
- Configuring IPv6 local policy routing
- Displaying and maintaining IPv6 unicast policy routing configuration
- Configuring IPv6 local policy routing based on packet type
- Configuring IPv6 interface policy routing based on packet type
- Routing policy configuration
- Routing policy application
- Defining an IP-prefix list
- Defining an AS-PATH list
- Defining an extended community list
- Creating a routing policy
- Defining apply clauses
- Defining a continue clause
- Displaying and maintaining the routing policy
- Applying a routing policy to IPv6 route redistribution
- Applying a routing policy to filter received BGP routes
- Troubleshooting routing policy configuration
- IPv6 routing information filtering failure
- Obtaining support for your product
- Access software downloads
- Acronyms
- Index
S9500E Series
Table of contents
- obtaining documentation
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Active and standby switchover configuration commands
- ha slave-ignore-version-check
- slave restart
- slave switchover
- Ethernet OAM configuration commands
- display oam configuration
- display oam critical-event
- display oam link-event
- oam enable
- oam errored-frame period
- oam errored-frame threshold
- oam errored-frame-period threshold
- oam errored-frame-seconds threshold
- oam loopback
- oam loopback interface (user view)
- oam loopback reject-request
- oam timer hello
- oam timer keepalive
- CFD configuration commands
- cfd ais period
- cfd cc interval
- cfd enable
- cfd linktrace
- cfd linktrace auto-detection
- cfd loopback
- cfd mep
- cfd mep enable
- cfd mip-rule
- cfd service-instance
- cfd service-instance maid format
- cfd version
- display cfd ais
- display cfd linktrace-reply
- display cfd linktrace-reply auto-detection
- display cfd ma
- display cfd md
- display cfd mep
- display cfd meplist
- display cfd mp
- display cfd remote-mep
- display cfd service-instance
- display cfd status
- display cfd tst
- display cfd version
- reset cfd tst
- DLDP configuration commands
- display dldp statistics
- dldp authentication-mode
- dldp delaydown-timer
- dldp interval
- dldp reset
- dldp work-mode
- reset dldp statistics
- RPR configuration commands
- description
- display interface { rpr | rpr-bridge }
- display interface { rprpos | rprxge }
- display rpr bind-info
- display rpr defect
- display rpr mac-address
- display rpr protection
- display rpr rs-table
- display rpr timers
- display rpr topology
- flag
- flow-interval
- frame-format
- interface { rpr | rpr-bridge }
- reset counters interface { rpr | rpr-bridge }
- reset rpr protection statistics
- rpr admin-request
- rpr-bridge extend
- rpr default-rs
- rpr mate smart-connect
- rpr port-type
- rpr protect-mode
- rpr reversion-mode
- rpr station-name
- rpr timer
- rpr weight
- shutdown
- RRPP configuration commands
- display rrpp brief
- display rrpp ring-group
- display rrpp statistics
- display rrpp verbose
- domain ring
- fast-detection enable
- protected-vlan
- reset rrpp statistics
- ring enable
- rrpp domain
- rrpp ring-group
- timer
- timer fast-hello-timer
- Smart Link configuration commands
- display smart-link group
- flush enable
- port
- preemption delay
- preemption mode
- reset smart-link statistics
- smart-link group
- Monitor Link configuration commands
- monitor-link group
- port monitor-link group
- VRRP configuration commands
- vrrp version
- IPv4-based VRRP configuration commands
- display vrrp statistics
- reset vrrp statistics
- vrrp method
- vrrp un-check ttl
- vrrp vrid preempt-mode
- vrrp vrid priority
- vrrp vrid timer advertise
- vrrp vrid track
- vrrp vrid track interface
- vrrp vrid virtual-ip
- vrrp vrid weight track
- IPv6-based VRRP configuration commands
- display vrrp ipv6 statistics
- reset vrrp ipv6 statistics
- vrrp ipv6 method
- vrrp ipv6 vrid preempt-mode
- vrrp ipv6 vrid priority
- vrrp ipv6 vrid timer advertise
- vrrp ipv6 vrid track
- vrrp ipv6 vrid track interface
- vrrp ipv6 vrid virtual-ip
- vrrp ipv6 vrid weight track
- BFD configuration commands
- bfd min-echo-receive-interval
- bfd min-transmit-interval
- bfd multi-hop destination-port
- display bfd debugging-switches
- display bfd interface
- display bfd session
- reset bfd session statistics
- Track configuration commands
- track bfd echo
- track nqa
- track interface
- track interface protocol
- Index
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