Yamaha L2 Switch SWP1 Series(SWP1-8, SWP1-8MMF, SWP1-16MMF) Command Reference Rev.2.01.
| Command Reference | TOC Contents Preface: Introduction ............................................................................................10 Chapter 1: How to read the command reference ...............................................11 1.1 Applicable products ....................................................................................................................................11 1.2 How to read the command reference ...............................................................
Command Reference | TOC | 3 4.4 Show unit information ................................................................................................................................34 4.4.1 Show version information ...........................................................................................................34 4.4.2 Show inventory information ........................................................................................................35 4.4.3 Show operating information .............
| Command Reference | TOC Chapter 5: IPv4/IPv6 common setting ................................................................55 5.1 DNS client ..................................................................................................................................................55 5.1.1 Set DNS lookup function .............................................................................................................55 5.1.2 Set default domain name ..........................................
Command Reference | TOC | 5 8.2.1 Start Telnet client ........................................................................................................................74 8.2.2 Enable Telnet client .....................................................................................................................74 8.3 TFTP server ................................................................................................................................................75 8.3.
| Command Reference | TOC 10.2.11 Show protocol status of LACP logical interface ...................................................................103 10.2.12 Set LACP port priority order .................................................................................................105 10.3 Port authentication ..................................................................................................................................106 10.3.1 Configuring the IEEE 802.
Command Reference | TOC | 7 11.2.3 Set maximum aging time .........................................................................................................133 11.2.4 Set bridge priority ....................................................................................................................133 11.2.5 Set spanning tree for an interface ............................................................................................134 11.2.6 Set spanning tree link type .........................
| Command Reference | TOC 12.3 MLD snooping ........................................................................................................................................161 12.3.1 Enable/disable MLD snooping ................................................................................................161 12.3.2 Set MLD snooping fast-leave ..................................................................................................161 12.3.3 Set multicast router connection destination ...
Command Reference | TOC | 9 13.2.21 Set traffic classification conditions (Ethernet Type) .............................................................192 13.2.22 Set traffic classification conditions (VLAN ID) ...................................................................192 13.2.23 Set traffic classification conditions (VLAN ID range) ..........................................................193 13.2.24 Show class map information .......................................................................
| Command Reference | Introduction Preface Introduction • • • • • • • • All copyrights to the software and this command reference are the property of Yamaha Corporation. Unauthorized reproduction of this document in part or in whole is prohibited. The contents of this document are subject to change without notice. Yamaha disclaims all responsibility for any damages caused by loss of data or other problems resulting from the use of this product. The warranty is limited to this physical product itself.
Command Reference | How to read the command reference | 11 Chapter 1 How to read the command reference 1.1 Applicable products This command reference applies to the Yamaha SWP1 series of L2 switches (SWP1-8, SWP1-8MMF, SWP1-16MMF). Refer to the following website for the latest information on firmware. https://www.yamaha.com/proaudio/ 1.2 How to read the command reference This command reference describes the commands that you enter from the console of the Yamaha L2 switch SWP1.
| Command Reference | How to read the command reference Many commands also have a form in which the command input syntax starts with the word no. If you use a syntax that with begins with the word no, the settings of that command are deleted and returned to the default value, unless explained otherwise.
Command Reference | How to use the commands | 13 Chapter 2 How to use the commands The SWP1 lets you perform command operations in the following two ways. Type of operation Method of operation Description Operation via console • • Access from a console terminal Access from a TELNET client Issue commands one by one to interactively make settings or perform operations.
| Command Reference | How to use the commands 2.1.3 Console terminal/VTY settings The SWP1 lets you make the following settings for console terminals and VTY. 1. Timeout duration interpreted as no operation 2.
Command Reference | How to use the commands | 15 Applicable config file Description Remarks running-config Setting values for current operation startup-config for USER mode Saved setting values Setting values when starting up with DIP switch #1 ON The command syntax used depends on the OS of that host (TFTP client). Keep the following points in mind when executing commands. • IP address of the SWP1 • Use "binary mode" as the transmission mode.
| Command Reference | How to use the commands The basic commands related to moving between command input modes are described below. For commands that move from global configuration mode to individual configuration mode, refer to "individual configuration mode." • exit command • logout command • enable command • disable command • configure terminal command • end command 2.4.
Command Reference | How to use the commands | 17 individual configuration mode Transition command Prompt L2MS mode l2ms configuration command SWP1(config-l2ms)# 2.4.3 Command prompt prefix The command prompt prefix indicates the host name. In the default state, the host name is the model name "SWP1". This indication can be changed by using the hostname command to specify the host name. In cases where multiple SWP1 units are used, management will be easier if separate names are assigned to each switch.
| Command Reference | How to use the commands • Other Keyboard operation Description and notes Ctrl + T Exchange the character at the cursor position with the preceding character. If the cursor is at the end of the line, exchange the preceding character with the character that precedes it. Ctrl + C In unprivileged EXEC mode and priviledged EXEC mode, discard the command being entered and move to the next line.
Command Reference | How to use the commands | 19 Keyboard operation ↓ Description and notes Move forward through command history Ctrl + N 2.6 Commands that start with the word "show" 2.6.1 Modifiers Modifiers send the information produced by the show command through a filter, restricting the content that is shown in the screen and making it easier for you to see the desired information. The SWP1 provides the following three modifiers for the show command.
| Command Reference | Configuration Chapter 3 Configuration 3.1 Managing settings The SWP1 uses the following configurations to manage its settings. Description User operations that can be performed Running configuration (running-config) Setting values currently used for operation. Managed in RAM. Note Save to startup configuration (in USER mode) Save some functions to backup configuration (in DANTE mode) Startup configuration (startup-config) In USER mode, setting values saved in ROM.
Command Reference | Configuration | 21 Setting position #2 #3 VLAN preset type Down (ON) Up (OFF) A Up (OFF) Down (ON) B Down (ON) Down (ON) C The setting values that are common between models and presets are shown first, and then the setting values that are specific to the presets of each model are shown.
| Command Reference | Configuration Category Setting item Setting value Flow control (IEEE 802.
Command Reference | Configuration | 23 • • • • Interface L2MS Filter LAG(Static) Port Mode VLAN STP Loop Detection etherCON5 Disable - Access 1(default) - ✓ etherCON6 Disable - Access 1(default) - ✓ etherCON7 Disable - Access 2 - ✓ etherCON8 Disable - Access 2 - ✓ opticalCON9 Disable opticalCON10 Disable sa1 Trunk 1(native), 2 ✓ - SWP1-8/8MMF's VLAN preset A settings (VLAN interface) • VLAN #1(for Dante) • IPv4 Address : DHCP • IGMP Snooping : Enable • Querie
| Command Reference | Configuration • • • Interface L2MS Filter LAG(Static) Port Mode VLAN STP Loop Detection etherCON4 Enable - Access 2 - ✓ etherCON5 Disable - Access 1(default) - ✓ etherCON6 Disable - Access 1(default) - ✓ etherCON7 Enable - Access 2 - ✓ etherCON8 Enable - Access 2 - ✓ opticalCON9 Disable - Access 1(default) - ✓ opticalCON10 Enable - Access 2 - ✓ SWP1-8/8MMF's VLAN preset C settings (VLAN interface) • VLAN #1(for Primary Dant
Command Reference | Configuration | 25 • • • • IGMP Snooping : Enable • Querier : Enable • Query Interval : 30sec • Fast-Leave : Disable • Check TTL : Disable SWP1-16MMF's VLAN preset A settings (LAN/SFP port) Interface L2MS Filter LAG(Static) Port Mode VLAN STP Loop Detection etherCON1 Disable - Access 1(default) - ✓ etherCON2 Disable - Access 1(default) - ✓ etherCON3 Disable - Access 1(default) - ✓ etherCON4 Disable - Access 1(default) - ✓ etherCON5 Disable - Acce
| Command Reference | Configuration • • • Interface L2MS Filter LAG(Static) Port Mode VLAN STP Loop Detection etherCON8 Disable - Access 2 - ✓ RJ45 9 Disable - Access 1(default) - ✓ RJ45 10 Disable - Access 1(default) - ✓ RJ45 11 Disable - Access 2 - ✓ RJ45 12 Disable - Access 2 - ✓ etherCON13 Disable - Access 1(default) - ✓ etherCON14 Disable - Access 2 - ✓ etherCON15 Disable etherCON16 Disable sa1 Trunk 1(native), 2 ✓ - opticalCON17
Command Reference | Configuration | 27 • • VLAN #1(for Primary Dante and Control) • IPv4 Address : DHCP • IGMP Snooping : Enable • Querier : Enable • Query Interval : 30sec • Fast-Leave : Disable • Check TTL : Disable VLAN #2(for Secondary Dante and Control) • IGMP Snooping : Enable • Querier : Enable • Query Interval : 30sec • Fast-Leave : Disable • Check TTL : Disable
| Command Reference | Maintenance and operation functions Chapter 4 Maintenance and operation functions 4.1 Passwords 4.1.
Command Reference | Maintenance and operation functions | 29 [Description] Specifies the administrator password needed to enter privileged EXEC mode. If this command is executed with the "no" syntax, the administrator password is deleted. [Note] If the password was encrypted by the service password-encryption command, it is shown in the configuration in the form "enable password 8 password." The user cannot enter the password in this form when making configuration settings from the command line.
| Command Reference | Maintenance and operation functions [Description] Enable login with special password. If this is enabled, only when logging in from a serial console, it is possible to log in using "w,lXlma" (lowercase W, comma, lowercase L, uppercase X, and lowercase L, M, and A) instead of the specified user password. If you login with the special password, you will be in privileged EXEC mode. If this is executed with the "no" syntax, login with the special password is disabled.
Command Reference | Maintenance and operation functions | 31 SWP1#write Building configuration... [OK] SWP1# 4.2.3 Save certain functions to the backup configuration [Syntax] backup-config [Input mode] priviledged EXEC mode [Description] Saves the settings of certain functions to the backup configuration. This applies to the following functions.
| Command Reference | Maintenance and operation functions [Input mode] priviledged EXEC mode、individual configuration mode [Description] Shows the currently-operating settings (running configuration). If section is not specified, all settings are shown. [Example] Show the running configuration.
Command Reference | Maintenance and operation functions | 33 mls mls mls mls mls mls mls mls mls mls qos qos qos qos qos qos qos qos qos qos enable dscp-queue dscp-queue dscp-queue dscp-queue dscp-queue dscp-queue dscp-queue dscp-queue dscp-queue 0 1 2 3 4 5 6 7 8 0 0 0 0 0 0 0 0 2 ... ! snmp-server community public ro interface vlan0.1 ! service http-server http-server interface vlan0.1 ! service telnet-server telnet-server interface vlan0.1 ! line con 0 line vty 0 7 ! end SWP1# 4.2.
| Command Reference | Maintenance and operation functions [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Show the boot information. [Note] This history is cleared when you execute the cold start command or the clear boot list command. [Example] Show the current boot information. SWP1>show boot Running EXEC: SWP1-16 Rev.2.01.01 (Mon Sep 14 11:28:38 2015) Previous EXEC: SWP1-16 Rev.2.01.01 (Mon Sep 14 11:28:38 2015) Restart by reload command Shows a list of the boot history.
Command Reference | Maintenance and operation functions | 35 4.4.2 Show inventory information [Syntax] show inventory [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows inventory information for this unit and the SFP modules. The following items are shown. Item Description NAME Name DESCR Description Vendor Vendor name PID Product ID VID Version ID, 0 if invalid SN Serial number (only for SFP modules) [Example] Show inventory information.
| Command Reference | Maintenance and operation functions • • • • • VLAN preset (only in DANTE mode) Serial baud rate Boot time Current time Elapsed time from boot [Example] Show operating information. SWP1>show environment SWP1-16 BootROM Ver.1.00 SWP1-16 Rev.2.01.01 (Mon Sep 14 11:28:38 2015) main=SWP1-16 ver=00 MAC-Address=00a0.de00.
Command Reference | Maintenance and operation functions | 37 • show errdisable [Example] Show technical support information. SWP1#show tech-support # # Information for Yamaha Technical Support # *** show running-config *** ! ip domain-lookup ! spanning-tree mode mstp ! ... # # End of Information for Yamaha Technical Support # SWP1# 4.5 Time management 4.5.1 Set clock manually [Syntax] clock set time month day year [Parameter] time : hh:mm:ss Time month : <1-12> or Jan, Feb, Mar, ...
| Command Reference | Maintenance and operation functions offset : -12:00, -11:00, ... , -1:00, +1:00, ... , +13:00 Enter the difference from UTC [Initial value] clock timezone UTC [Input mode] global configuration mode [Description] Sets the time zone. If this command is executed with the "no" syntax, UTC is specified. [Example] Set the time zone to JST. SWP1(config)#clock timezone JST Set the time zone to UTC+9 hours. SWP1(config)#clock timezone +9:00 4.5.
Command Reference | Maintenance and operation functions | 39 [Input mode] global configuration mode [Description] Registers the address or host name of the NTP server. If this command is executed when the NTP server is already registered, the information is overwritten. If this command is executed with the "no" syntax, the setting returns to the default. [Example] Specify 192.168.1.1 as the NTP server. SWP1(config)#ntpdate server ipv4 192.168.1.1 Specify ntp.example.com as the NTP server.
| Command Reference | Maintenance and operation functions 4.5.7 Show NTP server time synchronization settings [Syntax] show ntpdate [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the settings that are related to time synchronization from an NTP server. [Example] Show time synchronization settings. *If the synchronization update interval is one hour SWP1(config)#show ntpdate NTP Server : ntp.nict.
Command Reference | Maintenance and operation functions | 41 port2 : <0-7> Last VTY port number when specifying a range [Initial value] line vty 0 7 [Input mode] global configuration mode [Description] After enabling the specified VTY ports, moves to line mode for making VTY port settings. If this command is executed with the "no" syntax, the specified VTY ports are disabled. If you specify port2, a range of ports is specified; all VTY ports from port1 through port2 are specified.
| Command Reference | Maintenance and operation functions [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows terminal login information. The following items are shown. Item Description Line Console and VTY ports that are enabled. "con 0" is the serial console port. "vty N" is a VTY port. Own The user's own connection port. The user's own connection port is indicated by an "*" symbol. Status Login status. If a user is using a terminal, this indicates "Login".
Command Reference | Maintenance and operation functions | 43 4.6.6 Set the number of lines displayed per page on the terminal [Syntax] service terminal-length line no service terminal-length [Parameter] line : <0-512> Number of lines displayed per page on the terminal [Initial value] no service terminal-length [Input mode] global configuration mode [Description] Sets the number of lines displayed per page on the terminal. If line is set to 0, the display is not paused per page.
| Command Reference | Maintenance and operation functions SWP1(config)#logging host 192.168.100.1 Set the SYSLOG server IPv6 address to fe80::2a0:deff:fe11:2233. SWP1(config)#logging host fe80::2a0:deff:fe11:2233%vlan0.1 4.7.2 Set log output level (debug) [Syntax] logging trap debug no logging trap debug [Initial value] no logging trap debug [Input mode] global configuration mode [Description] Output the debug level log to SYSLOG. If this command is executed with the "no" syntax, the log is not output.
Command Reference | Maintenance and operation functions | 45 If this command is executed with the "no" syntax, the log is not output. [Example] Output the error level log to SYSLOG. SWP1(config)#logging trap error 4.7.5 Set log console output [Syntax] logging stdout info no logging stdout info [Initial value] no logging stdout info [Input mode] global configuration mode [Description] Outputs the informational level SYSLOG to the console.
| Command Reference | Maintenance and operation functions 4.8 L2MS (Layer 2 management service) settings 4.8.1 Move to L2MS mode [Syntax] l2ms configuration [Input mode] global configuration mode [Description] Moves to L2MS mode in order to make L2MS settings. [Note] To return from L2MS mode to global configuration mode, use the exit command. To return to priviledged EXEC mode, use the end command. [Example] Move to L2MS mode. SWP1(config)#l2ms configuration SWP1(config-l2ms)# 4.8.
Command Reference | Maintenance and operation functions | 47 [Initial value] slave-watch down-count 3 [Input mode] L2MS mode [Description] Sets the number of query frames that are transmitted without receiving a response frame from the slave until it is determined that the slave is down. If this command is executed with the "no" syntax, the setting returns to the default.
| Command Reference | Maintenance and operation functions [Description] Specifies the time interval at which network device information is acquired. Information for the devices existing on the network is acquired when the time specified by time has elapsed. [Note] If the device watch function is not enabled, device information is not acquired, regardless of the setting of this function. If this command is executed with the "no" syntax, the setting returns to the default.
Command Reference | Maintenance and operation functions | 49 [Example] Reset slave management. SWP1#l2ms reset 4.8.8 Show L2MS information [Syntax] show l2ms [detail] [Keyword] detail : Also show detailed information [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the following information according to the L2MS operating state.
| Command Reference | Maintenance and operation functions no wireless-device-watch interval [Parameter] time : <10-86400> Acquisition interval (seconds) [Initial value] wireless-device-watch interval 60 [Input mode] L2MS mode [Description] Specifies the time interval at which device information for a device downstream of a wireless AP is acquired. Information for the devices existing downstream the wireless AP is acquired when the time specified by time has elapsed.
Command Reference | Maintenance and operation functions | 51 [Input mode] priviledged EXEC mode [Description] Compares the firmware file located on the web server with the revision of the currently-running firmware, and executes the update if rewriting is possible. If firmware of a revision that can be rewritten exists, you will be asked for confirmation; enter "Y" if you want to update, or enter "N" if you don't want to update.
| Command Reference | Maintenance and operation functions If this is executed with the "no" syntax, revision-down is not allowed. [Example] Allow revision-down. SWP1(config)#firmware-update revision-down enable SWP1(config)# 4.9.5 Show firmware update function settings [Syntax] show firmware-update [Input mode] priviledged EXEC mode [Description] Shows the current settings of the firmware update function. The following items are shown.
Command Reference | Maintenance and operation functions | 53 [Input mode] priviledged EXEC mode [Description] Reboots the system. [Note] If the currently-running settings (running configuration) have been changed from the settings at the time of boot (startup configuration), reboot will discard those changes. Therefore, if necessary, you should execute the copy running-config startup-config command or the write command before you execute the reload command. [Example] Reboot the system.
| Command Reference | Maintenance and operation functions [Example] Set the default LED mode to ECO mode. SWP1(config)#led-mode default eco 4.10.5 Show LED mode [Syntax] show led-mode [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the LED mode setting and status. The following items are shown. • Default LED mode setting • Current LED mode status [Example] Show the LED mode setting and status. SWP1>show led-mode default mode : eco current mode : link-act 4.10.
Command Reference | IPv4/IPv6 common setting | 55 Chapter 5 IPv4/IPv6 common setting 5.1 DNS client 5.1.1 Set DNS lookup function [Syntax] ip domain-lookup no ip domain-lookup [Initial value] ip domain-lookup [Input mode] global configuration mode [Description] Enables the DNS lookup function. If this command is executed with the "no" syntax, the function is disabled.
| Command Reference | IPv4/IPv6 common setting [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the default domain name that was specified by the ip domain-name command. [Example] Show the default domain name. SWP1>show ip domain-name example.com 5.1.
Command Reference | IPv4/IPv6 common setting | 57 [Parameter] server : A.B.C.D IPv4 address of the DNS server : X:X::X:X IPv6 address of the DNS server If you specify an IPv6 link local address, you must also specify the output interface (fe80::X%vlan0.N format) [Initial value] none [Input mode] global configuration mode [Description] Adds a server to the DNS server list. Up to three servers can be specified.
| Command Reference | IPv4 Chapter 6 IPv4 6.1 IPv4 address management 6.1.1 Set IP address [Syntax] ip address ip_address/mask [label textline] no ip address [Keyword] label : Set label as IP address : A.B.C.D [Parameter] ip_address IP address mask : <1-31> Number of mask bits textline : Label (maximum 64 characters) [Initial value] no ip address [Input mode] interface mode [Description] Specifies the IP address and net mask for the VLAN interface.
Command Reference | IPv4 | 59 • • • If an IP address has not been set, this will be "unassigned." Physical layer status Data link layer status If an interface is specified, information for that interface is shown. If the interface is omitted, information is shown for all interfaces for which an IP address can be specified. [Note] An error occurs if the specified interface is one to which an IP address cannot be assigned. [Example] Shows the IP address of every VLAN interface.
| Command Reference | IPv4 6.1.4 Show DHCP client status [Syntax] show dhcp lease [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the DHCP client status. The following items are shown.
Command Reference | IPv4 | 61 IP address Set this to 0.0.0.0 if specifying the default gateway mask : <1-31> Number of mask bits Set this to 0 if specifying the default gateway netmask : A.B.C.D Netmask in address format Set this to 0.0.0.0 if specifying the default gateway gateway : A.B.C.D IP address of gateway number : <1-255> Administrative distance (priority order when selecting route) (if omitted: 1) Lower numbers have higher priority.
| Command Reference | IPv4 S* S S C C 0.0.0.0/0 [1/0] via 192.168.100.1, vlan0.1 172.16.0.0/16 [1/0] via 192.168.200.240, vlan0.100 192.168.1.1/32 [1/0] is directly connected, vlan0.100 192.168.100.0/24 is directly connected, vlan0.1 192.168.200.0/24 is directly connected, vlan0.100 Show the route used for sending packets that are addressed to 192.168.100.10. SWP1>show ip route 192.168.100.10 Routing entry for 192.168.100.
Command Reference | IPv4 | 63 [Description] Shows the ARP cache. The ARP cache stores up to 1023 entries (total of dynamic entries and static entries). [Example] Show the ARP cache. SWP1>show arp IP Address MAC Address Interface 192.168.100.10 00a0.de00.0000 vlan0.1 192.168.100.100 00a0.de00.0001 vlan0.1 Type dynamic static 6.3.2 Clear ARP table [Syntax] clear arp-cache [Input mode] priviledged EXEC mode [Description] Clears the ARP cache. [Example] Clear the ARP cache. SWP1#clear arp-cache 6.3.
| Command Reference | IPv4 [Initial value] arp-ageing-timeout 1200 [Input mode] interface mode [Description] Changes the length of time that ARP entries are maintained in the applicable VLAN interface. ARP entries that are not received within this length of time are deleted. If this command is executed with the "no" syntax, the ARP entry timeout is set to 1200 seconds. [Example] Change the ARP entry ageing timeout for VLAN #1 to five minutes. SWP1(config)#interface vlan0.
Command Reference | IPv4 | 65 3 packets transmitted, 3 packets received, 0% packet loss round-trip min/avg/max = 8.368/9.461/10.
| Command Reference | IPv6 Chapter 7 IPv6 7.1 IPv6 address management 7.1.1 Set enable/disable IPv6 [Syntax] ipv6 enable no ipv6 [Initial value] no ipv6 [Input mode] interface mode [Description] Enables IPv6 for the VLAN interface and automatically sets the link local address. IPv6 can be enabled only for one VLAN interface.
Command Reference | IPv6 | 67 SWP1(config)#interface vlan0.1 SWP1(config-if)#ipv6 address 2001:db8:1::2/64 7.1.3 Set RA for IPv6 address [Syntax] ipv6 address autoconfig no ipv6 address [Initial value] no ipv6 address [Input mode] interface mode [Description] Uses RA to specify an IPv6 address for the VLAN interface. RA can be specified only for the VLAN interface for which the ipv6 enable command has been specified.
| Command Reference | IPv6 7.2.
Command Reference | IPv6 | 69 [Description] Shows the IPv6 Forwarding Information Base (FIB). If the IPv6 address is omitted, the entire content of the FIB is shown. If the IPv6 address or network address is specified, detailed information for the routing entry that matches the destination is shown. [Example] Show the entire IPv6 forwarding information base. SWP1>show ipv6 route Codes: C - connected, S - static Timers: Uptime S C S C ::/0 [1/0] via fe80::2a0:deff:fe:1, vlan0.
| Command Reference | IPv6 7.3 Neighbor cache 7.3.1 Set static neighbor cache entry [Syntax] ipv6 neighbor ipv6_address interface mac_address no ipv6 neighbor ipv6_address interface [Parameter] ipv6_address : X:X::X:X IPv6 address interface : vlan0.N VLAN interface name mac_address : HHHH.HHHH.HHHH MAC address [Input mode] global configuration mode [Description] Adds a static entry to the neighbor cache. If this command is executed with the "no" syntax, the specified static entry is deleted.
Command Reference | IPv6 | 71 7.4 Ping 7.4.
| Command Reference | Remote access functions Chapter 8 Remote access functions 8.1 Telnet server 8.1.1 Start Telnet server and change listening port number [Syntax] service telnet-server [port] no service telnet-server [Parameter] port : <1-65535> Listening port of the Telnet server (if omitted: 23) [Initial value] service telnet-server [Input mode] global configuration mode [Description] Enables the Telnet server. You can also specify the listening TCP port number.
Command Reference | Remote access functions | 73 [Parameter] interface : VLAN interface name [Initial value] telnet-server interface vlan0.1 [Input mode] global configuration mode [Description] Sets the VLAN interface that allows access to the Telnet server. If this command is executed with the "no" syntax, the specified interface is deleted. This command can be used to specify up to eight items, which are applied in the order that they are specified.
| Command Reference | Remote access functions If this command is executed with the "no" syntax, the specified setting is deleted. If this command is executed with the "no" syntax, and parameter is omitted, all settings are deleted. [Note] If service telnet-server and telnet-server interface are not specified, this command does not function. [Example] Permit access to the TELNET server only from 192.168.1.1 and the 192.168.10.0/24 segment. SWP1(config)#telnet-server access permit 192.168.1.
Command Reference | Remote access functions | 75 SWP1(config)#service telnet-client 8.3 TFTP server 8.3.1 Set hosts that can access the TFTP server [Syntax] tftp-server interface interface no tftp-server interface interface [Parameter] interface : VLAN interface name [Initial value] none [Input mode] global configuration mode [Description] Sets the VLAN interface that allows access to the TFTP server. If this command is executed with the "no" syntax, the specified interface is deleted.
| Command Reference | Remote access functions [Description] Shows the settings of the HTTP server. The following items are shown. • HTTP server function enabled/disabled status • Listening port number [Example] Show the settings of the HTTP server. SWP1#show http-server Service:Enable Port:80 8.4.
Command Reference | Remote access functions | 77 SWP1(config)#http-server language english
| Command Reference | Network monitoring Chapter 9 Network monitoring 9.1 SNMP 9.1.
Command Reference | Network monitoring | 79 [Input mode] global configuration mode [Description] Set the destination of SNMP notifications. Up to 8 entries can be specified. If this command is executed with the "no" syntax, the specified destination hosts are deleted.
| Command Reference | Network monitoring SWP1(config)#snmp-server enable trap coldstart Disable traps. SWP1(config)#no snmp-server enable trap 9.1.3 Set system contact [Syntax] snmp-server contact contact no snmp-server contact [Parameter] contact : Name (maximum 255 characters) to register as the system contact [Initial value] no snmp-server contact [Input mode] global configuration mode [Description] Sets the MIB variable sysContact.
Command Reference | Network monitoring | 81 [Parameter] community : Community name (maximum 32 characters) ro_rw : Access restriction Setting value ifname : Description ro Read only rw Write allowed (Obsolete parameter) [Initial value] none [Input mode] global configuration mode [Description] Sets the SNMP community. Up to 16 communities can be registered. If this command is executed with the "no" syntax, the specified community is deleted.
| Command Reference | Network monitoring [Description] Sets the SNMP MIB view. The MIB view is the set of MIB objects to specify when allowing access rights. Up to 16 MIB views can be registered. The combination of the oid parameter and the type parameter indicates whether the MIB sub-tree following the specified object ID is or is not subject to management. Taking the oid parameter and the type parameter together as one entry, you can specify multiple entries for each MIB view, up to a maximum of 8.
Command Reference | Network monitoring | 83 [Example] Create the user group "admins," and grant users belonging to the "admins" group full access rights to the "most" view. SWP1(config)#snmp-server group admins priv read most write most Create the user group "users," and grant users belonging to the "users" group read access rights to the "standard" view. SWP1(config)#snmp-server group users auth read standard 9.1.
| Command Reference | Network monitoring [Example] Create "admin1" as a user. According to the specified group and the security level prescribed for that group, specify the protocol (SHA, AES) and password (passwd1234) used for authentication and encryption. SWP1(config)#snmp-server user admin1 admins auth sha passwd1234 priv aes passwd1234 Create "user1" as a user.
Command Reference | Network monitoring | 85 [Description] Shows the contents of the SNMP group settings. Shows the group name, security level, reading view, and writing view. [Example] Show the contents of the SNMP group settings. SWP1#show snmp group SNMP Group information Group Name: admins Security Level: priv Read View: most Write View: most Group Name: users Security Level: auth Read View: standard Write View: standard 9.1.
| Command Reference | LAN/SFP port control Chapter 10 LAN/SFP port control 10.1 Basic settings 10.1.1 Set description [Syntax] description line no description [Parameter] line : Single-byte alphanumeric characters and single-byte symbols (80 characters or less) Description of the applicable interface [Initial value] no description [Input mode] interface mode [Description] Specifies a description of the applicable interface. If this command is executed with the "no" syntax, the description is deleted.
Command Reference | LAN/SFP port control | 87 [Parameter] type : Speed and duplex mode types Speed and duplex mode types Description auto Auto negotiation 1000-full 1000Mbps/Full 100-full 100Mbps/Full 100-half 100Mbps/Half 10-full 10Mbps/Full 10-half 10Mbps/Half [Initial value] speed-duplex auto [Input mode] interface mode [Description] Sets the speed and duplex mode. If this command is executed with the "no" syntax, the setting returns to the default.
| Command Reference | LAN/SFP port control 10.1.5 Set cross/straight automatic detection [Syntax] mdix auto no mdix auto [Initial value] mdix auto [Input mode] interface mode [Description] Enables cross/straight automatic detection. If this is enabled, the necessary cable connection type (straight or cross) is automatically detected, and the connection is specified appropriately. If this is executed with the "no" syntax, automatic detection is disabled, and MDI is used.
Command Reference | LAN/SFP port control | 89 The following items are shown. Item Description interface Interface name EEE (efficient-ethernet) Whether the unit supports EEE Link Partner Whether the other unit supports EEE [Note] If another unit is not connected, the display indicates that EEE is not supported. [Example] Show EEE capabilities for LAN port #1.
| Command Reference | LAN/SFP port control Rx LPI Status Tx LPI Status Wake Error Count : : : Received Received 0 ・If EEE is enabled and is transitioning to low-power mode SWP1#show eee status interface ge1 interface:ge1 EEE(efficient-ethernet): Operational Rx LPI Status : Interrupted Tx LPI Status : Interrupted Wake Error Count : 0 ・If EEE is enabled and has transitioned to low-power mode SWP1#show eee status interface ge1 interface:ge1 EEE(efficient-ethernet): Operational Rx LPI Status : Low Power T
Command Reference | LAN/SFP port control | 91 [Keyword] interface : Specify the monitor port to show : Interface name of the LAN/SFP port [Parameter] ifname Monitor port to show [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the port mirroring setting. If interface is omitted, the settings for all monitor ports are shown. The following items are shown for each monitor port.
| Command Reference | LAN/SFP port control Item Description • If port error is detected : (by errdisable) Hardware is Interface type (e.g.
Command Reference | LAN/SFP port control | 93 bytes : multicast packets: broadcast packets: drop packets : 129895 628 0 0 Show the status of VLAN #1. SWP1#show interface vlan0.1 Interface vlan0.1 Hardware is VLAN Description: Connected to router(VLAN) ifIndex 10001, ARP ageing timeout 1200 IPv4 address 192.168.100.240/24 broadcast 192.168.100.255 10.1.
| Command Reference | LAN/SFP port control Default Vlan Configured Vlans : : 1 1 10.1.13 Show frame counter [Syntax] show frame-counter [ifname] [Parameter] ifname : Interface name of the LAN/SFP port Interface to show [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows frame counter information for the interface specified by ifname. If ifname is omitted, shows information for all interfaces. The following items are shown.
Command Reference | LAN/SFP port control | 95 *2 Shows the transmission information when tail dropping is enabled, and the information only for reception when tail dropping is disabled. [Example] Show the frame counter of LAN port #1.
| Command Reference | LAN/SFP port control For each item, shows the current value, upper threshold value, and lower threshold value for each SFP port. Item Description Temperature Internal temperature of the module (°C) Voltage Voltage value (V) Current Current value (mA) TX-Power Strength of light produced (dBm) RX-Power Strength of light received (dBm) [Example] Show the status of the SFP module. SWP1#show ddm status Temperature Interface (Celsius) ------------ -----------ge9 31.
Command Reference | LAN/SFP port control | 97 If a LAN/SFP port is associated to a link-id for which a static logical interface does not exist, the static logical interface is newly generated. If the associated LAN/SFP port is no longer present because it was removed from the static logical interface, the static logical interface is deleted. Up to eight LAN/SFP port units can be associated with one static logical interface.
| Command Reference | LAN/SFP port control mode Description active Operate LACP in active mode. In active mode, it actively sends LACP frames to the other device. passive Operate LACP in passive mode. In passive mode, it sends LACP frames only if LACP frames are received from the other device. [Input mode] interface mode [Description] Associates the applicable interface with the LACP logical interface specified by link-id.
Command Reference | LAN/SFP port control | 99 • • • LACP logical interface name Load balance function rules Interface name of associated LAN/SFP port For details on the load balance function rules, refer to the type parameter of the port-channel load-balance command. If ifname is specified, shows the status of the LAN/SFP port that make up the LACP logical interface. The following items are shown.
| Command Reference | LAN/SFP port control Item Description Distributing Distributing flag Defaulted Defaulted flag Expired Expired flag [Example] Shows the status of LACP logical interface. SWP1#show etherchannel % Lacp Aggregator: po10 % Load balancing: src-dst-mac % Member: ge17 ge19 ge21 ge23 Shows the status of the LAN/SFP ports that make up the LACP logical interface.
Command Reference | LAN/SFP port control | 101 SWP1(config)#lacp system-priority 100 10.2.6 Show LACP system priority [Syntax] show lacp sys-id [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the LACP system priority and the LACP system ID. The following items are shown. • LACP system priority (hexadecimal number starting with 0x) • LACP system ID [Note] The LACP system priority can be set by the lacp system-priority command.
| Command Reference | LAN/SFP port control 10.2.8 Clear LACP frame counters [Syntax] clear lacp [link-id] counters [Parameter] link-id : <1-127> LACP logical interface number [Input mode] priviledged EXEC mode [Description] Clears the LACP frame counters. If link-id is omitted, the frame counter of every existing LACP logical interface is cleared. [Example] Clear the frame counter for every LACP logical interface. SWP1#clear lacp counters 10.2.
Command Reference | LAN/SFP port control | 103 type Description dst-ip Destination IPv4/IPv6 address dst-mac Destination MAC address dst-port Destination TCP/UDP port number src-dst-ip Source and destination IPv4/IPv6 address src-dst-mac Source and destination MAC address src-dst-port Source and destination TCP/UDP port number src-ip Source IPv4/IPv6 address src-mac Source MAC address src-port Source TCP/UDP port number [Initial value] port-channel load-balance dst-ip [Input mode] interf
| Command Reference | LAN/SFP port control Item Description Aggregator LACP logical interface ID Distinguishing ID on the LACP logical interface Actor LAG The actor's own LACP system ID (priority, MAC address) Admin Key The ID that is the basis of the actor's own LACP key (logical port number) Status Link aggregation status ("Not ready"/"Ready") Partner LAG The partner's LACP system ID (priority, MAC address) Partner Key The ID that is the basis of the partner's LACP key Link count Numb
Command Reference | LAN/SFP port control | 105 Aggregator po127 ID 1000002 Status Not ready Partner LAG 0x8000, 00-a0-de-11-11-11 Partner Key 0001 Link count 0/ 1 SWP1#show etherchannel status detail Aggregator po1 ID 1000000 Status Ready Actor LAG 0x8000, 00-a0-de-e0-e0-e0 Admin Key 0001 Partner LAG 0x8000, 00-a0-de-11-11-11 Partner Key 0001 Link count 1/ 1 Link ge17 Selected Synchronized yes Aggregator po2 ID 1000001 Status Ready Actor LAG 0x8000, 00-a0-de-e0-e0-e0 Admin Key 0002 Partner LAG 0x8000, 00-a0
| Command Reference | LAN/SFP port control 2 ) If the LACP port priority is the same, priority is given to the lower interface number. If an SFP port is to be given priority, its LACP port priority must be set lower than other ports. [Example] Set the LACP port priority order to 1024. SWP1(config-if)#channel-group 1 mode active SWP1(config-if)#lacp port-priority 1024 10.3 Port authentication 10.3.1 Configuring the IEEE 802.
Command Reference | LAN/SFP port control | 107 10.3.3 Set operation mode for the IEEE 802.1X authentication function [Syntax] dot1x port-control mode no dot1x port-control [Parameter] mode : Operation mode for IEEE 802.1X authentication Operation mode Description auto Operates as an authenticator for IEEE 802.1X authentication force-authorized Sets the authenticated port for IEEE 802.1X authentication to a fixed port force-unauthorized Sets the unauthenticated port for IEEE 802.
| Command Reference | LAN/SFP port control When "in" is specified, only packets received from the supplicant are discarded, and the broadcast/multicast packets to the interface to which the supplicant is connected from other ports are forwarded. [Note] This command can be specified only for LAN/SFP port. When the guest VLAN is configured using the applicable interface, the settings for this command will be disabled.
Command Reference | LAN/SFP port control | 109 In order to actually use MAC authentication, you need to enable MAC authentication for the entire system as well. (aaa authentication auth-mac command) [Example] Enable the LAN port #1 MAC authentication function. SWP1(config)#interface ge1 SWP1(config-if)#auth-mac enable 10.3.
| Command Reference | LAN/SFP port control Operation mode for port authentication Description single-host This mode allows communications for only one supplicant per port. Only the first supplicant that passes authentication is allowed. multi-host This mode allows communication with multiple supplicants for each port. If the first supplicant passes authentication, all other supplicants of the same port will be allowed to communicate without authentication.
Command Reference | LAN/SFP port control | 111 SWP1(config)#interface ge1 SWP1(config-if)#auth reauthentication 10.3.10 Set dynamic VLAN [Syntax] auth dynamic-vlan-creation no auth dynamic-vlan-creation [Initial value] no auth dynamic-vlan-creation [Input mode] interface mode [Description] Sets dynamic VLAN for the applicable interface. If this is executed with the "no" syntax, the dynamic VLAN is disabled.
| Command Reference | LAN/SFP port control 10.3.
Command Reference | LAN/SFP port control | 113 10.3.14 Set the reply wait time for the RADIUS server overall [Syntax] auth timeout server-timeout time no auth timeout server-timeout [Parameter] time : <1-65535> Reply wait time from the authentication server for the authentication request (seconds) [Initial value] auth timeout server-timeout 30 [Input mode] interface mode [Description] Sets the reply wait time for the RADIUS server overall when authenticating a port of the applicable interface.
| Command Reference | LAN/SFP port control 10.3.
Command Reference | LAN/SFP port control | 115 Standby time for replying to requests (seconds) [Initial value] radius-server timeout 5 [Input mode] global configuration mode [Description] Sets the reply wait time for each RADIUS server. If this command is executed with the "no" syntax, the setting returns to the default. [Note] If a server-specific wait time for replying to requests has been set using the radius-server host command, the radius-server host command settings are used.
| Command Reference | LAN/SFP port control [Initial value] no radius-server key [Input mode] global configuration mode [Description] Sets the shared password used when communicating with a RADIUS server. If this command is executed with the "no" syntax, the setting returns to the default. [Note] If a server-specific shared password has been set using the radius-server host command, the radius-server host command settings are used. [Example] The shared password used with the RADIUS server is "abcde".
Command Reference | LAN/SFP port control | 117 802.1X Port-Based Authentication : Enabled MAC-Based Authentication : Disabled RADIUS server address : 192.168.100.101 (port:1812) [Interface information] Interface ge1 (up) 802.
| Command Reference | LAN/SFP port control 10.4.
Command Reference | LAN/SFP port control | 119 function auto recovery interval ----------------------------------------------BPDU guard disable Loop detect enable 300 port reason ---------------------------ge1 BPDU guard ge7 Loop detect
| Command Reference | L2 switching function Chapter 11 L2 switching function 11.1 VLAN 11.1.1 Move to VLAN mode [Syntax] vlan database [Input mode] global configuration mode [Description] Moves to VLAN mode in order to make VLAN interface settings. [Note] To return from VLAN mode to global configuration mode, use the exit command. To return to priviledged EXEC mode, use the end command. [Example] Move to VLAN mode. SWP1(config)#vlan database SWP1(config-vlan)# 11.1.
Command Reference | L2 switching function | 121 [Note] If this command is executed with "name" omitted for a VLAN ID for which name is already specified, the already-specified name is not changed. Multiple VLAN IDs can be specified for vlan-id. However, if multiple VLAN IDs are specified, the name cannot be specified. Also, multiple VLAN IDs cannot be specified when using the "no" syntax.
| Command Reference | L2 switching function 11.1.
Command Reference | L2 switching function | 123 [Parameter] access-map-name : Single-byte alphanumeric characters and single-byte symbols (256 characters or less) Access map name [Initial value] none [Input mode] global configuration mode [Description] Create a VLAN access map with the name specified by access-map-name, and then move to VLAN access map mode in order to make VLAN access map settings. If this command is executed with the "no" syntax, the specified VLAN access map is deleted.
| Command Reference | L2 switching function 11.1.
Command Reference | L2 switching function | 125 11.1.9 Set associated VLAN of an access port (untagged port) [Syntax] switchport access vlan vlan-id no switchport access vlan [Parameter] vlan-id : <1-4094> Associated VLAN ID [Initial value] Depends on VLAN preset. Refer to 3.2 Default setting values on page 20. [Input mode] interface mode [Description] Sets the VLAN ID that is associated as an access port with the applicable interface.
| Command Reference | L2 switching function If this command is applied to a logical interface, the settings of every LAN/SFP port associated with that interface are changed. If the port type is changed from an access port to a trunk port, the setting of the switchport access vlan command returns to the default setting. To specify the VLAN ID that is associated as a trunk port, use the switchport trunk allowed vlan command. To specify the native VLAN, use the switchport trunk native vlan command.
Command Reference | L2 switching function | 127 For the setting of this command and the setting of the switchport trunk native vlan command, the last-specified command takes priority. • If you use the switchport trunk native vlan command to specify a VLAN ID that was associated by this command, it is removed from the specified VLAN ID. • If you specify and associate a VLAN ID that was set by the switchport trunk native vlan command, switchport trunk native vlan none is set.
| Command Reference | L2 switching function 11.1.13 Set private VLAN port type [Syntax] switchport mode private-vlan port-type no switchport mode private-vlan port-type [Parameter] port-type : Port mode Setting value Description promiscuous Promiscuous port host Host port [Initial value] none [Input mode] interface mode [Description] Specifies the private VLAN port type for the applicable interface.
Command Reference | L2 switching function | 129 [Description] Specifies the primary VLAN that is associated as the host port of the private VLAN for the applicable interface, and associates the secondary VLAN. If this is executed with the "no" syntax, the setting of the primary VLAN associated as the host port of the applicable interface, and the association of the secondary VLAN, are deleted.
| Command Reference | L2 switching function [Note] This command can be set only for a LAN/SFP port that has been set as a promiscuous port by the switchport mode privatevlan command. In addition, it can also be set for the following interfaces that are specified as promiscuous ports. • Interface that is operating as a trunk port • logical interface pri-vlan-id and 2nd-vlan-id must be associated by the private-vlan association command.
Command Reference | L2 switching function | 131 [Example] Show all VLAN information. SWP1>show vlan brief (u)-Untagged, (t)-Tagged VLAN ID Name State Member ports ======= ================================ ======= ====================== 1 default ACTIVE ge1(u) ge2(u) ge3(u) ge4(u) ge5(u) ge6(u) ge7(u) ge8(u) ge9(u) ge10(u) 11.1.17 Show private VLAN information [Syntax] show vlan private-vlan [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows private VLAN information.
| Command Reference | L2 switching function 11.1.19 Show VLAN access map filter [Syntax] show vlan filter [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Show VLAN access map filter application information. The following items are shown. • Name of the VLAN access map • VLAN ID applied to VLAN access map [Example] Show VLAN access map filter information. SWP1>show vlan filter Vlan Filter VAM001 is applied to vlan 1000 11.2 STP (Spanning Tree Protocol) 11.2.
Command Reference | L2 switching function | 133 If this command is executed with the "no" syntax, the setting returns to the default. [Note] The setting of this command must satisfy the following conditions. 2 x (hello time + 1) <= maximum aging time <= 2 x (forward delay time - 1) The maximum aging time can be set by the spanning-tree max-age command. The hello time is always 2 seconds, and cannot be changed. [Example] Set the forward delay time to 10 seconds.
| Command Reference | L2 switching function [Note] In the case of MSTP, this is the setting for CIST (instance #0). [Example] Set the bridge priority to 4096. SWP1(config)#spanning-tree priority 4096 11.2.5 Set spanning tree for an interface [Syntax] spanning-tree switch [Parameter] switch : Spanning tree operation Setting value Description enable Enable spanning tree disable Disable spanning tree [Initial value] Depends on VLAN preset. Refer to 3.2 Default setting values on page 20.
Command Reference | L2 switching function | 135 [Note] This command can be specified only for LAN/SFP port and logical interface. It is not possible to specify this command for a LAN/SFP port that is associated to a logical interface. If a LAN/SFP port is associated with a logical interface, the setting of this command for the corresponding LAN/SFP port returns to the default. [Example] Set the LAN port #1 link type to "shared." SWP1(config)#interface ge1 SWP1(config-if)#spanning-tree link-type shared 11.
| Command Reference | L2 switching function [Initial value] spanning-tree bpdu-guard disable [Input mode] interface mode [Description] Sets BPDU guard for the applicable interface. If this command is executed with the "no" syntax, the setting returns to the default. [Note] This command can be specified only for LAN/SFP port and logical interface. It is not possible to specify this command for a LAN/SFP port that is associated to a logical interface.
Command Reference | L2 switching function | 137 SWP1(config)#interface ge1 SWP1(config-if)#spanning-tree path-cost 100000 11.2.10 Set interface priority [Syntax] spanning-tree priority priority no spanning-tree priority [Parameter] priority : <0-240> (multiple of 16) Priority value [Initial value] spanning-tree priority 128 [Input mode] interface mode [Description] Sets the priority of the applicable interface. If this command is executed with the "no" syntax, the setting returns to the default.
| Command Reference | L2 switching function SWP1(config)#interface ge1 SWP1(config-if)#spanning-tree edgeport 11.2.12 Show spanning tree status [Syntax] show spanning-tree [interface ifname] [Keyword] interface : Specifies the interface to show : Name of LAN/SFP port or logical interface [Parameter] ifname Interface to show [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the spanning tree status. If "interface" is omitted, the status of all interfaces is shown.
Command Reference | L2 switching function | 139 Item Description Priority Priority of the interface Root Root bridge identifier. This consists of the root bridge priority (the first four hexadecimal digits) and MAC address Designated Bridge Bridge identifier.
| Command Reference | L2 switching function % % % ge1: no root guard configured - Current root guard off ge1: Configured Link Type point-to-point - Current point-to-point ge1: No auto-edge configured - Current port Auto Edge off 11.2.
Command Reference | L2 switching function | 141 % % % % % % % Max Age Transitions Msg Age Expiry Similar BPDUS Rcvd Src Mac Count Total Src Mac Rcvd Next State Topology Change Time : : : : : : : 1 0 0 0 3 Discard/Blocking 3 % Other Bridge information & Statistics -------------------------------------% STP Multicast Address : 01:80:c2:00:00:00 % Bridge Priority : 32768 % Bridge Mac Address : 00:a0:de:00:00:00 % Bridge Hello Time : 2 % Bridge Forward Delay : 15 % Topology Change Initiator : 2 % Last Topol
| Command Reference | L2 switching function SWP1(config)#spanning-tree mst configuration SWP1(config-mst)# 11.2.16 Generate MST instance [Syntax] instance instance-id no instance [Parameter] instance-id : <1-15> Instance ID [Initial value] none [Input mode] MST mode [Description] Generates an MST instance. If this command is executed with the "no" syntax, the MST instance is deleted. [Note] MST instance generation and association with a VLAN is specified by the instance vlan command.
Command Reference | L2 switching function | 143 11.2.18 Set priority of MST instance [Syntax] instance instance-id priority priority no instance instance-id priority [Parameter] instance-id : <1-15> Instance ID priority : <0-61440> (multiple of 4096) Priority value [Initial value] instance instance-id priority 32768 [Input mode] MST mode [Description] Sets the priority of the MST instance.
| Command Reference | L2 switching function Revision number [Initial value] revision 0 [Input mode] MST mode [Description] Sets the revision number of the MST region. [Example] Set the revision number as 2 for the MST region. SWP1(config)#spanning-tree mst configuration SWP1(config-mst)#revision 2 11.2.
Command Reference | L2 switching function | 145 [Input mode] interface mode [Description] Sets the priority for the applicable interface in the MST instance. If this command is executed with the "no" syntax, the setting returns to the default. [Note] This command can be specified only for LAN/SFP port and logical interface. It is not possible to specify this command for a LAN/SFP port that is associated to a logical interface.
| Command Reference | L2 switching function 11.2.24 Show MST region information [Syntax] show spanning-tree mst config [Input mode] unprivileged EXEC mode, priviledged EXEC mode, interface mode [Description] Shows distinguishing information for the MST region. [Example] Show distinguishing information for the MST region.
Command Reference | L2 switching function | 147 % % 6: 7: 40 (ge20) 50 (ge21) Show detailed MSTP information for LAN port #19.
| Command Reference | L2 switching function [Note] A LAN/SFP port that is associated with a logical interface cannot be specified as ifname. [Example] Show information for MST instance #5.
Command Reference | L2 switching function | 149 [Input mode] interface mode [Description] Enables the loop detection function for the corresponding interface. If this is executed with the "no" syntax, the loop detection function is disabled. [Note] This command can be specified only for LAN/SFP port. In order to enable the loop detection function, the loop detection function must be enabled on the entire system in addition to this command.
| Command Reference | L2 switching function SWP1(config)#interface ge1 SWP1(config-if)#no loop-detect blocking 11.3.4 Reset loop detection status [Syntax] loop-detect reset [Input mode] priviledged EXEC mode [Description] Resets the loop detection status of all interfaces. [Note] This command can be executed only if the system-wide loop detection function is enabled. [Example] Reset the loop detection status. SWP1#loop-detect reset 11.3.
Command Reference | L2 switching function | 151 [Initial value] mac-address-table acquire [Input mode] global configuration mode [Description] Enables the MAC address acquisition function. If this is executed with the "no"syntax, the MAC address acquisition function is disabled. [Note] If the MAC address acquisition function is disabled, a dynamic entry is not registered in the MAC address table even if a frame is received. [Example] Enable the MAC address acquisition function.
| Command Reference | L2 switching function [Parameter] mac-addr : hhhh.hhhh.hhhh (h is hexadecimal) Applicable MAC address ifname : Name of LAN/SFP port or logical interface Applicable interface vlan-id : <1-4094> Applicable VLAN ID inst : <1-15> Applicable MST instance ID [Input mode] priviledged EXEC mode [Description] Deletes a dynamic entry from the MAC address table. If a keyword is specified, only the entries that match the applicable conditions are deleted.
Command Reference | L2 switching function | 153 If this command is executed with the "no" syntax, the static entry is deleted from the MAC address table. If "vlan" is omitted, VLAN #1 is specified. [Note] If action is specified as "discard," a multicast MAC address cannot be specified as mac-addr. The following MAC addresses cannot be specified as mac-addr. • 0180.c200.0000～0180.c200.000f • 0180.c200.0020～0180.c200.002f [Example] Specify that frames addressed to 00a0.de11.2233 are forwarded to LAN port #2.
| Command Reference | L2 switching function [Description] Shows the MAC address table. The following items are shown. • VLAN ID • Interface name • MAC address • Action applied to frames • Entry type • Ageing time [Example] Show the MAC address table. SWP1>show mac-address-table VLAN port mac 1 ge2 00a0.de11.2233 1 ge1 1803.731e.8c2b 1 ge1 782b.cbcb.
Command Reference | IP multicast control | 155 Chapter 12 IP multicast control 12.1 Basic settings 12.1.1 Set processing method for unknown multicast frames [Syntax] l2-unknown-mcast mode [Parameter] mode : Sets the processing method for multicast frames Setting value Description discard Discard flood Flood [Initial value] l2-unknown-mcast flood [Input mode] global configuration mode [Description] Specifies the processing method for multicast frames that are not registered in the MAC address table.
| Command Reference | IP multicast control SWP1#configure terminal SWP1(config)#interface vlan0.2 SWP1(config-if)#no igmp snooping 12.2.2 Set IGMP snooping fast-leave [Syntax] igmp snooping fast-leave no igmp snooping fast-leave [Initial value] no igmp snooping fast-leave [Input mode] interface mode [Description] Enables IGMP snooping fast-leave for the interface. If this is executed with the "no" syntax, IGMP snooping fast-leave is disabled.
Command Reference | IP multicast control | 157 SWP1#configure terminal SWP1(config)#interface vlan0.2 SWP1(config-if)#no igmp snooping mrouter interface ge8 12.2.4 Set query transmission function [Syntax] igmp snooping querier no igmp snooping querier [Initial value] Depends on VLAN preset. Refer to 3.2 Default setting values on page 20. [Input mode] interface mode [Description] Enables the IGMP query transmission function.
| Command Reference | IP multicast control 12.2.6 Set discarding of IGMP packets with invalid TTL values [Syntax] igmp snooping check ttl no igmp snooping check ttl [Initial value] Depends on VLAN preset. Refer to 3.2 Default setting values on page 20. [Input mode] interface mode [Description] Discards IGMP packets for which the IP header's TTL value is invalid (other than 1). If this is executed with the "no" syntax, IGMP packets are not discarded even if the TTL value is invalid (other than 1).
Command Reference | IP multicast control | 159 SWP1#configure terminal SWP1(config)#interface vlan0.2 SWP1(config-if)#igmp snooping version 2 On VLAN #2, return the IGMP version to the default setting. SWP1#configure terminal SWP1(config)#interface vlan0.2 SWP1(config-if)#no igmp snooping version 12.2.
| Command Reference | IP multicast control Uptime: 00:00:05 Group mode: Exclude (Expires: 00:04:14) Last reporter: 192.168.1.3 Source list is empty 12.2.10 Show an interface's IGMP-related information [Syntax] show igmp snooping interface ifname [Parameter] ifname : VLAN interface name Interface to show [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows IGMP-related information for a VLAN interface. [Example] Show IGMP-related information for VLAN #1.
Command Reference | IP multicast control | 161 [Description] Clears IGMP group membership entries. [Example] Clear IGMP group membership entries for VLAN #1. SWP1#clear igmp snooping interface vlan0.1 12.3 MLD snooping 12.3.1 Enable/disable MLD snooping [Syntax] mld snooping no mld snooping [Initial value] mld snooping [Input mode] interface mode [Description] Enables the MLD snooping setting of the interface. If this is executed with the "no" syntax, the MLD snooping setting is disabled.
| Command Reference | IP multicast control SWP1#configure terminal SWP1(config)#interface vlan0.2 SWP1(config-if)#no mld snooping fast-leave 12.3.
Command Reference | IP multicast control | 163 Disable the MLD query transmission function for VLAN #2. SWP1#configure terminal SWP1(config)#interface vlan0.2 SWP1(config-if)#no mld snooping querier 12.3.
| Command Reference | IP multicast control • • If a V2 report is received, it is discarded If V2 is specified • If a V1 query is received, it is forwarded as a V1 query • If a V1 report is received, it is forwarded as a V2 report [Example] On VLAN #2, set the MLD version to 1. SWP1#configure terminal SWP1(config)#interface vlan0.2 SWP1(config-if)#mld snooping version 1 On VLAN #2, return the MLD version to the default setting. SWP1#configure terminal SWP1(config)#interface vlan0.
Command Reference | IP multicast control | 165 Group Address Reporter ff15::1 fe80::a00:27ff:fe8b:87e3 Interface Uptime Expires ge3 00:00:44 00:01:07 Show detailed MLD group membership information.
| Command Reference | IP multicast control ifname : VLAN interface name Interface to clear [Input mode] priviledged EXEC mode [Description] Clears MLD group membership entries. [Example] Clear MLD group membership entries for VLAN #1. SWP1#clear mld snooping interface vlan0.
Command Reference | Traffic control | 167 Chapter 13 Traffic control 13.1 ACL 13.1.
| Command Reference | Traffic control 13.1.2 Add comment to standard IPv4 access list [Syntax] access-list std-ip-acl-id remark line no access-list std-ip-acl-id remark [Parameter] std-ip-acl-id : <1-99>, <1300-1999> ID of standard IPv4 access list to which comment is added line : Comment to add. Up to 32 ASCII characters can be specified. [Initial value] none [Input mode] global configuration mode [Description] Adds a comment (remark) to the already-generated standard IPv4 access list.
Command Reference | Traffic control | 169 [Note] The restrictions of the access list apply only to frames that are subject to being relayed. Frames that are transmitted autonomously are excluded from these restrictions. It is not possible to register multiple access lists for a single interface. Access lists can be applied only to LAN/SFP ports. (Logical interfaces are not supported.) [Example] Apply standard IPv4 access list #1 to received frames of LAN port #1.
| Command Reference | Traffic control Setting value dst-port : Description A.B.C.D E.F.G.H Specifies an IPv4 address (A.B.C.D) with wildcard bits (E.F.G.H) A.B.C.D/X Specifies an IPv4 address (A.B.C.D) with subnet mask length (Xbit) host A.B.C.D Specifies a single IPv4 address (A.B.C.D) any Applies to all IPv4 addresses <0-65535> If PROTOCOL is specified as tcp or udp, this specifies the destination port number <0-65535> that is the condition. This can also be omitted.
Command Reference | Traffic control | 171 ID of extended IPv4 access list to which a comment will be added line : Comment to add. Up to 32 ASCII characters can be specified. [Initial value] none [Input mode] global configuration mode [Description] Adds a comment (remark) to the already-generated extended IPv4 access list. If this command is executed with the "no" syntax, the comment is deleted from the extended IPv4 access list.
| Command Reference | Traffic control SWP1(config)#interface ge1 SWP1(config-if)#ip access-group 100 in 13.1.
Command Reference | Traffic control | 173 [Parameter] ipv6-acl-id : <1-99>, <1300-1999> ID of IPv6 access list to which comment is added line : Comment to add. Up to 32 ASCII characters can be specified. [Initial value] none [Input mode] global configuration mode [Description] Adds a comment (remark) to the already-generated IPv6 access list. If this command is executed with the "no" syntax, the comment is deleted from the IPv6 access list.
| Command Reference | Traffic control SWP1(config)#interface ge1 SWP1(config-if)#ip access-group 3002 in 13.1.
Command Reference | Traffic control | 175 "W" and "H" represent a single character from the range 0-9, a-f, and A-F. [Example] Create MAC access list #2000 which discards frames from MAC address 00-A0-DE-12-34-56. SWP1(config)#access-list 2000 deny mac 00A3.DE12.3456 0000.0000.0000 any Delete MAC access list #2000. SWP1(config)#no access-list 2000 13.1.
| Command Reference | Traffic control [Description] Applies a MAC access list to the LAN/SFP port. If the received frame matches the conditions in the access list, the action in the access list will be the action (permit, deny) for the corresponding frame. If this command is executed with the "no" syntax, the applied access list is deleted from the LAN/SFP port. [Note] The restrictions of the access list apply only to frames that are subject to being relayed.
Command Reference | Traffic control | 177 13.1.15 Show generated IPv6 access list [Syntax] show ip access-list [ipv6-acl-id] [Parameter] ipv6-acl-id : <3000-3699> ID of IPv6 access list [Input mode] unprivileged EXEC mode、priviledged EXEC mode [Description] Shows the registered IPv6 access list. If ipv6-acl-id is omitted, all IPv6 access lists are shown. [Example] Show a list. SWP1>show ipv6 access-list IPv6 access list 3010 permit fe80:db8:2a0:1::/64 deny fe80::/16 13.1.
| Command Reference | Traffic control Standard IP access list 1 permit 10.0.6.1 0.0.0.255 deny 10.0.7.1 permit 10.0.7.2 0.0.0.255 MAC access list 110 permit mac any 00A0.DE77.0000 0000.0000.FFFF Extended IP access list 2101 permit tcp host 192.168.100.1 any permit tcp any 192.168.100.1 0.0.0.255 deny tcp any any IPv6 access list 3010 permit fe80:db8:2a0:1::/64 deny fe80::/16 13.1.
Command Reference | Traffic control | 179 13.2.2 Set default CoS [Syntax] mls qos cos value no mls qos cos [Parameter] value : <0-7> Default CoS value [Initial value] mls qos cos 0 [Input mode] interface mode [Description] Sets the default CoS. If this command is executed with the "no" syntax, the default value (CoS=0) is specified. The default CoS is used if untagged frames are received when the port's trust mode is set to CoS.
| Command Reference | Traffic control In the case of "CoS" trust mode, the CoS value of incoming frames is used to determine the egress queue. In the case of "DSCP," the DSCP value of incoming frames is used to determine the egress queue. In the case of "port priority," the priority specified for the receiving port is used to determine the egress queue. The CoS value and DSCP value, and the egress queue that is associated with the receiving port, can be changed by using the following commands.
Command Reference | Traffic control | 181 If this command is executed with the "no" syntax, the specified policy map is deleted. [Note] In order to execute this command, QoS must be enabled. If the specified policy map has already been generated, the change is applied to the previous settings. However, if the policy map is already applied to a LAN/SFP port, it cannot be edited or deleted. [Example] Make the following settings for received frames to LAN port #1. • Permit traffic from the 10.1.0.
| Command Reference | Traffic control Trust mode Command Restrictions police, remark-map Cannot use a combination for which remarking is enabled (*1) *1) A combination for which remarking is enabled refers to when the yellow-action or red-action of the police command is set to "remark" and the remark-map of the corresponding color is specified. [Example] Apply policy map "policy1" to LAN port #1.
Command Reference | Traffic control | 183 Item Description Special Queue Assignment: Sent From CPU Specify the egress queue of the frames transmitted from the CPU Note 1) Not shown if no policy map is applied. For details on class map information, refer to the show class-map command. Note 2) Shown only for CoS trust mode. Note 3) Shown only if the trust mode is "port priority." Note 4) Shown only for DSCP trust mode. [Note] In order to execute this command, QoS must be enabled.
| Command Reference | Traffic control 13.2.8 Show egress queue usage ratio [Syntax] show mls qos queue-counters [ifname] [Parameter] ifname : Name of the LAN/SFP port. If this is omitted, the command applies to all ports. Interface to show [Input mode] unprivileged EXEC mode, priviledged EXEC mode [Description] Shows the usage ratio for each egress queue of the specified LAN/SFP port. The queue usage ratio is calculated as follows.
Command Reference | Traffic control | 185 Class-Map Name: class1 Qos-Access-List Name: 1 Police: Mode: SrTCM average rate (48 Kbits/sec) burst size (12 KBytes) excess burst size (12 KBytes) yellow-action (Remark [DSCP:10]) red-action (Drop) 13.2.
| Command Reference | Traffic control DSCP trust mode : Enable Port-Priority trust mode : Disable Show the status of class map "class1." SWP1#show mls qos map-status class class1 class1 status policy-map association : policy1 (Detached) edit/erase : Disable attach limitation CoS trust mode : Enable DSCP trust mode : Enable Port-Priority trust mode : Disable 13.2.
Command Reference | Traffic control | 187 13.2.12 Set DSCP - egress queue ID conversion tabl [Syntax] mls qos dscp-queue dscp-value queue-id no mls qos dscp-queue dscp-value [Parameter] dscp-value : <0-63> DSCP value of the conversion source queue-id : <0-7> Egress queue ID corresponding to DSCP value [Initial value] See [Note] [Input mode] global configuration mode [Description] Specifies the values of the DSCP - egress queue ID conversion table that is used to determine the egress queue.
| Command Reference | Traffic control [Initial value] mls qos port-priority-queue 2 [Input mode] interface mode [Description] Specifies the priority (egress queue ID) for the receiving port. nIf this command is executed with the "no" syntax, the egress queue ID for the specified port is returned to the default setting (2). The port priority is used to determine the egress queue when the trust mode is set to "port priority." [Note] In order to execute this command, QoS must be enabled.
Command Reference | Traffic control | 189 [Description] Generates a class map. A class map defines the conditions used to classify received frames into traffic classes, and consists of conditions defined by the match command and the corresponding action (permit/deny). Class map actions are handled as follows. • If an access list (ACL) is specified (execute the match access-group command) • The class map action will be the action for the ACL. If other than an access list (ACL) is specified Permit.
| Command Reference | Traffic control SWP1(config-cmap)#exit [Policy settings] SWP1(config)#policy-map policy1 SWP1(config-pmap)#class class1 SWP1(config-pmap-c)#police 48 12 12 yellow-action remark red-action drop SWP1(config-pmap-c)#remark-map yellow ip-dscp 10 SWP1(config-pmap-c)#exit SWP1(config-pmap)#exit SWP1(config)#interface ge1 SWP1(config-if)#service-policy input policy1 13.2.
Command Reference | Traffic control | 191 [Input mode] class map mode [Description] Uses the CoS value of the VLAN tag header as the condition to classify the traffic class. If this command is executed with the "no" syntax, the CoS condition setting is deleted. The setting can be repeated up to the maximum number (eight) of registrations. [Note] In order to execute this command, QoS must be enabled. [Example] Specify CoS values "1" and "2" as the classification conditions for class map "class1.
| Command Reference | Traffic control [Note] In order to execute this command, QoS must be enabled. [Example] Specify DSCP values "48" and "56" as the classification conditions for class map "class1." SWP1(config)#class-map class1 SWP1(config-cmap)#match ip-dscp 48 56 13.2.21 Set traffic classification conditions (Ethernet Type) [Syntax] match ethertype type no match ethertype [Parameter] type : 0xXXXX Specifies the type value of the Ethernet frame in hexadecimal.
Command Reference | Traffic control | 193 13.2.23 Set traffic classification conditions (VLAN ID range) [Syntax] match vlan-range id-start to id-end [Parameter] id-start : <1 - 4094> Starting VLAN ID value used as classification condition. id-end : <1 - 4094> Ending VLAN ID value used as classification condition. The range from the specified starting value to the ending value can be a maximum of 30.
| Command Reference | Traffic control Section Metering/policing/remarking setting Item Description Set CoS-Queue Specify egress queue (CoS) Set IP-DSCP-Queue Change egress queue (DSCP) Aggregator-Police Name Name of aggregate policer (only if (police/remark-map) specified) Mode Shown only for SrTCM Metering algorithm (SrTCM/TrTCM) average rate Traffic rate (kbits/sec) burst size Burst size of conformant token bucket (kBytes) Shown only for TrTCM excess burst size Burst size of excess t
Command Reference | Traffic control | 195 action : Action for the access condition Setting value src-info : Description deny Specifies "deny" as the action for the access condition permit Specifies "permit" as the action for the access condition Transmission-source IPv4 address that is the condition Setting value Description A.B.C.D E.F.G.H Specifies the condition as an IPv4 address (A.B.C.D) with wildcard bits (E.F.G.
| Command Reference | Traffic control action : Action for the access condition Setting value protocol : Description deny Specifies "deny" as the action for the access condition permit Specifies "permit" as the action for the access condition Applicable protocol type Setting value src-info : Description <0 - 255> Protocol number of the IP header any All IPv4 packets tcp TCP packets udp UDP packets Transmission-source IPv4 address that is the condition Setting value dst-info : Des
Command Reference | Traffic control | 197 Delete the transmission-source 192.168.1.0/24 from extended IPv4 access list #100 SWP1(config)#no ip-access-list 100 permit any 192.168.1.0 0.0.0.255 host 10.1.1.1 Delete the transmission-source 192.168.1.0/24 from extended IPv4 access list "TEST" SWP1(config)#no ip-access-list extended TEST permit any 192.168.1.0 0.0.0.255 host 10.1.1.1 13.2.
| Command Reference | Traffic control SWP1(config)#no ip-access-list 3002 permit 3ffe:506::/32 Delete 3ffe:506::/32 from IPv6 access list "TEST" SWP1(config)#no ip-access-list ipv6 TEST permit 3ffe:506::/32 13.2.
Command Reference | Traffic control | 199 13.2.
| Command Reference | Traffic control [Parameter] value : <0 - 7> CoS value set by pre-marking [Input mode] policy map class mode [Description] Changes the CoS value of the classified traffic class to the specified CoS value. In addition, reassign the egress queue according to the egress queue ID table that corresponds to the trust mode. If this is executed with the "no" syntax, pre-marking processing of the CoS value corresponding to the traffic class is removed.
Command Reference | Traffic control | 201 SWP1(config)#class-map class1 SWP1(config-cmap)#match access-group 1 SWP1(config-cmap)#exit [Policy settings] SWP1(config)#policy-map policy1 SWP1(config-pmap)#class class1 SWP1(config-pmap-c)#set ip-precedence 5 SWP1(config-pmap-c)#exit SWP1(config-pmap)#exit SWP1(config)#interface ge1 SWP1(config-if)#service-policy input policy1 13.2.
| Command Reference | Traffic control 13.2.
Command Reference | Traffic control | 203 SWP1(config)#policy-map policy1 SWP1(config-pmap)#class class1 SWP1(config-pmap-c)#police 48 12 12 yellow-action remark red-action drop SWP1(config-pmap-c)#remark-map yellow ip-dscp 10 SWP1(config-pmap-c)#exit SWP1(config-pmap)#exit SWP1(config)#interface ge1 SWP1(config-if)#service-policy input policy1 13.2.
| Command Reference | Traffic control • • • Permit traffic from the 10.1.0.0 network Categorize bandwidth classes as CIR:48kbps, PIR:96kbps, CBS:12kbyte, and PBS:12kbyte Green: forward, Yellow: rewrite DSCP value to 10, Red: discard [Traffic class definition] SWP1(config)#ip-access-list 1 permit 10.1.0.0 0.0.255.
Command Reference | Traffic control | 205 Up to four user-defined values may be used for pre-marking/remarking to a DSCP value not recommended in the RFC. The following table shows the DSCP values that are recommended in the RFC.
| Command Reference | Traffic control 13.2.
Command Reference | Traffic control | 207 no police [Keyword] twin-rate : Use twin-rate policer : <1 - 102300000> [Parameter] CIR Traffic rate (kbps) PIR : <1 - 102300000> Peak traffic rate (kbps). A value less than CIR cannot be specified.
| Command Reference | Traffic control [Parameter] color : Bandwidth class to remark Setting value type : Description yellow Make remarking settings for bandwidth class Yellow red Make remarking settings for bandwidth class Red Type of remarking Setting value value : Description cos CoS remarking ip-precedence TOS precedence remarking ip-dscp DSCP remarking <0 - 7> CoS or TOS precedence remarking value : <0 - 63> DSCP remarking value [Input mode] aggregate policer mode [Description
Command Reference | Traffic control | 209 13.2.40 Show aggregate policers [Syntax] show aggregate-police [name] [Parameter] name : Aggregate policer name. If this is omitted, the command applies to all aggregate policers. [Input mode] unprivileged EXEC mode、priviledged EXEC mode [Description] Shows the contents of an aggregate policer. The contents shown are the same as in the police section shown by the show classmap command. [Note] In order to execute this command, QoS must be enabled.
| Command Reference | Traffic control SWP1(config-pmap)#class class1 SWP1(config-pmap-c)#police-aggregate AGP-01 SWP1(config-pmap-c)#exit SWP1(config-pmap)#class class2 SWP1(config-pmap-c)#police-aggregate AGP-01 SWP1(config-pmap-c)#exit SWP1(config-pmap)#exit SWP1(config)#interface ge1 SWP1(config-if)#service-policy input policy1 13.2.42 Show metering counters [Syntax] show mls qos metering-counters [ifname] [Parameter] ifname : LAN/SFP port name.
Command Reference | Traffic control | 211 [Description] Clears the metering totals for all policers (individual policers / aggregate policers) on the specified LAN/SFP port. [Note] In order to execute this command, QoS must be enabled. [Example] Clear the metering totals for LAN port #1. SWP1#clear mls qos metering-counter ge1 13.2.
| Command Reference | Traffic control [Input mode] policy map class mode [Description] Assigns an egress queue to the classified traffic class. Use the DSCP value to specify the egress queue; the egress queue that is assigned is based on the "DSCP-egress queue ID conversion table." If this is executed with the "no" syntax, the specification of egress queue based on traffic class is removed. [Note] In order to execute this command, QoS must be enabled.
Command Reference | Traffic control | 213 If this command is executed with the "no" syntax, the egress queue uses the strict priority (SP) method. [Note] In order to execute this command, QoS must be enabled. [Example] Set egress queues #7 and #6 to the SP method (7 has priority), and set #5, #4, #3, #2, #1, and #0 to the WRR method (5:5:5:2:1:1).
| Command Reference | Traffic control ID of egress queue CIR : <18-1000000> Traffic rate (kbps). Since rounding occurs, the value actually applied to the input value might be less (see [Note]) BC : <4-16000> Burst size (kbyte). Specified in 4-kbyte units.
Command Reference | Traffic control | 215 [Example] Enable flow control for system. SWP1(config)#flowcontrol enable 13.3.2 Set flow control (IEEE 802.
| Command Reference | Traffic control [Initial value] flow control threshold pause 80 cancel 60 [Input mode] global configuration mode [Description] Flow control threshold values are specified with the system as the unit. If this command is executed with the "no" syntax, the threshold value for starting control and the threshold value for canceling control are returned to their default settings. [Note] These settings apply to every LAN/SFP port for which flow control is enabled.
Command Reference | Traffic control | 217 13.4 Storm control 13.4.1 Set storm control [Syntax] storm-control type [type..] level level no storm-control [Parameter] type : Storm control type Storm control type level : Description broadcast Enables broadcast storm control multicast Enables multicast storm control unicast Enables control for unicast frames with unknown address <0.00-100.
| Command Reference | Traffic control ge1 ge2 ge3 ge4 ge5 ge6 ge7 ge8 ge9 30.00% 20.00% 100.00% 100.00% 50.00% 100.00% 100.00% 100.00% 100.00% 30.00% 20.00% 100.00% 100.00% 50.00% 100.00% 100.00% 100.00% 100.00% 100.00% 20.00% 100.00% 100.00% 100.00% 100.00% 30.00% 30.00% 100.
Command Reference | Index | 219 Index A E aaa authentication auth-mac 106 aaa authentication dot1x 106 access-list (Extended IP) 169 access-list (IPv6) 172 access-list (MAC) 174 access-list (Standard IPv4) 167 access-list remark (Extended IP) 170 access-list remark (IPv6) 172 access-list remark (MAC) 175 access-list remark (Standard IPv4) 168 aggregate-police 205 arp 63 arp-ageing-timeout 63 auth dynamic-vlan-creation 111 auth guest-vlan 111 auth host-mode 109 auth reauthentication 110 auth timeout quiet
| Command Reference | Index lacp timeout 101 led-mode default 53 line console 40 line vty 40 logging host 43 logging stdout info 45 logging trap debug 44 logging trap error 44 logging trap informational 44 loop-detect blocking 149 loop-detect enable (global configuration mode) 148 loop-detect enable (interface mode) 148 loop-detect reset 150 M mac access-group 175 mac-access-list 198 mac-address-table acquire 150 mac-address-table ageing-time 151 mac-address-table static 152 match access-group 190 matc
Command Reference | Index | 221 show ipv6 access-list 177 show ipv6 interface 67 show ipv6 neighbors 70 show ipv6 route 68 show ipv6 route database 69 show ipv6 route summary 69 show l2ms 49 show lacp sys-id 101 show lacp-counter 102 show led-mode 54 show line 41 show logging 45 show loop-detect 150 show mac access-list 177 show mac-address-table 153 show mirror 90 show mld snooping groups 164 show mld snooping interface 165 show mld snooping mrouter 164 show mls qos 182 show mls qos interface 182 show mls
| Command Reference | Index
