User Manual
Table Of Contents
- Contents
- Introduction
- How to read the command reference
- How to use the commands
- Configuration
- Maintenance and operation functions
- 4.1 Passwords
- 4.2 User account maintenance
- 4.3 Configuration management
- 4.4 Manage boot information
- 4.5 Show unit information
- 4.6 System self-diagnostics
- 4.7 Cable diagnostics
- 4.8 Time management
- 4.8.1 Set clock manually
- 4.8.2 Set time zone
- 4.8.3 Configuring daylight saving time (recurring)
- 4.8.4 Configuring daylight saving time (by date)
- 4.8.5 Show current time
- 4.8.6 Set NTP server
- 4.8.7 Synchronize time from NTP server (one-shot update)
- 4.8.8 Synchronize time from NTP server (update interval)
- 4.8.9 Show NTP server time synchronization settings
- 4.9 Time synchronization
- 4.10 Terminal settings
- 4.10.1 Move to line mode (console terminal)
- 4.10.2 Set VTY port and move to line mode (VTY port)
- 4.10.3 Set terminal login timeout
- 4.10.4 Change the number of lines displayed per page for the terminal in use
- 4.10.5 Set the number of lines displayed per page on the terminal
- 4.10.6 Changing the serial baud rate
- 4.11 Management
- 4.12 SYSLOG
- 4.12.1 Set log notification destination (SYSLOG server)
- 4.12.2 Setting the notification format of the log
- 4.12.3 Setting the log facility value
- 4.12.4 Set log output level (debug)
- 4.12.5 Set log output level (informational)
- 4.12.6 Set log output level (error)
- 4.12.7 Set log console output
- 4.12.8 Set log output in event units
- 4.12.9 Back up log
- 4.12.10 Set log backup to SD card
- 4.12.11 Clear log
- 4.12.12 Show log
- 4.13 SNMP
- 4.13.1 Set host that receives SNMP notifications
- 4.13.2 Setting the time to wait before sending a notification message at system boot
- 4.13.3 Set notification type to transmit
- 4.13.4 Set system contact
- 4.13.5 Set system location
- 4.13.6 Set SNMP community
- 4.13.7 Set SNMP view
- 4.13.8 Set SNMP group
- 4.13.9 Set SNMP user
- 4.13.10 IP address restrictions for clients that can access the SNMP server
- 4.13.11 Show SNMP community information
- 4.13.12 Show SNMP view settings
- 4.13.13 Show SNMP group settings
- 4.13.14 Show SNMP user settings
- 4.14 RMON
- 4.14.1 Set RMON function
- 4.14.2 Set RMON Ethernet statistical information group
- 4.14.3 Set RMON history group
- 4.14.4 Set RMON event group
- 4.14.5 Set RMON alarm group
- 4.14.6 Show RMON function status
- 4.14.7 Show RMON Ethernet statistical information group status
- 4.14.8 Show RMON history group status
- 4.14.9 Show RMON event group status
- 4.14.10 Show RMON alarm group status
- 4.14.11 Clear counters of the RMON Ethernet statistical information group
- 4.15 Telnet server
- 4.16 Telnet client
- 4.17 TFTP server
- 4.18 HTTP server
- 4.18.1 Start HTTP server and change listening port number
- 4.18.2 Start secure HTTP server and change listening port number
- 4.18.3 Show HTTP server settings
- 4.18.4 Set hosts that can access the HTTP server
- 4.18.5 Restrict access to the HTTP server according to the IP address of the client
- 4.18.6 Web GUI display language
- 4.18.7 Set log-in timeout time for HTTP server
- 4.19 HTTP Proxy
- 4.20 SSH server
- 4.20.1 Start SSH server and change listening port number
- 4.20.2 Show SSH server settings
- 4.20.3 Set host that can access the SSH server
- 4.20.4 Set client that can access the SSH server
- 4.20.5 Generate SSH server host key
- 4.20.6 Clear SSH server host key
- 4.20.7 Show SSH server public key
- 4.20.8 Set SSH client alive checking
- 4.21 SSH client
- 4.22 E-mail notification
- 4.22.1 SMTP e-mail server settings
- 4.22.2 SMTP e-mail server name settings
- 4.22.3 E-mail notification trigger settings
- 4.22.4 E-mail transmission template settings mode
- 4.22.5 E-mail transmission server ID settings
- 4.22.6 E-mail transmission source address setting
- 4.22.7 Destination e-mail address setting for e-mail transmission
- 4.22.8 Setting for subject used when sending e-mails
- 4.22.9 Wait time settings for e-mail transmission
- 4.22.10 E-mail settings when sending certificates
- 4.22.11 E-mail settings for certificate notification
- 4.22.12 Notification timing settings for expired certificates
- 4.22.13 Show e-mail transmission information
- 4.23 LLDP
- 4.23.1 Enable LLDP function
- 4.23.2 Set system description
- 4.23.3 Set system name
- 4.23.4 Create LLDP agent
- 4.23.5 Set automatic setting function by LLDP
- 4.23.6 Set LLDP transmission/reception mode
- 4.23.7 Set type of management address
- 4.23.8 Set basic management TLVs
- 4.23.9 Set IEEE-802.1 TLV
- 4.23.10 Set IEEE-802.3 TLV
- 4.23.11 Set LLDP-MED TLV
- 4.23.12 Set LLDP frame transmission interval
- 4.23.13 Set LLDP frame transmission interval for high speed transmission period
- 4.23.14 Set time from LLDP frame transmission stop until re-initialization
- 4.23.15 Set multiplier for calculating time to live (TTL) of device information
- 4.23.16 Set number of LLDP frames transmitted during the high speed transmission period
- 4.23.17 Set maximum number of connected devices manageable by a port
- 4.23.18 Global interface setting for LLDP function
- 4.23.19 Show interface status
- 4.23.20 Show information for connected devices of all interfaces
- 4.23.21 Clear LLDP frame counters
- 4.24 L2MS (Layer 2 management service) settings
- 4.24.1 Move to L2MS mode
- 4.24.2 Set L2MS function
- 4.24.3 Set role of L2MS function
- 4.24.4 Set L2MS agent watch interval
- 4.24.5 Set number of times that is interpreted as L2MS agent down
- 4.24.6 Set terminal management function
- 4.24.7 Set the device information acquisition time interval
- 4.24.8 Set L2MS control frame transmit/receive
- 4.24.9 Reset agent management
- 4.24.10 Show L2MS information
- 4.24.11 Show L2MS agent config information
- 4.24.12 Set the device information acquisition time interval for downstream of a wireless AP
- 4.24.13 Set event monitoring function
- 4.24.14 Set event information acquisition time interval
- 4.24.15 Set whether to use the L2MS agent's zero config function
- 4.25 Snapshot
- 4.26 Firmware update
- 4.26.1 Set firmware update site
- 4.26.2 Configure the HTTP proxy server used for firmware updates
- 4.26.3 Execute firmware update
- 4.26.4 Set firmware download timeout duration
- 4.26.5 Allow revision-down
- 4.26.6 Show firmware update function settings
- 4.26.7 Update firmware from SD card
- 4.26.8 Set firmware update reload time
- 4.26.9 Set reload method for firmware update of stack configuration
- 4.27 Stack
- 4.28 Schedule
- 4.29 Buzzer
- 4.30 General maintenance and operation functions
- Interface control
- 5.1 Interface basic settings
- 5.1.1 Set description
- 5.1.2 Shutdown
- 5.1.3 Set communication speed and communication mode
- 5.1.4 Auto negotiation type settings
- 5.1.5 Auto negotiation information display
- 5.1.6 Set MRU
- 5.1.7 Set cross/straight automatic detection
- 5.1.8 Set EEE
- 5.1.9 Show EEE capabilities
- 5.1.10 Show EEE status
- 5.1.11 Set port mirroring
- 5.1.12 Show port mirroring status
- 5.1.13 Show interface status
- 5.1.14 Show brief interface status
- 5.1.15 Resetting an interface
- 5.1.16 Show frame counter
- 5.1.17 Clear frame counters
- 5.1.18 Show SFP module status
- 5.1.19 Set SFP module optical reception level monitoring
- 5.1.20 Configuring transmission queue usage rate monitoring (system)
- 5.1.21 Configuring transmission queue usage rate monitoring (interface)
- 5.1.22 Display configuration for transmission queue usage rate monitoring
- 5.2 Link aggregation
- 5.2.1 Set static logical interface
- 5.2.2 Show static logical interface status
- 5.2.3 Set LACP logical interface
- 5.2.4 Show LACP logical interface status
- 5.2.5 Set LACP system priority order
- 5.2.6 Show LACP system priority
- 5.2.7 LACP different-speed link aggregation settings
- 5.2.8 Set LACP timeout
- 5.2.9 Clear LACP frame counters
- 5.2.10 Show LACP frame counter
- 5.2.11 Set load balance function rules
- 5.2.12 Show protocol status of LACP logical interface
- 5.2.13 Set LACP port priority order
- 5.3 Port authentication
- 5.3.1 Configuring the IEEE 802.1X authentication function for the entire system
- 5.3.2 Configuring the MAC authentication function for the entire system
- 5.3.3 Configuring the Web authentication function for the entire system
- 5.3.4 Set operation mode for the IEEE 802.1X authentication function
- 5.3.5 Set for forwarding control on an unauthenticated port for IEEE 802.1X authentication
- 5.3.6 Set the EAPOL packet transmission count
- 5.3.7 Set the MAC authentication function
- 5.3.8 Set MAC address format during MAC authentication
- 5.3.9 Configuring static registration for MAC authentication
- 5.3.10 Set the Web authentication function
- 5.3.11 Set host mode
- 5.3.12 Configuring the authentication order
- 5.3.13 Set re-authentication
- 5.3.14 Set dynamic VLAN
- 5.3.15 Set the guest VLAN
- 5.3.16 Suppression period settings following failed authentication
- 5.3.17 Set reauthentication interval
- 5.3.18 Set the reply wait time for the RADIUS server overall
- 5.3.19 Set supplicant reply wait time
- 5.3.20 Set RADIUS server host
- 5.3.21 Set the reply wait time for each RADIUS server
- 5.3.22 Set number of times to resend requests to RADIUS server
- 5.3.23 Set RADIUS server shared password
- 5.3.24 Set time of RADIUS server usage prevention
- 5.3.25 Set NAS-Identifier attribute sent to RADIUS server
- 5.3.26 Show port authentication information
- 5.3.27 Show supplicant information
- 5.3.28 Show statistical information
- 5.3.29 Clear statistical information
- 5.3.30 Show RADIUS server setting information
- 5.3.31 Settings for redirect destination URL following successful Web authentication
- 5.3.32 Clear the authentication state
- 5.3.33 Setting the time for clearing the authentication state (system)
- 5.3.34 Setting the time for clearing the authentication state (interface)
- 5.3.35 Locate the file for customizing the Web authentication screen
- 5.3.36 Delete the file for customizing the Web authentication screen
- 5.3.37 Set EAP pass through
- 5.4 Port security
- 5.5 Error detection function
- 5.1 Interface basic settings
- Layer 2 functions
- 6.1 FDB (Forwarding Data Base)
- 6.2 VLAN
- 6.2.1 Move to VLAN mode
- 6.2.2 Set VLAN interface
- 6.2.3 Set private VLAN
- 6.2.4 Set secondary VLAN for primary VLAN
- 6.2.5 Set access port (untagged port)
- 6.2.6 Set associated VLAN of an access port (untagged port)
- 6.2.7 Set trunk port (tagged port)
- 6.2.8 Set associated VLAN for trunk port (tagged port)
- 6.2.9 Set native VLAN for trunk port (tagged port)
- 6.2.10 Set private VLAN port type
- 6.2.11 Set private VLAN host port
- 6.2.12 Set promiscuous port for private VLAN
- 6.2.13 Set voice VLAN
- 6.2.14 Set CoS value for voice VLAN
- 6.2.15 Set DSCP value for voice VLAN
- 6.2.16 Set multiple VALN group
- 6.2.17 Set name of multiple VLAN group
- 6.2.18 Configuring the YMPI frame transmission when multiple VLANs are configured
- 6.2.19 Show VLAN information
- 6.2.20 Show private VLAN information
- 6.2.21 Show multiple VLAN group setting information
- 6.3 STP (Spanning Tree Protocol)
- 6.3.1 Set spanning tree for the system
- 6.3.2 Set forward delay time
- 6.3.3 Set maximum aging time
- 6.3.4 Set bridge priority
- 6.3.5 Set spanning tree for an interface
- 6.3.6 Set spanning tree link type
- 6.3.7 Set interface BPDU filtering
- 6.3.8 Set interface BPDU guard
- 6.3.9 Set interface path cost
- 6.3.10 Set interface priority
- 6.3.11 Set edge port for interface
- 6.3.12 Show spanning tree status
- 6.3.13 Show spanning tree BPDU statistics
- 6.3.14 Clear protocol compatibility mode
- 6.3.15 Move to MST mode
- 6.3.16 Generate MST instance
- 6.3.17 Set VLAN for MST instance
- 6.3.18 Set priority of MST instance
- 6.3.19 Set MST region name
- 6.3.20 Set revision number of MST region
- 6.3.21 Set MST instance for interface
- 6.3.22 Set interface priority for MST instance
- 6.3.23 Set interface path cost for MST instance
- 6.3.24 Show MST region information
- 6.3.25 Show MSTP information
- 6.3.26 Show MST instance information
- 6.4 Loop detection
- Layer 3 functions
- 7.1 IPv4 address management
- 7.2 IPv4 route control
- 7.3 ARP
- 7.4 IPv4 forwarding control
- 7.5 IPv4 ping
- 7.6 IPv6 address management
- 7.7 IPv6 route control
- 7.8 Neighbor cache
- 7.9 IPv6 forwarding control
- 7.10 IPv6 ping
- 7.11 DNS client
- 7.12 OSPF
- 7.12.1 Move to OSPFv2 mode (IPv4)
- 7.12.2 Move to OSPFv3 mode (IPv6)
- 7.12.3 Set authentication for an OSPF area
- 7.12.4 Set metric value for default route (OSPFv2)
- 7.12.5 Set filtering for route information advertised between areas
- 7.12.6 Set area as NSSA (OSPFv2)
- 7.12.7 Summarize route information of a specified network address region, and advertise to other areas (OSPFv2)
- 7.12.8 Set area as stub area (OSPFv2)
- 7.12.9 Specify virtual link on area (OSPFv2)
- 7.12.10 Set bandwidth of interface (OSPFv2)
- 7.12.11 Set Opaque-LSA
- 7.12.12 Set method for calculating the summary route metric
- 7.12.13 Set LSDB summary list optimization (OSPFv2)
- 7.12.14 Set default external route (OSPFv2)
- 7.12.15 Set metric value when advertising to OSPF routing domain (OSPFv2)
- 7.12.16 Set priority of route taken from OSPF into FIB (OSPFv2)
- 7.12.17 Set filtering for route information between RIB and OSPF routing table (OSPFv2)
- 7.12.18 Set stub host route (OSPFv2)
- 7.12.19 Set number of concurrent DD exchange processes (OSPFv2)
- 7.12.20 Associate areas with interface running OSPF
- 7.12.21 Set OSPF router ID
- 7.12.22 Set upper limit of link status advertisements handled by OSPF process
- 7.12.23 Set upper limit of receivable AS external LSA
- 7.12.24 Set OSPF passive interface (OSPFv2)
- 7.12.25 Advertise the specified external route information to the OSPF area as an AS external LSA (OSPFv2)
- 7.12.26 Set summary destination network address when advertising to OSPF area (OSPFv2)
- 7.12.27 Set minimum wait time until LSA is received
- 7.12.28 Set delay time for changes related to the shortest path calculation
- 7.12.29 Set transmission wait time for link state advertisements
- 7.12.30 Set metric value for default route (OSPFv3)
- 7.12.31 Set area as NSSA (OSPFv3)
- 7.12.32 Summarize route information of a specified network address region, and advertise to other areas (OSPFv3)
- 7.12.33 Set area as stub area (OSPFv3)
- 7.12.34 Specify virtual link on area (OSPFv3)
- 7.12.35 Set bandwidth of interface (OSPFv3)
- 7.12.36 Set LSDB summary list optimization (OSPFv3)
- 7.12.37 Set default external route (OSPFv3)
- 7.12.38 Set metric value when advertising to OSPF routing domain (OSPFv3)
- 7.12.39 Set priority of route taken from OSPF into FIB (OSPFv3)
- 7.12.40 Set filtering for route information between RIB and OSPF routing table (OSPFv3)
- 7.12.41 Set stub host route (OSPFv3)
- 7.12.42 Set number of concurrent DD exchange processes (OSPFv3)
- 7.12.43 Set OSPF passive interface (OSPFv3)
- 7.12.44 Advertise the specified external route information to the OSPF area as an AS external LSA (OSPFv3)
- 7.12.45 Set OSPF router ID (OSPFv3)
- 7.12.46 Set summary destination network address when advertising to OSPF area (OSPFv3)
- 7.12.47 Set area authentication for each interface
- 7.12.48 Set authentication key used for area authentication
- 7.12.49 Set fixed cost for an interface
- 7.12.50 Reduce LSA flooding for an interface
- 7.12.51 Set time until neighboring router is considered down
- 7.12.52 Disable OSPF
- 7.12.53 Set transmission interval of Hello packets
- 7.12.54 Set MD5 digest authentication key used for OSPF authentication
- 7.12.55 Set priority for selecting designated router (DR)
- 7.12.56 Set packet retransmission interval
- 7.12.57 Set increment value when transmitting age field of Link State Update packets
- 7.12.58 Set fixed cost for an interface (IPv6)
- 7.12.59 Set time until neighboring router is considered down (IPv6)
- 7.12.60 Set transmission interval of Hello packets (IPv6)
- 7.12.61 Set priority for selecting designated router (DR) (IPv6)
- 7.12.62 Set packet retransmission interval (IPv6)
- 7.12.63 Specify area in the interface (IPv6)
- 7.12.64 Set increment value when transmitting age field of Link State Update packets (IPv6)
- 7.12.65 Restart OSPF process (IPv4)
- 7.12.66 Show OSPF process information (IPv4)
- 7.12.67 Show ABR and ASBR route information (IPv4)
- 7.12.68 Show LSA information in the link state database matching the specified conditions (IPv4)
- 7.12.69 Show ASBR summary LSA information in the link state database
- 7.12.70 Show AS external LSA information in the link state database (IPv4)
- 7.12.71 Show network LSA information in the link state database (IPv4)
- 7.12.72 Show NSSA AS external LSA information in the link state database
- 7.12.73 Show router LSA information in the link state database (IPv4)
- 7.12.74 Show network summary LSA information in the link state database
- 7.12.75 Show OSPF interface information (IPv4)
- 7.12.76 Show OSPF neighbor information for the specified neighbor (IPv4)
- 7.12.77 Show OSPF routing table (IPv4)
- 7.12.78 Show OSPF virtual link information (IPv4)
- 7.12.79 Show OSPF settings and status (IPv4)
- 7.12.80 Restart OSPF process (IPv6)
- 7.12.81 Show OSPF process information (IPv6)
- 7.12.82 Show ABR and ASBR route information (IPv6)
- 7.12.83 Show LSA information in the link state database matching the specified conditions (IPv6)
- 7.12.84 Show AS external LSA information in the link state database matching the specified conditions (IPv6)
- 7.12.85 Show Inter-Area-Prefix LSA information in the link state database (IPv6)
- 7.12.86 Show Inter-Area-Router LSA information in the link state database (IPv6)
- 7.12.87 Show Intra-Area-Prefix LSA information in the link state database (IPv6)
- 7.12.88 Show Link LSA information in the link state database (IPv6)
- 7.12.89 Show network LSA information in the link state database (IPv6)
- 7.12.90 Show router LSA information in the link state database (IPv6)
- 7.12.91 Show OSPF interface information (IPv6)
- 7.12.92 Show OSPF neighbor information (IPv6)
- 7.12.93 Show OSPF routing table (IPv6)
- 7.12.94 Show OSPF virtual link information (IPv6)
- 7.12.95 Show OSPF settings and status (IPv6)
- 7.13 RIP
- 7.13.1 Move to RIP mode
- 7.13.2 Move to RIPng mode
- 7.13.3 Set default external route
- 7.13.4 Set default metric value when redistributing external route in RIP
- 7.13.5 Set priority of route taken from RIP into RIB
- 7.13.6 Set filtering for RIB and RIP routing table
- 7.13.7 Set neighbor RIP router
- 7.13.8 Set network advertised by RIP
- 7.13.9 Offset metric value for route information matching the access list
- 7.13.10 Set VLAN interface for RIP packet reception only
- 7.13.11 Redistribute external route information to RIP network
- 7.13.12 Set RIP-related timers
- 7.13.13 Set RIP version
- 7.13.14 Set key chain used for RIPv2 authentication
- 7.13.15 Set authentication method used for RIPv2
- 7.13.16 Set password used for RIPv2 authentication
- 7.13.17 Set operation when a route whose metric is 0 is received
- 7.13.18 Set RIP packet reception
- 7.13.19 Set RIP version that can be received
- 7.13.20 Set RIP packet transmission
- 7.13.21 Set RIP version that can be transmitted
- 7.13.22 Set split horizon (IPv4)
- 7.13.23 Set poison reverse (IPv4)
- 7.13.24 Set metric for offsetting route information of the transmitted and received RIPng packets
- 7.13.25 Set split horizon (IPv6)
- 7.13.26 Set poison reveerse (IPv6)
- 7.13.27 Set RIPng
- 7.13.28 Generate key chain used for RIPv2 authentication
- 7.13.29 Generate key for registration in key chain
- 7.13.30 Set password used for RIPv2 authentication
- 7.13.31 Set the term in which key received for use in RIPv2 authentication is accepted as valid
- 7.13.32 Set the term in which key for use in RIPv2 authentication is valid for transmission
- 7.13.33 Delete route information from the RIP routing table (IPv4)
- 7.13.34 Clear RIP statistical information
- 7.13.35 Delete route information from the RIPng routing table (IPv6)
- 7.13.36 Show RIP settings and status (IPv4)
- 7.13.37 Show RIPng settings and status (IPv6)
- 7.13.38 Show RIP routing table (IPv4)
- 7.13.39 Show RIPng routing table (IPv6)
- 7.13.40 Show RIP status for each interface (IPv4)
- 7.13.41 Show RIPng status for each interface (IPv6)
- 7.13.42 Show RIP statistical information
- 7.14 VRRP
- 7.14.1 Move to VRRP mode
- 7.14.2 Move to VRRP mode(IPv6)
- 7.14.3 Set advertisement packet transmission interval
- 7.14.4 Set circuit failover
- 7.14.5 Enable/disable virtual router
- 7.14.6 Set preempt mode
- 7.14.7 Set virtual router's priority
- 7.14.8 Set virtual IP address
- 7.14.9 Set virtual IP address(IPv6)
- 7.14.10 Show VRRP information
- 7.14.11 Show VRRP information(IPv6)
- 7.14.12 Show VRRP statistical information
- 7.14.13 Show VRRP statistical information(IPv6)
- 7.15 PBR
- 7.15.1 Generating a route map
- 7.15.2 Set description to the route map
- 7.15.3 Parameter settings for application to route map entries
- 7.15.4 Processing content (IPv4 forwarding destination) settings for route map entries
- 7.15.5 Processing content (IPv6 forwarding destination) settings for route map entries
- 7.15.6 Processing content (packet discard) settings for route map entries
- 7.15.7 Applying a route map to the interface (for IPv4)
- 7.15.8 Applying a route map to the interface (for IPv6)
- 7.15.9 Enable/disable PBR function
- 7.15.10 Show route map information
- 7.15.11 Show IPv4 PBR information
- 7.15.12 Show IPv6 PBR information
- IP multicast control
- 8.1 IP multicast basic settings
- 8.1.1 Set IP multicast routing
- 8.1.2 Set IP multicast routing (physical port)
- 8.1.3 Set RFP check unicast routing information
- 8.1.4 Set maximum number of entries for IP multicast routing
- 8.1.5 Show IP multicast routing information base
- 8.1.6 Show information for virtual interfaces used for IP multicasts
- 8.1.7 Show RPF information
- 8.1.8 Delete entries from the IP multicast routing information base
- 8.1.9 Set processing method for unknown multicast frames
- 8.1.10 Forwarding settings for unknown multicast frames
- 8.1.11 Enable/disable function to transmit IGMP/MLD query when topology changes
- 8.2 IGMP snooping
- 8.2.1 Set enable/disable IGMP snooping
- 8.2.2 Set IGMP snooping fast-leave
- 8.2.3 Set multicast router connection destination
- 8.2.4 Set query transmission function
- 8.2.5 Set IGMP query transmission interval
- 8.2.6 Set TTL value verification function for IGMP packets
- 8.2.7 Set IGMP version
- 8.2.8 Settings for IGMP Report Suppression
- 8.2.9 Settings for Suppression of Data Transmission to Multicast Router Ports
- 8.2.10 Show multicast router connection port information
- 8.2.11 Show IGMP group membership information
- 8.2.12 Show an interface's IGMP-related information
- 8.2.13 Clear IGMP group membership entries
- 8.3 MLD snooping
- 8.3.1 Enable/disable MLD snooping
- 8.3.2 Set MLD snooping fast-leave
- 8.3.3 Set multicast router connection destination
- 8.3.4 Set query transmission function
- 8.3.5 Set MLD query transmission interval
- 8.3.6 Set MLD version
- 8.3.7 Show multicast router connection port information
- 8.3.8 Show MLD group membership information
- 8.3.9 Show an interface's MLD-related information
- 8.3.10 Clear MLD group membership entries
- 8.4 PIM
- 8.4.1 Set PIM operation mode
- 8.4.2 Set Hello message interval
- 8.4.3 Set Hello message timeout
- 8.4.4 Set PIM neighbor filter
- 8.4.5 Set Generation ID
- 8.4.6 Set DR priority order
- 8.4.7 Set static RP
- 8.4.8 Set RP candidate
- 8.4.9 Set Candidate-RP-Advertisement message
- 8.4.10 Set BSR candidate
- 8.4.11 Set BSR message transmit/receive
- 8.4.12 Set RP priority usage
- 8.4.13 Set source IP address for Register messages
- 8.4.14 Set register message filtering
- 8.4.15 Set upper limit value of the Register message transmission rate
- 8.4.16 Set calculation method for Register message checksums
- 8.4.17 Set Register message transmission standby time
- 8.4.18 Set Join/Prune message transmission interval
- 8.4.19 Set RP Keepalive Timer
- 8.4.20 Set SPT move operation
- 8.4.21 Set PIM-SSM
- 8.4.22 Set State Refresh message transmission interval
- 8.4.23 Set Graft message maximum resend count
- 8.4.24 Set forward delay time for PIM messages
- 8.4.25 Set unicast BSM send/receive
- 8.4.26 Set confirmation for RP-reachability messages
- 8.4.27 Show PIM interface information
- 8.4.28 Show IP multicast routing information base
- 8.4.29 Show PIM neighbor information
- 8.4.30 Show necthop information
- 8.4.31 Show RP information
- 8.4.32 Show RP selection candidate
- 8.4.33 Show BSR information
- 8.4.34 Clear RP information
- 8.5 IGMP
- 8.5.1 Set IGMP
- 8.5.2 Set IGMP version
- 8.5.3 Set Query Interval
- 8.5.4 Set General Membership Query maximum reply time
- 8.5.5 Set Last Member Query Interval
- 8.5.6 Set Last Member Query Count
- 8.5.7 Set Other Querier Present Interval
- 8.5.8 Set Robustness Variable
- 8.5.9 Set IGMP immediate-leave
- 8.5.10 Set source address check for IGMP packets
- 8.5.11 Set limit multicast group membership
- 8.5.12 Set maximum number of registerable groups for IGMP group membership
- 8.5.13 Set IGMP group membership static entry
- 8.5.14 Set SSM mapping function
- 8.5.15 Set SSM mapping static entry
- 8.5.16 Set downstream interface for the IGMP proxy
- 8.5.17 Set IGMP proxy upstream interface
- 8.5.18 Show multicast group information
- 8.5.19 Show IGMP interface information
- 8.5.20 Show IGMP SSM map information
- 8.5.21 Show IGMP proxy interface information
- 8.5.22 Clear IGMP group membership
- 8.1 IP multicast basic settings
- Traffic control
- 9.1 ACL
- 9.1.1 Generate IPv4 access list
- 9.1.2 Adding a description for IPv4 access list
- 9.1.3 Apply IPv4 access list
- 9.1.4 Generate IPv6 access list
- 9.1.5 Adding a description for IPv6 access list
- 9.1.6 Apply IPv6 access list
- 9.1.7 Generate MAC access list
- 9.1.8 Adding a description for MAC access lists
- 9.1.9 Apply MAC access list
- 9.1.10 Show generated access list
- 9.1.11 Clear counters
- 9.1.12 Show access list applied to interface
- 9.1.13 Set VLAN access map and move to VLAN access map mode
- 9.1.14 Set access list for VLAN access map
- 9.1.15 Set VLAN access map filter
- 9.1.16 Show VLAN access map
- 9.1.17 Show VLAN access map filter
- 9.2 QoS (Quality of Service)
- 9.2.1 Enable/disable QoS
- 9.2.2 Set default CoS
- 9.2.3 Set trust mode
- 9.2.4 Show status of QoS function setting
- 9.2.5 Show QoS information for interface
- 9.2.6 Show egress queue usage ratio
- 9.2.7 Set CoS - egress queue ID conversion table
- 9.2.8 Set DSCP - egress queue ID conversion tabl
- 9.2.9 Set port priority order
- 9.2.10 Specify egress queue of frames transmitted from the switch itself
- 9.2.11 Generate class map (traffic category conditions)
- 9.2.12 Associate class map
- 9.2.13 Set traffic classification conditions (access-list)
- 9.2.14 Set traffic classification conditions (CoS)
- 9.2.15 Set traffic classification conditions (TOS precedence)
- 9.2.16 Set traffic classification conditions (DSCP)
- 9.2.17 Set traffic classification conditions (Ethernet Type)
- 9.2.18 13.2.22 Set traffic classification conditions (VLAN ID)
- 9.2.19 Set traffic classification conditions (VLAN ID range)
- 9.2.20 Show class map information
- 9.2.21 Generate policy map for received frames
- 9.2.22 Apply policy map for received frames
- 9.2.23 Set pre-marking (CoS)
- 9.2.24 Set pre-marking (TOS precedence)
- 9.2.25 Set pre-marking (DSCP)
- 9.2.26 Set individual policers (single rate)
- 9.2.27 Set individual policers (twin rate)
- 9.2.28 Set remarking of individual policers
- 9.2.29 Generate aggregate policer
- 9.2.30 Set aggregate policer (single rate)
- 9.2.31 Set aggregate policer (twin rate)
- 9.2.32 Set remarking of aggregate policers
- 9.2.33 Show aggregate policers
- 9.2.34 Apply aggregate policer
- 9.2.35 Show metering counters
- 9.2.36 Clear metering counters
- 9.2.37 Set egress queue (CoS-Queue)
- 9.2.38 Set egress queue (DSCP-Queue)
- 9.2.39 Show policy map information
- 9.2.40 Show map status
- 9.2.41 Set egress queue scheduling
- 9.2.42 Set traffic shaping (individual port)
- 9.2.43 Sets traffic shaping (per queue)
- 9.3 Flow control
- 9.4 Storm control
- 9.1 ACL
- Application
- 10.1 DHCP server
- 10.1.1 Set the DHCP server function (system)
- 10.1.2 Set the DHCP server function (interface)
- 10.1.3 DHCP server operation type settings
- 10.1.4 Set DHCP pool
- 10.1.5 Set network interface
- 10.1.6 Set range of IP addresses to be assigned
- 10.1.7 Setting the IP address to assign to a specific client
- 10.1.8 Set lease time
- 10.1.9 Settings for duplication checks of leased IP addresses
- 10.1.10 Timeout duration settings for duplication checks of leased IP addresses
- 10.1.11 Default gateway address notification setting
- 10.1.12 DNS server settings for notification
- 10.1.13 Domain name settings for notification
- 10.1.14 Set boot file name
- 10.1.15 Settings for the server on which the boot file is located
- 10.1.16 Set user-defined DHCP pptions
- 10.1.17 Show information of DHCP pool
- 10.1.18 Show IP address assignment information for DHCP clientsDHCP
- 10.1.19 Show DHCP server status
- 10.1.20 Delete lease information on DHCP server
- 10.2 DHCP relay
- 10.3 DNS Relay
- 10.3.1 Set DNS relay function (system)
- 10.3.2 Set DNS relay function (interface)
- 10.3.3 Set DNS relay function forwarding address
- 10.3.4 Set maximum TTL for DNS relay function cache entries
- 10.3.5 Clear DNS relay function cache entries
- 10.3.6 Set DNS relay function static record
- 10.3.7 Show status of DNS relay
- 10.3.8 Show cache of DNS relay
- 10.4 Local RADIUS server
- 10.4.1 Local RADIUS server function settings
- 10.4.2 Set access interface
- 10.4.3 Generate a route certificate authority
- 10.4.4 RADIUS configuration mode
- 10.4.5 Authentication method settings
- 10.4.6 RADIUS client (NAS) settings
- 10.4.7 Authenticated user settings
- 10.4.8 Reauthentication interval setting
- 10.4.9 Apply setting data to local RADIUS server
- 10.4.10 Issuing a client certificate
- 10.4.11 Aborting the issue of a client certificate
- 10.4.12 Revoking client certificates
- 10.4.13 Exporting client certificates (copying to SD card)
- 10.4.14 Exporting of client certificates (sending via e-mail)
- 10.4.15 Copying RADIUS data
- 10.4.16 Show RADIUS client (NAS) status
- 10.4.17 Show authenticated user information
- 10.4.18 Client certificate issuance status display
- 10.4.19 Client certificate list display
- 10.4.20 Revoked client certificate list display
- 10.1 DHCP server
- Index
[Note]
If both the RP that was learned by the BSR and the static RP exist simultaneously, the RP that was learned by the BSR is given
priority for use. If there are multiple RPs that were learned by the BSR, the RP is selected using the RP priority and hash
function.
If multiple static RPs exist, the RP with the largest IP address is selected as the RP.
If the group range specified by the IPv4 access list does not exist, or if "any" is specified, the group range will be 224.0.0.0/4
(all multicast group addresses).
When a group range is specified in the IPv4 access list, this should be set to "permit" for the multicast group that is managed by
the RP.
[Example]
Specify VLAN #2 as a candidate RP for all multicast group addresses 224.0.0.0/4.
SWX3220(config)#ip pim rp-candidate vlan2
8.4.9 Set Candidate-RP-Advertisement message
[Syntax]
ip pim crp-fixed-prefix
no ip pim crp-fixed-prefix
[Initial value]
none
[Input mode]
global configuration mode
[Description]
If nothing is specified for the multicast group range on the rendezvous point (C-RP), this sets Prefix Count = 1, and configures
the Candidate-RP-Advertisement to be transmitted for Group = 224.0.0.0/4 (all multicast groups).
If this command is executed with the "no" syntax, returns to the operations set by default.
If nothing is specified for the multicast group range using the ip pim rp-candidate command by default, this sets Prefix Count
= 0, and transmits the Candidate-RP-Advertisement message without Group information.
[Example]
If nothing is specified for the multicast group range in the C-RP settings, this sets Prefix Count = 1, and transmits the
Candidate-RP-Advertisement message for Group = 224.0.0.0/4.
SWX3220(config)#ip pim crp-fixed-prefix
8.4.10 Set BSR candidate
[Syntax]
ip pim bsr candidate ifname [mask [priority]]
no ip pim bsr-candidate [ifname]
[Parameter]
ifname : Interface name
Specified interface
mask : <0-32>
Hash mask length when RP is selected
priority : <0-255>
BSR priority order
[Initial value]
none
[Input mode]
global configuration mode
Command Reference | IP multicast control | 369