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how to set a mac limit on an interface
set ethernet-switching-options secure-access-port interface <interface-name> mac-limit <mac-limit>
Use the following command in the configuration mode: set ethernet-switching-options secure-access-port interface <interface-name> mac-limit <mac-limit ncommit
delete the mac limit on interface ge-0/0/4
delete ethernet-switching-options secure-access-port interface <interface-name> mac-limit
Use the following command in the configuration mode: delete ethernet-switching-options secure-access-port interface ge-0/0/4 mac-limit commit
set a mac limit of 10 on interface ge-0/0/8
set ethernet-switching-options secure-access-port interface <interface-name> mac-limit <mac-limit>
Use the following command in the configuration mode: set ethernet-switching-options secure-access-port interface ge-0/0/8 mac-limit 10 commit
set a mac limit of 1 on all interfaces
set ethernet-switching-options secure-access-port interface all mac-limit <mac-limit>
Use the following command in the configuration mode: set ethernet-switching-options secure-access-port interface all mac-limit 1 commit
how to set a mac limiton all interfaces
set ethernet-switching-options secure-access-port interface all mac-limit <mac-limit>
Use the following command in the configuration mode: set ethernet-switching-options secure-access-port interface all mac-limit <mac-limit> commit
delete the mac limit on all interfaces
delete ethernet-switching-options secure-access-port interface all mac-limit
Use the following command in the configuration mode: set ethernet-switching-options secure-access-port interface all mac-limit commit
Limit the number of connected devices to one on each interface on the EX3300 switch
set ethernet-switching-options secure-access-port interface all mac-limit <mac-limit> commit
Use the following command in the configuration mode: set ethernet-switching-options secure-access-port interface all mac-limit 1 commit
how to set a list of allowed Mac addresses on a specific interface
set ethernet-switching-options secure-access-port interface interface-name allowed-mac <mac-address>
Use the following command in the configuration: set ethernet-switching-options secure-access-port interface interface-name allowed-mac <mac-address> commit
how to set a mac limit on interface range
set ethernet-switching-options secure-access-port interface <range-name> mac-limit <mac-limit> commit
Use the following command in the configuration mode: set ethernet-switching-options secure-access-port interface <range-name> mac-limit <mac-limit> commit
Clear all MAC address entries in the forwarding table
clear ethernet-switching-table
Use the following command in the operational mode: clear ethernet-switching-table
Clear all MAC address entries in the ethernet switching table
clear ethernet-switching-table
Use the following command in the operational mode: clear ethernet-switching-table
Clear port errors on the switch
clear ethernet-switching port-error
Use the following command in the operational mode: clear ethernet-switching port-error
Clear a bridge protocol data unit (BPDU) error condition
clear ethernet-switching bpdu-error
Use the following command in the operational mode: clear ethernet-switching bpdu-error
clear bpdu errors
clear ethernet-switching bpdu-error
Use the following command in the operational mode: clear ethernet-switching bpdu-error
Clear bpdu errors on interface ge-0/0/8
clear ethernet-switching bpdu-error interface <interface-name>
Use the following command in the operational mode: clear ethernet-switching bpdu-error interface ge-0/0/8
how to clear bpdu errors on a specific interface
clear ethernet-switching bpdu-error interface <interface-name>
Use the following command in the operational mode: clear ethernet-switching bpdu-error interface <interface-name>
clear port errors on the interface ge-0/0/9
clear ethernet-switching port-error interface <interface-name>
Use the following command in the operational mode: clear ethernet-switching port-error interface ge-0/0/9
clear port errors on specific interface
clear ethernet-switching port-error interface <interface-name>
Use the following command in the operational mode: clear ethernet-switching port-error interface <interface-name>
how to clear port errors on specific interface
clear ethernet-switching port-error interface <interface-name>
Use the following command in the operational mode: clear ethernet-switching port-error interface <interface-name>
restore the interfaces blocked due to storm control violation
clear ethernet-switching port-error
Use the following command in the operational mode: clear ethernet-switching port-error
restore the operation on interface ge-0/0/8
clear ethernet-switching port-error interface <interface-name>
Use the following command in the operational mode: clear ethernet-switching port-error interface ge-0/0/8
manually clear storm control violation on interface ge-0/0/12
clear ethernet-switching port-error interface <interface-name>
Use the following command in the operational mode: clear ethernet-switching port-error interface ge-0/0/12
How to configure preprovisioned virtual-chassis for ex3300 switches
set virtual-chassis preprovisioned set virtual-chassis member <member-id> serial-number <serial-number> role routing-engine set virtual-chassis member <member-id> serial-number <serial-number> role line-card
Use the following command in the configuration mode: set virtual-chassis preprovisioned set virtual-chassis member <member-id> serial-number <serial-number> role routing-engine set virtual-chassis member <member-id> serial-number <serial-number> role line-card commit
configure the virtual chassis member 0 with serial number GA021534033 in the role routing enginer
set virtual-chassis member <member-id> serial-number <serial-number> role routing-engine
Use the following command in the configuration mode: set virtual-chassis member 0 serial-number GA021534033 role routing-engine commit
how to add a virtual chassis member as a routing engine role
set virtual-chassis member <member-id> serial-number <serial-number> role routing-engine
Use the following command in the configuration mode: set virtual-chassis member <member-id> serial-number <serial-number> role routing-engine commit
configure the virtual chassis member 1 with serial number GA021524033 in the role routing enginer
set virtual-chassis member <member-id> serial-number <serial-number> role routing-engine
Use the following command in the configuration mode: set virtual-chassis member 1 serial-number GA021524033 role routing-engine commit
configure the virtual chassis with the member id 3 and serial number GA022534033 in the role line-card
set virtual-chassis member <member-id> serial-number <serial-number> role line-card
Use the following command in the configuration mode: set virtual-chassis member 3 serial-number GA022534033 role line-card commit
how to configure a virtual chassis with the member in the role line-card
set virtual-chassis member <member-id> serial-number <serial-number> role line-card
Use the following command in the configuration mode: set virtual-chassis member <member-id> serial-number <serial-number> role line-card commit
configure the virtual chassis member with id 4 and serial number GA222534033 as a line card
set virtual-chassis member <member-id> serial-number <serial-number> role line-card
Use the following command in the configuration mode: set virtual-chassis member 4 serial-number GA222534033 role line-card commit
delete the virtual chassis member with the id 7
delete virtual-chassis member <member-id>
Use the following command in the configuration mode: delete virtual-chassis member 7 commit
how to delete a virtual chassis member of specific id
delete virtual-chassis member <member-id>
Use the following command in the configuration mode: delete virtual-chassis member <member-id> commit
delete the virtual chassis member 5
delete virtual-chassis member <member-id>
Use the following command in the configuration mode: delete virtual-chassis member 5 commit
disable the virtual chassis split and merge feature
set virtual-chassis no-split-detection
Use the following command in the configuration mode: set virtual-chassis no-split-detection commit
set the virtual chassis no split detection feature
set virtual-chassis no-split-detection
Use the following command in the configuration mode: set virtual-chassis no-split-detection commit
set the virtual-chassis to only accept preprovisioned members
set virtual-chassis preprovisioned
Use the following command in the configuration mode: set virtual-chassis preprovisioned commit
enable the virtual chassis preprovisioned mode
set virtual-chassis preprovisioned
Use the following command in the configuration mode: set virtual-chassis preprovisioned commit
Disable automatic Virtual Chassis port (VCP) conversion in a Virtual Chassis
set virtual-chassis no-auto-conversion
Use the following command in the configuration mode: set virtual-chassis no-auto-conversion commit
Disable automatic virtual chassis VC port conversion
set virtual-chassis no-auto-conversion
Use the following command in the configuration mode: set virtual-chassis no-auto-conversion commit
Enable automatic Virtual Chassis port (VCP) conversion
set virtual-chassis auto-conversion
Use the following command in the configuration mode: set virtual-chassis auto-conversion commit
Enable automatic VC port conversion in virtual-chassis
set virtual-chassis auto-conversion
Use the following command in the configuration mode: set virtual-chassis auto-conversion commit
Enable Fast failover on GE VC uplink ports
set virtual-chassis fast-failover ge
Use the following command in the configuration mode: set virtual-chassis fast-failover ge commit
Enable Fast failover on GE virtual chassis uplink ports
set virtual-chassis fast-failover ge
Use the following command in the configuration mode: set virtual-chassis fast-failover ge commit
set the virtual chassis Fast failover for GE VC uplink ports
set virtual-chassis fast-failover ge
Use the following command in the configuration mode: set virtual-chassis fast-failover ge commit
disable the virtual chassis Fast failover for GE VC uplink ports
delete virtual-chassis fast-failover ge
Use the following command in the configuration mode: delete virtual-chassis fast-failover ge commit
Enable Fast failover on XE VC uplink ports
set virtual-chassis fast-failover xe
Use the following command in the configuration mode: set virtual-chassis fast-failover xe commit
Enable virtual chassis fast failover on XE VC uplink ports
set virtual-chassis fast-failover xe
Use the following command in the configuration mode: set virtual-chassis fast-failover xe commit
set the Fast failover for XE VC uplink ports
set virtual-chassis fast-failover xe
Use the following command in the configuration mode: set virtual-chassis fast-failover xe commit
disable the virtual chassis fast failover for XE VC uplink ports
delete virtual-chassis fast-failover xe
Use the following command in the configuration mode: delete virtual-chassis fast-failover xe commit
delete the virtual chassis fast failover for XE VC uplink ports
delete virtual-chassis fast-failover xe
Use the following command in the configuration mode: delete virtual-chassis fast-failover xe commit
Enable Fast failover on ET VC uplink ports
set virtual-chassis fast-failover et
Use the following command in the configuration mode: set virtual-chassis fast-failover et commit
set the virtual chassis fast failover for ET VC uplink ports
set virtual-chassis fast-failover et
Use the following command in the configuration mode: set virtual-chassis fast-failover et commit
delete the virtual chassis Fast failover for ET VC uplink ports
delete virtual-chassis fast-failover et
Use the following command in the configuration mode: delete virtual-chassis fast-failover et commit
remove the virtual chassis Fast failover for ET VC uplink ports
delete virtual-chassis fast-failover et
Use the following command in the configuration mode: delete virtual-chassis fast-failover et commit
show the virtual chassis fast failover status
show virtual-chassis fast-failover
Use the following command in the opertional mode: show virtual-chassis fast-failover
Display Virtual chassis active topology
show virtual-chassis active-topology
Use the following command in the opertional mode: show virtual-chassis active-topology
Display Virtual chassis PFE device topology
show virtual-chassis device-topology
Use the following command in the opertional mode: show virtual-chassis device-topology
show Virtual chassis packet forwarding engine device topology
show virtual-chassis device-topology
Use the following command in the opertional mode: show virtual-chassis device-topology
show Virtual chassis device topology
show virtual-chassis device-topology
Use the following command in the opertional mode: show virtual-chassis device-topology
show Virtual chassis status information
show virtual-chassis status
Use the following command in the opertional mode: show virtual-chassis status
show Virtual chassis status information
show virtual-chassis status
Use the following command in the opertional mode: show virtual-chassis status
display the Virtual chassis status information
show virtual-chassis status
Use the following command in the opertional mode: show virtual-chassis status
Get routing table from local virtual chassis member
show virtual-chassis protocol route local
Use the following command in the opertional mode: show virtual-chassis protocol route local
show the virtual chassis routing table from local member
show virtual-chassis protocol route local
Use the following command in the opertional mode: show virtual-chassis protocol route local
Display the virtual chassis protocol interface information
show virtual-chassis protocol interface
Use the following command in the opertional mode: show virtual-chassis protocol interface
Show the virtual chassis protocol interface information
show virtual-chassis protocol interface
Use the following command in the opertional mode: show virtual-chassis protocol interface
Show the virtual chassis routing table
show virtual-chassis protocol route
Use the following command in the opertional mode: show virtual-chassis protocol route
How to configure a static route
set routing-options static route <network-address/subnet-mask> next-hop <next-hop-ip-address>
Use the following command in the configuration mode: set routing-options static route <network-address/subnet-mask> next-hop <next-hop> commit
Configure a static route to network 192.168.100.0/24 with the next hop 192.168.100.1
set routing-options static route <network-address/subnet-mask> next-hop <next-hop-ip-address>
Use the following command in the configuration mode: set routing-options static route 192.168.100.0/24 next-hop 192.168.100.1 commit
Configure a static route to network 10.168.100.0/24 with the next hop 10.168.100.1
set routing-options static route <network-address/subnet-mask> next-hop <next-hop-ip-address>
Use the following command in the configuration mode: set routing-options static route 10.168.100.0/24 next-hop 10.168.100.1 commit
set up a static route to network 10.16.10.0/24 with the next hop 10.16.10.1
set routing-options static route <network-address/subnet-mask> next-hop <next-hop-ip-address>
Use the following command in the configuration mode: set routing-options static route 10.16.10.0/24 next-hop 10.16.10.1 commit
assign interface ge-0/0/0 the following IP address 192.168.1.2/24
set interfaces <interface-name> unit <unit-number> family inet address <ip-address/subnet-mask>
Use the following command in the configuration mode: set interfaces ge-0/0/0 unit 0 family inet address 192.168.1.2/24 commit
set the ip address 192.168.100.3/24 to the interface ge-0/0/1
set interfaces <interface-name> unit <unit-number> family inet address <ip-address/subnet-mask>
Use the following command in the configuration mode: set interfaces ge-0/0/1 unit 0 family inet address 192.168.100.3/24 commit
how to set IP address to an interface in Juniper ex3300
set interfaces <interface-name> unit <unit-number> family inet address <ip-address/subnet-mask>
Use the following command in the configuration mode: set interfaces <interface-name> unit <unit-number> family inet address <ip-address/subnet-mask> commit
set the following description "Uplink to Lab 2" on interface ge-0/0/10
set interfaces <interface-name> unit <unit-number> description "DESCRIPTION"
Use the following command in the configuration mode: set interfaces ge-0/0/10 unit 0 description "Uplink to Lab 2" commit
set the following description "Printer" on interface ge-1/0/10
set interfaces <interface-name> unit <unit-number> description "DESCRIPTION"
Use the following command in the configuration mode: set interfaces ge-1/0/10 unit 0 description Printer commit
how to set a description to an interface
set interfaces <interface-name> unit <unit-number> description <Description> commit
Use the following command in the configuration mode: set interfaces <interface-name> unit <unit-number> description <Description> commit
display the ethernet switching table
show ethernet-switching table
Use the following command in the operational mode: show ethernet-switching table
display MAC address information of the switch ports
show ethernet-switching table
Use the following command in the operational mode: show ethernet-switching table
show the mac information of the interface ge-0/0/2
show ethernet-switching table interface <interface-name>
Use the following command in the operational mode: show ethernet-switching table interface ge-0/0/2
how to show the mac information of an interface
show ethernet-switching table interface <interface-name>
Use the following command in the operational mode: show ethernet-switching table interface <interface-name>
Determine the interface to which the MAC address 00:19:99:93:93:3a is connected
show ethernet-switching table | match <mac-address>
Use the following command in the operational mode: show ethernet-switching table | match 00:19:99:93:93:3a
Find the interface to which the MAC address ac:b9:2f:2f:81:26 is connected
show ethernet-switching table | match <mac-address>
Use the following command in the operational mode: show ethernet-switching table | match ac:b9:2f:2f:81:26
How to find the interface to which a specific MAC address is connected
show ethernet-switching table | match <mac-address>
Use the following command in the operational mode: show ethernet-switching table |match <mac-address>
How to find the interface to which a device is connected
show ethernet-switching table | match <mac-address>
Use the following command in the operational mode: show ethernet-switching table |match <mac-address>
display MAC address information of the switch ports
show ethernet-switching table
Use the following command in the operational mode: show ethernet-switching table
show the mac information of the interface ge-0/0/2
show ethernet-switching table interface <interface-name>
Use the following command in the operational mode: show ethernet-switching table interface ge-0/0/2
show the ethernet switching table
show ethernet-switching table
Use the following command in the operational mode: show ethernet-switching table
Displays the event log of learned MAC addresses
show ethernet-switching mac-learning-log
Use the following command in the operational mode: show ethernet-switching mac-learning-log
Show MAC address learning log
show ethernet-switching mac-learning-log
Use the following command in the operational mode: show ethernet-switching mac-learning-log
Show media access control learning statistics
show ethernet-switching statistics mac-learning
Use the following command in the operational mode: show ethernet-switching statistics mac-learning
Show MAC learning statistics
show ethernet-switching statistics mac-learning
Use the following command in the operational mode: show ethernet-switching statistics mac-learning
Display MAC learning statistics for all interfaces
show ethernet-switching statistics mac-learning
Use the following command in the operational mode: show ethernet-switching statistics mac-learning
display overview of OSPF information
show ospf overview
Use the following command in the operational mode: show ospf overview
Display Open Shortest Path First (OSPF) overview information
show ospf overview
Use the following command in the operational mode: show ospf overview
Show OSPF link-state database
show ospf database
Use the following command in the operational mode: show ospf database
Display the entries in the OSPF link-state database
show ospf database
Use the following command in the operational mode: show ospf database
show information about entries in the OSPFv2 link-state database for all routing instances
show ospf database
Use the following command in the operational mode: show ospf database
Show OSPF neighbor status information
show ospf neighbor
Use the following command in the operational mode: show ospf neighbor
display OSPF neighbor status
show ospf neighbor
Use the following command in the operational mode: show ospf neighbor
Display information about OSPF neighbors
show ospf neighbor
Use the following command in the operational mode: show ospf neighbor