Part No. 031729-00, Rev. A June 2005 *03172900* *A* OmniSwitch 6600 Family OmniSwitch 7700/7800 OmniSwitch 8800 User Guide Supplement Release 5.1.6.R02 www.alcatel.
This user guide documents OmniSwitch 6600 Family, OmniSwitch 7700/7800, and OmniSwitch 8800 hardware and software. The information described in this guide are subject to change without notice. Copyright © 2005 by Alcatel Internetworking, Inc. All rights reserved. This document may not be reproduced in whole or in part without the express written permission of Alcatel Internetworking, Inc. Alcatel® and the Alcatel logo are registered trademarks of Alcatel.
Contents Chapter 1 User Documentation Addendum ........................................................................... 1-1 OmniSwitch CLI Reference Guide .................................................................................1-1 Chapter 40, “High Availability VLAN Commands” ...............................................1-1 mac-address-table port-mac vlan mac ...............................................................1-2 vlan port-mac bandwidth ...........................................
Contents ipv6 prefix ..............................................................................................................2-14 ipv6 route ................................................................................................................2-16 ping6 .......................................................................................................................2-17 traceroute6 .........................................................................................................
Contents High Availability Firewall Clusters .........................................................................3-6 Traditional Firewall Implementation .................................................................3-7 Configuring High Availability VLANs on a Switch .......................................................3-8 Creating and Deleting VLANs .................................................................................3-9 Creating a VLAN ................................................
Contents vi Release 5.1.6.
1 User Documentation Addendum This chapter includes information that should be added to or changed in the 5.1.6 release of the set of user guides for the OmniSwitch 6600 Family, OmniSwitch 7700/7800, and OmniSwitch 8800. OmniSwitch CLI Reference Guide The following modifications should be made: IPv6 Commands Please refer to Chapter 2, “IPv6 Commands,” in this addendum for CLI commands pertaining to IPv6.
User Documentation Addendum On page 40-5 the MIB Objects section for the vlan port-mac egress-port command should be replaced with the following: vlanHAPortTable vlanHAPortVlanId vlanHAPortType vlanHAPortIfIndex mac-address-table port-mac vlan mac On page 40-6 the following bullet should be added to the Usage Guidelines section for the mac-address-table port-mac vlan mac command: • Note that removing the last MAC address from an HA VLAN is not allowed.
User Documentation Addendum vlan port-mac bandwidth vlan port-mac bandwidth Configures the bandwidth for the ingress flood queue associated with high availability (HA) VLANs. vlan vid port-mac bandwidth mbps Syntax Definitions vid An existing HA VLAN ID number (1–4094). mbps Bandwidth value for the specified HA VLAN flood queue (1mbps – 1000mbps). Defaults By default, the flood queue bandwidth for an HA VLAN is set to 15 mbps.
vlan port-mac bandwidth User Documentation Addendum On page 40-9 and 40-10 the Examples section for the show mac-address-table port-mac command should be replaced with the following: -> show mac-address-table port-mac Port mac configuration for vlan 10 Bandwidth : 15 MB/sec Ingress Port list: 3/5 3/7 Egress Port list: 3/9 3/6 Mac Address list: 00:DA:95:3C:44:55 00:13:14:34:5E:78 01:23:45:C1:17:21 Port mac configuration for vlan 20 Bandwidth : 15 MB/sec Ingress Port list: 1/4 8/2 Egress Port list: 4/9 4/6
User Documentation Addendum vlan port-mac bandwidth vlanHAPortTable vlanHAPortVlanId vlanHAPortType vlanHAPortIfIndex slMacToPortMacTable vlanHAPortVlanId slMacToPortMacAddress vlanTable vlanNumber Chapter 42, “802.1X Commands” On page 42-11 replace the Examples section for the show 802.1x command with the following: -> show 802.1x 1/13 802.
802.1x guest-vlan User Documentation Addendum 802.1x guest-vlan Configures a guest VLAN for an 802.1x port. When non-802.1x traffic is received on the specified port, it is assigned to the guest VLAN. 802.1x slot/port guest-vlan {vid | disable} Syntax Definitions slot The slot number of the 802.1x port. port The 802.1x port number. vid The VLAN ID number that will serve as a guest VLAN for the 802.1x port. disable Disables the guest VLAN functionality for the 802.1x port.
User Documentation Addendum 802.1x guest-vlan Related Commands 802.1x Configures 802.1X parameters on a particular slot/port. 802.1x supp-polling retry Configures the number of times a device is polled for EAP frames. show 802.1x Displays information about ports configured for 802.1X. show 802.1x non-supp Displays non-802.1x devices learned on the switch and their guest VLAN assignments. MIB Objects alaDot1xGuestVlanConfTable alaDot1xGuestVlanNumber Release 5.1.6.
802.1x supp-polling retry User Documentation Addendum 802.1x supp-polling retry Configures the number of times to poll a device for EAP frames to determine whether or not the device is an 802.1x client. 802.1x slot/port supp-polling retry retries Syntax Definitions slot The slot number of the 802.1x port. port The 802.1x port number. retries The number of times a device is polled for EAP frames (1–99). Defaults By default, the number of retries is set to 2.
User Documentation Addendum 802.1x supp-polling retry Related Commands 802.1x guest-vlan Configures a guest VLAN to carry non-802.1x traffic that is received on an 802.1x port. show 802.1x Displays information about ports configured for 802.1X. show 802.1x non-supp Displays non-802.1x devices learned on the switch and their guest VLAN assignments. MIB Objects alaDot1xGuestVlanConfTable alaDot1xSuppPollingCnt Release 5.1.6.
show 802.1x non-supp User Documentation Addendum show 802.1x non-supp Displays a list of all non-802.1x supplicants learned on all 802.1x ports. show 802.1x non-supp [slot/port] Syntax Definitions slot The slot of the port for which you want to display information. port The port for which you want to display 802.1X information. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines If you do not specify a particular slot/port, all non-802.
User Documentation Addendum show 802.1x non-supp Release History Release 5.1.6; command was introduced. Related Commands show 802.1x Displays information about ports configured for 802.1X.
show 802.1x non-supp User Documentation Addendum Note the following when configuring the Loopback0 interface: • The interface name, “Loopback0”, is case sensitive. • The admin parameter is the only configurable parameter supported with this type of interface. • The Loopback0 interface is always active and available. • Only one Loopback0 interface per switch is allowed. • Creating this interface does not deduct from the total number of IP interfaces allowed per VLAN or switch.
User Documentation Addendum show 802.1x non-supp Note. Verify the 802.1X port configuration using the show 802.1x command: -> show 802.1x 1/13 802.1x configuration for slot 1 port 13: direction = both, operational directions = both, port-control = auto, quiet-period (seconds) = 60, tx-period (seconds) = 30, supp-timeout (seconds) = 30, server-timeout (seconds) = 30, max-req = 2, re-authperiod (seconds) = 3600, reauthentication = no Guest Vlan ID = 20, Supplicant polling retry count = 2 Optional.
show 802.1x non-supp User Documentation Addendum Guest VLANs for Non-802.1x Supplicants For those supplicants that are not 802.1x devices—do not send/receive EAP frames—an optional guest VLAN feature is available to allow traffic from these devices on an 802.1x port. If the user-defined guest VLAN is not available, then traffic from a non-802.1x device is dropped. The switch determines whether or not a device is an 802.1x supplicant by sending EAP-Request/Identity frames on the 802.1x port every 0.
User Documentation Addendum show 802.1x non-supp • Only one guest VLAN is allowed per 802.1x port. • The VLAN ID specified must already exist in the switch configuration. Use the vlan command to create a VLAN before configuring it as an 802.1x guest VLAN. • If a guest VLAN is already configured for the specified 802.1x port when the 802.1x guest-vlan command is used, the existing VLAN ID is overwritten with the new value.
show 802.1x non-supp User Documentation Addendum The following example command configures a BGP peering session using a Loopback0 IP interface address: -> ip bgp neighbor 2.2.2.2 update-source Loopback0 See the OmniSwitch 7700/7800/8800 Network Configuration Guide for more information about configuring an IP Loopback0 interface. OmniSwitch 6600 Family Network Configuration Guide The following modifications should be made: Chapter 21, “Configuring 802.1X” Quick Steps for Configuring 802.
User Documentation Addendum show 802.1x non-supp ->show 802.1x users Slot MAC Port User Port Address State Name -----+------------------+--------------------+------------------------3/1 00:60:4f:11:22:33 Connecting user50 3/1 00:60:4f:44:55:66 Held user51 3/1 00:60:4f:77:88:99 Authenticated user52 3/3 00:60:22:15:22:33 Force-authenticated N/A 3/3 00:60:22:44:75:66 Force-authenticated N/A 3/3 00:60:22:37:98:09 Force-authenticated N/A Optional. To display the number of non-802.
show 802.1x non-supp User Documentation Addendum • Once a non-802.1x supplicant is learned on a guest VLAN, it is no longer eligible for Group Mobility classification and assignment. • If a non-802.1x supplicant device becomes 802.1x capable when it is a member of a guest VLAN, upon authentication the device is automatically moved from the guest VLAN to the appropriate 802.1x specified VLAN. Disconnecting the device from the 802.1x port is not required in this scenario. • If an authenticated 802.
User Documentation Addendum show 802.1x non-supp 802.1x port, the device is blocked from accessing that port and no other attempts are made to solicit EAP frames from the device. Note that the polling interval is set to 0.5 seconds between each retry and is not a configurable at this time. Release 5.1.6.
show 802.1x non-supp page 1-20 User Documentation Addendum Release 5.1.6.
2 IPv6 Commands This chapter details Internet Protocol Version 6 (IPv6) commands for the switch (including RIPng commands). IPv6 (documented in RFC 2460) is designed as a successor to IPv 4.
IPv6 Commands A summary of the IPv6 commands is listed here: IPv6 ipv6 interface ipv6 address ipv6 hop-limit ipv6 interface tunnel source destination ipv6 hop-limit ipv6 pmtu-lifetime ipv6 host ipv6 neighbor ipv6 prefix ipv6 route ping6 traceroute6 debug ipv6 packet debug ipv6 trace-category show ipv6 hosts show ipv6 icmp statistics show ipv6 interface show ipv6 pmtu table clear ipv6 pmtu table clear ipv6 neighbors show ipv6 prefixes show ipv6 routes show ipv6 tcp ports show ipv6 traffic clear ipv6 traffi
IPv6 Commands ipv6 interface ipv6 interface Configures an IPv6 interface on a VLAN or IPv6 tunnel.
ipv6 interface IPv6 Commands ra-default-lifetime time Value, in seconds, to be placed in the router lifetime field in router advertisements sent on this interface. The time must be zero or between the value of “ra-max-interval” and 9,000 seconds. A value of zero indicates that the router is not to be used as a default router. The “no radefault-lifetime” option will calculate the value using the formula (3 * ra-max-interval). enable | disable Administratively enable or disable the interface.
IPv6 Commands ipv6 interface Example -> ipv6 interface Test vlan 1 -> ipv6 interface Test_Tunnel tunnel 2 -> ipv6 interface Test_6to4 tunnel 6to4 Release History Release 5.1.6; command was introduced. Related Commands show ipv6 interface Displays IPv6 Interface Table show ipv6 tunnel Displays IPv6 Tunnel information and whether the 6to4 tunnel is enabled.
ipv6 address IPv6 Commands ipv6 address Configures an IPv6 address for an IPV6 interface on a VLAN, configured tunnel, or a 6to4 tunnel. There are different formats for this command depending on the address type.
IPv6 Commands ipv6 address Example -> ipv6 address 4132:86::19A/64 Test_Lab -> ipv6 address 2002:d423:2323::35/64 Test_6to4 Release History Release 5.1.6; command was introduced. Related Commands show ipv6 interface Displays IPv6 Interface Table.
ipv6 interface tunnel source destination IPv6 Commands ipv6 interface tunnel source destination Configures the source and destination IPv4 addresses for a configured tunnel. ipv6 interface if_name tunnel {[source ipv4_source] [destination ipv4_destination]} Syntax Definitions if_name Name assigned to the tunnel interface. ipv4_source Source IPv4 address for the configured tunnel. ipv4_destination Destination IPv4 address for the configured tunnel. Defaults N/A.
IPv6 Commands ipv6 dad-check ipv6 dad-check Runs a Duplicate Address Detection (DAD) check on an address that was marked as duplicated. ipv6 dad-check ipv6_address if_name Syntax Definitions ipv6_address IPv6 address. ip_name Name assigned to the interface. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines The switch performs DAD check when an interface is attached to the stack and its VLAN first enters the active state.
ipv6 hop-limit IPv6 Commands ipv6 hop-limit Configures the value placed in the hop limit field in the header of all IPv6 packets that are originated by the switch. It also configures the value placed in the hop limit field in router advertisements. ipv6 hop-limit value no ipv6 hop-limit Syntax Definitions value Hop limit value. The range is 0 - 255.
IPv6 Commands ipv6 pmtu-lifetime ipv6 pmtu-lifetime Configures the configure the minimum lifetime for entries in the path MTU Table. ipv6 pmtu-lifetime time Syntax Definitions time Minimum path MTU entry lifetime, in minutes. Valid range is 10 1440. Defaults parameter default time 60 Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines N/A. Example -> ipv6 pmtu-lifetime 30 Release History Release 5.1.6; command was introduced.
ipv6 host IPv6 Commands ipv6 host Configures a static host name to IPv6 address mapping to the local host table. ipv6 host name ipv6_address no ipv6 host name ipv6_address Syntax Definitions name Host name associated with the IPv6 address (1 - 255 characters). ipv6_address IPv6 address. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines Use the “no” form of the command to remove the mapping from the host table.
IPv6 Commands ipv6 neighbor ipv6 neighbor Configures a static entry in the IPv6 Neighbor Table. ipv6 neighbor ipv6_address hardware_address {if_name} slot/port no ipv6 neighbor ipv6_address {if_name} Syntax Definitions ipv6_address IPv6 address that corresponds to the hardware address. hardware_address MAC address in hex format (e.g., 00:00:39:59:F1:0C). if_name Name assigned to the interface on which the neighbor resides. slot/port Slot/port used to reach the neighbor. Defaults N/A.
ipv6 prefix IPv6 Commands ipv6 prefix Configures an IPv6 prefix on an interface. Used for configuring prefixes for router advertisements. ipv6 prefix ipv6_address /prefix_length if_name [valid-lifetime time] [preferred-lifetime time] [on-link-flag {true | false} [autonomous-flag {true | false}] if_name no ipv6 prefix ipv6_address /prefix_length if_name Syntax Definitions ipv6_address IPv6 address of the interface. /prefix_length The number of bits that are significant in the iPv6 address (mask). (0...
IPv6 Commands ipv6 prefix Release History Release 5.1.6; command was introduced. Related Commands show ipv6 prefixes Displays IPv6 prefixes used in router advertisements. MIB Objects IPv6IfIndex alaIPv6InterfacePrefixTable alaIP6vInterfacePrefix alaIP6vInterfacePrefixLength alaIP6vInterfacePrefixValidLifetime alaIP6vInterfacePrefixPreferredLifetime alaIP6vInterfacePrefixonLinkFlag alaIP6vInterfacePrefixAutonomousFlag alaIP6vInterfacePrefixRowStatus Release 5.1.6.
ipv6 route IPv6 Commands ipv6 route Configures a static entry in the IPv6 route. ipv6 route ipv6_prefix/prefix_length ipv6_address [if_name] no ipv6 route ipv6_prefix/prefix_length ipv6_address [if_name] Syntax Definitions ipv6_prefix IPv6 network that is the destination of this static route. /prefix_length The number of bits that are significant in the iPv6 address (mask). (0...128). ipv6_address IPv6 address of the next hop used to reach the specified network.
IPv6 Commands ping6 ping6 Used to test whether an IPv6 destination can be reached from the local switch. This command sends an ICMPv6 echo request to a destination and then waits for a reply. To ping a destination, enter the ping6 command and enter either the destination’s IPv6 address or hostname. The switch will ping the destination using the default frame count, packet size, and interval (6 frames, 64 bytes, and 1 second respectively).
ping6 IPv6 Commands Example -> ping6 fe80::2d0:95ff:fe6a:f458/64 Release History Release 5.1.6; command was introduced. Related Commands traceroute6 page 2-18 Used to find the path taken by an IPv6 packet from the local switch to a specified destination. Release 5.1.6.
IPv6 Commands traceroute6 traceroute6 Used to find the path taken by an IPv6 packet from the local switch to a specified destination. This command displays the individual hops to the destination as well as some timing information. traceroute6 {ipv6_address | hostname} [if_name] [max-hop hop_count] [wait-time time] [port port_number] [probe-count probe] Syntax Definitions ipv6_address Destination IPV6 address IPv6 address of the host whose route you want to trace.
traceroute6 IPv6 Commands Related Commands ping6 page 2-20 Used to test whether an IPv6 destination can be reached from the local switch. Release 5.1.6.
IPv6 Commands debug ipv6 packet debug ipv6 packet Configures the display of IPv6 debug messages.
debug ipv6 packet IPv6 Commands direction Allows filtering of packets based on the direction of flow: all - debug both incoming and outgoing packets in - debug incoming IPv6 packets out - debug outgoing packets from-cmm - debug packets received from the CMM. from-ipv4 - debug packets received from an IPv4 interface. to-cmm - debug packets sent to the CMM. to-ipv4 - debug packets sent to an IPv4 interface. output Specifies the destination for the debug information.
IPv6 Commands debug ipv6 packet Related Commands debug ipv6 trace-category Enables/disables specific IPv6 EDR trace categories. MIB Objects N/A. Release 5.1.6.
debug ipv6 trace-category IPv6 Commands debug ipv6 trace-category Enables/disables specific IPv6 EDR trace categories. If a category is enabled (e.g., vlan, tunnel), switch log messages generated for that category are written to the switch log.
IPv6 Commands debug ipv6 trace-category Usage Guidelines • Use the no form of the command to disable debug messages for a category. • The general and monitor categories are the only ones enabled by default. • Options are additive across multiple command lines until reset with the “default” option. • This command controls only debug level switch log messages (Debug 1,2,3). Messages at higher levels are always logged. Example -> debug ipv6 trace-category all Release History Release 5.1.
show ipv6 hosts IPv6 Commands show ipv6 hosts Displays IPv6 Local Hosts Table. show ipv6 hosts [substring] Syntax Definitions substring Limits the display to host names starting with the specified substring. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines If you do not specify a substring, all IPv6 hosts are displayed. Example -> show ipv6 hosts Name IPv6 Address -------------------------------------------+-------------------------------------ipv6-test1.
IPv6 Commands show ipv6 icmp statistics show ipv6 icmp statistics Displays IPv6 ICMP statistics. show ipv6 icmp statistics [if_name] Syntax Definitions if_name Display statistics only for this interface. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines The ICMP Table can be used to monitor and troubleshoot the switch.
show ipv6 icmp statistics IPv6 Commands output definitions Total Total number of ICMPv6 messages the switch received or attempted to send. Errors Number of ICMPv6 messages the switch sent or received but was unable to process because of ICMPv6-specific errors (bad checksums, bad length, etc.). Destination Unreachable Number of Destination Unreachable messages that were sent or received by the switch.
IPv6 Commands show ipv6 icmp statistics MIB Objects ipv6IfIcmpTable ipv6IfIcmpInMsgs ipv6IfIcmpInErrors ipv6IfIcmpInDestUnreachs ipv6IfIcmpInAdminProhibs ipv6IfIcmpInTimeExcds ipv6IfIcmpInParmProblems ipv6IfIcmpInPktTooBigs ipv6IfIcmpInEchos ipv6IfIcmpInEchoReplies ipv6IfIcmpInRouterSolicits ipv6IfIcmpInRouterAdvertisements ipv6IfIcmpInNeighborSolicits ipv6IfIcmpInNeighborAdvertisements ipv6IfIcmpInRedirects ipv6IfIcmpInGroupMembQueries ipv6IfIcmpInGroupMembResponses ipv6IfIcmpInGroupMembReductions ipv6If
show ipv6 interface IPv6 Commands show ipv6 interface Displays IPv6 Interface Table. show ipv6 interface [if_name | loopback] Syntax Definitions if_name Interface name. Limits the display to a specific interface. loopback Limits display to loopback interfaces. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines • If you do not specify an interface name, all IPv6 interfaces are displayed. • Specify an interface name (e.g.
IPv6 Commands show ipv6 interface -> show ipv6 interface v6if-6to4-137 v6if-6to4-137 IPv6 interface index Administrative status Operational status Link-local address(es): Global unicast address(es): 2002:d423:2323::35/64 Anycast address(es): 2002:d423:2323::/64 Joined group addresses: ff02::1:ff00:0 ff02::2:93da:68lb ff02::1 ff02::1:ff00:35 Maximum Transfer Unit (MTU) Send Router Advertisements Maximum RA interval (sec) Minimum RA interval (sec) RA managed config flag RA other config flag RA reachable tim
show ipv6 interface IPv6 Commands -> show ipv6 interface v6if-tunnel-137 v6if-tunnel-137 IPv6 interface index = Administrative status = Operational status = Link-local address(es): fe80::2d0:95ff:fe12:f470/64 Global unicast address(es): 137:35:35:35/64 Anycast address(es): 137:35:35:35/64 Joined group addresses: ff02::1:ff00:0 ff02::1:ff00:35 ff02::2:93da:68lb ff02::1 ff02::1:ff12:f470 Maximum Transfer Unit (MTU) = Send Router Advertisements = Maximum RA interval (sec) = Minimum RA interval (sec) = RA man
IPv6 Commands show ipv6 interface output definitions RA managed config flag True/False value in the managed address configuration flag field in router advertisements. RA other config flag The True/False value in the other stateful configuration flag field in router advertisements sent over this interface. RA reachable time (ms) Value placed in the reachable time field in the router advertisements sent over this interface.
show ipv6 interface IPv6 Commands alaIPv6InterfaceTable alaIPv6InterfaceName alaIPv6InterfaceAddress alaIPv6InterfaceAdminStatus alaIPv6InterfaceRowStatus alaIPv6InterfaceDescription alaIPv6InterfaceMtu alaIPv6InterfaceType alaIPv6InterfaceAdminStatus alaIPv6InterfaceSendRouterAdvertisements alaIPv6InterfaceMaxRtrAdvInterval alaIPv6InterfaceAdvManagedFlag alaIPv6InterfaceAdvOtherConfigFlag alaIPv6InterfaceAdvReachableTime alaIPv6InterfaceAdvRetransTimer alaIPv6InterfaceAdvDefaultLifetime alaIPv6InterfaceN
IPv6 Commands show ipv6 pmtu table show ipv6 pmtu table Displays the IPv6 Path MTU Table. show ipv6 pmtu table Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines N/A. Example -> show ipv6 pmtu table 1-PMTU Entry Destination Address MTU Expires --------------------------------------------------------+--------+------fe80::02d0:c0ff:fe86:1207 1280 1h 0m output definitions Destination Address IPv6 address of the path's destination.
show ipv6 pmtu table IPv6 Commands Related Commands ipv6 pmtu-lifetime Configures the configure the minimum lifetime for entries in the path MTU Table. clear ipv6 pmtu table Removes all entries from the IPv6 path MTU Table. MIB Objects alaIPv6ConfigTable alaIPv6PMTUDest alaIPv6PMTUexpire page 2-36 Release 5.1.6.
IPv6 Commands clear ipv6 pmtu table clear ipv6 pmtu table Removes all entries from the IPv6 path MTU Table. clear ipv6 pmtu table Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines N/A. Example -> clear ipv6 pmtu table Release History Release 5.1.6; command was introduced. Related Commands ipv6 pmtu-lifetime Configures the configure the minimum lifetime for entries in the path MTU Table.
show ipv6 neighbors IPv6 Commands show ipv6 neighbors Displays IPv6 Neighbor Table. show ipv6 neighbors [ipv6_prefix/prefix_length | if_name | hw hardware_address | static] Syntax Definitions ipv6_prefix/prefix_length IPv6 prefix. Restricts the display to those neighbors starting with the specified prefix. if_name Interface name. Restricts the display to those neighbors reached via the specified interface. hardware_address MAC address. Restricts the display to the specified MAC address.
IPv6 Commands show ipv6 neighbors Release History Release 5.1.6; command was introduced. Related Commands ipv6 neighbor Configures a static entry in the IPv6 Neighbor Table. MIB Objects ipv6IfIndex alaIPv6NeighborTable alaIPv6NeighborNetAddress alaIPv6NeighborPhysAddress alaIPv6NeighborSlot alaIPv6NeighborPort alaIPv6NeighborType alaIPv6NeighborState Release 5.1.6.
clear ipv6 neighbors IPv6 Commands clear ipv6 neighbors Removes all entries, except static entries, from the IPv6 Neighbor Table. clear ipv6 neighbors Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines This commands only clears dynamic entries. If static entries have been added to the table, they must be removed using the no form of the ipv6 neighbor command. Example -> clear ipv6 neighbors Release History Release 5.1.
IPv6 Commands show ipv6 prefixes show ipv6 prefixes Displays IPv6 prefixes used in router advertisements. show ipv6 prefixes Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines N/A.
show ipv6 prefixes IPv6 Commands Release History Release 5.1.6; command was introduced. Related Commands ipv6 prefix Configures an IPv6 prefix on an interface. Used for configuring prefixes for router advertisements.
IPv6 Commands show ipv6 routes show ipv6 routes Displays IPv6 Forwarding Table. show ipv6 routes [ipv6_prefix/prefix_length | static] Syntax Definitions ipv6_prefix/prefix_length IPv6 prefix. Restricts the display to those routes starting with the specified prefix. static Restricts display to statically configured routes. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines If you do not specify an option (e.g., “static”), all IPv6 interfaces are displayed.
show ipv6 routes IPv6 Commands Release History Release 5.1.6; command was introduced. Related Commands ipv6 route Configures a static entry in the IPv6 route. MIB Objects IPv6RouteTable IPv6Routes IPv6RoutesPrefix IPV6RoutesStatic alaIPv6StaticRouteTable alaIPv6StaticRouteEntry page 2-44 Release 5.1.6.
IPv6 Commands show ipv6 tcp ports show ipv6 tcp ports Displays TCP Over IPv6 Connection Table. This table contains information about existing TCP connections between IPv6 endpoints. show ipv6 tcp ports Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines Only connections between IPv6 addresses are contained in this table.
show ipv6 tcp ports IPv6 Commands Related Commands show ipv6 udp ports Displays the UDP Over IPv6 Listener Table. MIB Objects IPv6TcpConnTable IPv6TcpConnEntry IPv6TcpConnLocalAddress IPv6TcpConnLocalPort IPv6TcpConnRemAddress IPv6TcpConnRemPort IPv6TcpConnIfIndex IPv6TcpConnState page 2-46 Release 5.1.6.
IPv6 Commands show ipv6 traffic show ipv6 traffic Displays IPv6 traffic statistics. show ipv6 traffic [if_name] Syntax Definitions if_name Interface name. restricts the display to the specified interface instead of global statistics. Defaults N/A.
show ipv6 traffic IPv6 Commands output definitions Total Total number of input packets received, including those received in error. Header errors Number of input packets discarded due to errors in their IPv6 headers (e.g., version number mismatch, other format errors, hop count exceeded, errors discovered in processing their IPv6 options). Too big Number of input packets that could not be forwarded because their size exceeded the link MTU of the outgoing interface.
IPv6 Commands show ipv6 traffic Release History Release 5.1.6; command was introduced. Related Commands show ipv6 icmp statistics Displays IPv6 ICMP statistics.
clear ipv6 traffic IPv6 Commands clear ipv6 traffic Resets all IPv6 traffic counters. clear ipv6 traffic Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines Use the show ipv6 traffic command to view current IPv6 traffic statistics. Example -> clear ipv6 traffic Release History Release 5.1.6; command was introduced. Related Commands show ipv6 traffic Displays IPv6 traffic statistics..
IPv6 Commands show ipv6 tunnel show ipv6 tunnel Displays IPv6 Tunnel information and whether the 6to4 tunnel is enabled. show ipv6 tunnel Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines N/A.
show ipv6 tunnel IPv6 Commands Related Commands ipv6 interface tunnel source destination Configures the source and destination IPv4 addresses for a configured tunnel. MIB Objects alaIPv6ConfigTunnelTable alaIPv6Tunnel6to4 alaIPv6ConfigTunnelv4Source alaIPv6ConfigTunnelv4Dest page 2-52 Release 5.1.6.
IPv6 Commands show ipv6 udp ports show ipv6 udp ports Displays the UDP Over IPv6 Listener Table. This table contains information about UDP/IPv6 endpoints. show ipv6 udp ports Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines Only endpoints utilizing IPv6 addresses are displayed in this table.
show ipv6 udp ports IPv6 Commands MIB Objects IPv6UdpTable IPv6UdpEntry IPv6UdpLocalAddress IPv6UdpLocalPort IPv6UdpIfIndex page 2-54 Release 5.1.6.
IPv6 Commands ipv6 load rip ipv6 load rip Loads RIPng into memory. When the switch is initially configured, you must load RIPng into memory to enable RIPng routing. ipv6 load rip Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines • RIPng will support a maximum of 1,000 routes. • RIPng will support a maximum of 20 interfaces. • Use the ipv6 rip status command to enable RIPng on the switch.
ipv6 rip status IPv6 Commands ipv6 rip status Enables/disables RIPng on the switch. ipv6 rip status {enable | disable} Syntax Definitions N/A Defaults parameter default enable | disable enable Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines RIPng must be loaded on the switch (ipv6 load rip) to enable RIP on the switch. Example -> ipv6 rip status enable Release History Release 5.1.6; command was introduced. Related Commands ipv6 load rip Loads RIPng into memory.
IPv6 Commands ipv6 rip invalid-timer ipv6 rip invalid-timer Configures the amount of time a route remains active in RIB before being moved to the "Garbage" state. ipv6 rip invalid-timer seconds Syntax Definitions seconds Time, in seconds, that a route will remain in an “Active” state. Valid range is 1 - 300. Defaults parameter default seconds 180 Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines This timer is reset each time a routing update is received.
ipv6 rip garbage-timer IPv6 Commands ipv6 rip garbage-timer Configures the RIPng garbage timer value. When a route in the RIB exceeds the configured Invalid Timer Value, the route is moved to a “Garbage” state in the the RIB. The garbage timer is the length of time a route will stay in this state before it is flushed from the RIB. ipv6 rip garbage-timer seconds Syntax Definitions seconds Time, in seconds, that a route will remain in the RIPng Routing Table before it is flushed from the RIB.
IPv6 Commands ipv6 rip holddown-timer ipv6 rip holddown-timer Configures the amount of time a route is placed in a holddown state. Whenever a route is seen from the same gateway with a higher metric than the route in the RIB, the route goes into holddown. This excludes route updates with an INFINITY metric. ipv6 rip holddown-timer seconds Syntax Definitions seconds Time, in seconds, that a route will remain in a holddown state. Valid range is 0 - 120.
ipv6 rip jitter IPv6 Commands ipv6 rip jitter Configures an offset value for RIPng updates. This is the maximum (positive or negative) value that can be used to offset the update interval. For example, with an update interval of 30 seconds, and a jitter value of 5 seconds, the RIPng update packet would be sent somewhere (random) between 25 and 35 seconds from the previous update. ipv6 rip jitter value Syntax Definitions value Time, in seconds, that a routing update is offset.
IPv6 Commands ipv6 rip route-tag ipv6 rip route-tag Configures the route tag value for RIP routes generated by the switch. ipv6 rip route-tag value Syntax Definitions value Route tag value. Valid range is 0 – 65535. Defaults parameter default value 0 Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines This value does not apply to routes learned from other routers. For these routes, the route tag propagates with the route.
ipv6 rip update-interval IPv6 Commands ipv6 rip update-interval Configures the RIPng update interval. This is the interval, in seconds, that RIPng routing updates will be sent out. ipv6 rip update-interval seconds Syntax Definitions seconds Interval, in seconds, that RIPng routing updates are sent out. Valid range is 0 - 120.
IPv6 Commands ipv6 rip triggered-sends ipv6 rip triggered-sends Configures the behavior of triggered updates. ipv6 rip triggered-sends {all | updated-only | none} Syntax Definitions all All RIPng routes are added to any triggered updates. updated-only Only route changes that are causing the triggered update are included in the update packets. none RIPng routes are not added to triggered updates.
ipv6 rip interface IPv6 Commands ipv6 rip interface Creates/deletes a RIPng interface. ipv6 rip interface if_name [no] ipv6 rip interface if_name Syntax Definitions if_name IPv6 interface name. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines • By default, a RIPng interface is created in the enabled state. • Routing is enabled on a VLAN when you create a router port.
IPv6 Commands ipv6 rip interface Related Commands ipv6 load rip Loads RIPng into memory. ipv6 rip status Enables/disables RIPng on the switch. ipv6 rip interface recv-status Configures IPv6 RIPng interface “Receive” status. When this status is set to "enable", packets can be received on this interface. ipv6 rip interface send-status Configures IPv6 RIPng interface “Send” status. When this status is set to "enable", packets can be sent on this interface.
ipv6 rip interface metric IPv6 Commands ipv6 rip interface metric Configures the RIPng metric or cost for a specified interface. You can set priorities for routes generated by a switch by assigning a metric value to routes generated by that switch’s RIPng interface. For example, routes generated by a neighboring switch may have a hop count of 1. However, you can lower the priority of routes generated by that switch by increasing the metric value for routes generated by the RIPng interface.
IPv6 Commands ipv6 rip interface recv-status ipv6 rip interface recv-status Configures IPv6 RIPng interface “Receive” status. When this status is set to "enable", packets can be received on this interface. When it is set to "disable", packets will not be received on this interface. ipv6 rip interface if_name recv-status {enable | disable} Syntax Definitions if name IPv6 interface name. enable | disable Interface “Receive” status.
ipv6 rip interface send-status IPv6 Commands ipv6 rip interface send-status Configures IPv6 RIPng interface “Send” status. When this status is set to "enable", packets can be sent from this interface. When it is set to "disable", packets will not be sent from this interface. ipv6 rip interface if_name send-status {enable | disable} Syntax Definitions if name IPv6 interface name. enable | disable Interface “Send” status.
IPv6 Commands ipv6 rip interface horizon ipv6 rip interface horizon Configures the routing loop prevention mechanisms. ipv6 rip interface if_name horizon {none | split-only | poison} Syntax Definitions if_name IPv6 interface name. none | split-only | poison none - Disables loop prevention mechanisms. split-only - Enables split-horizon, without poison-reverse. poison - Enables split-horizon with poison-reverse.
ipv6 rip debug-level IPv6 Commands ipv6 rip debug-level Configures the RIPng debug level for all debug types. ipv6 rip debug-level level Syntax Definitions level Debug level. Valid range is 0 - 255. Defaults parameter default level 0 Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines • This command sets the debug level for all configured types. You cannot set different levels for each type.
IPv6 Commands ipv6 rip debug-type ipv6 rip debug-type Configures the type of RIPng messages to debug. ipv6 rip debug-type [error] [warning] [recv] [send] [rdb] [age] [mip] [info] [setup] [time] [tm] [all] Syntax Definitions error Includes error conditions, failures, processing errors, etc. warning Includes general warnings, non-fatal conditions. recv Enables debugging in the receive flow path of the code. send Enables debugging in the send flow path of the code. rdb Debugs RIP database handling.
ipv6 rip debug-type IPv6 Commands Related Commands ipv6 rip debug-level Configures the RIPng debug level. MIB Objects alaRipngDebug alaRipngDebugError alaRipngDebugWarn alaRipngDebugRecv alaRipngDebugSend alaRipngDebugRdb alaRipngDebugAge alaRipngDebugMip alaRipngDebugInfo alaRipngDebugSetup alaRipngDebugTime alaRipngDebugTm alaRipngDebugAll page 2-72 Release 5.1.6.
IPv6 Commands show ipv6 rip show ipv6 rip Displays RIPng status and general configuration parameters.
show ipv6 rip IPv6 Commands Release History Release 5.1; command was introduced. Related Commands ipv6 rip status Enables/disables RIPng routing on the switch. ipv6 rip route-tag Configures the route tag value for RIP routes generated by the switch. ipv6 rip update-interval Configures the Interval, in seconds, that RIPng routing updates are sent out. ipv6 rip invalid-timer Configures the amount of time a route remains active in RIB before being moved to the "garbage" state.
IPv6 Commands show ipv6 rip interface show ipv6 rip interface Displays information for all or specified RIPng interfaces. show ipv6 rip interface [if_name] Syntax Definitions if_name IPv6 interface name. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines If you do not specify an interface, all IPv6 RIP interfaces are displayed.
show ipv6 rip interface IPv6 Commands output definitions Packets Sent Number of packets sent by the interface. Metric RIPng metric (cost) configured for the interface. IPv6 interface index IPv6 interface index number. Interface status Interface status (Active/Inactive). Next update Seconds remaining until the next update on this interface. Horizon mode Interface Horizon Mode (routing loop prevention mechanisms). Displayed modes are none/split-only/poison-reverse.
IPv6 Commands show ipv6 rip interface MIB Objects alaRipngInterfaceTable alaRipngInterfaceEntry alaRipngInterfaceStatus alaRipngInterfacePacketsRcvd alaRipngInterfacePacketsSent alaRipngInterfaceMetric alaRipngInterfaceIndex alaRipngInterfaceNextUpdate alaRipngInterfaceHorizon alaRipngInterfaceMTU alaRipngInterfaceSendStatus alaRipngInterfaceRecvStatus Release 5.1.6.
show ipv6 rip peer IPv6 Commands show ipv6 rip peer Displays a summary of the observed RIPng peers, or specific information about a peer when a peer address is provided. show ipv6 rip peer [ipv6_addresss] Syntax Definitions ipv6_addresss IPv6 address of the peer. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines If you do not specify a peer, all IPv6 RIP peers are displayed.
IPv6 Commands show ipv6 rip peer output definitions Address IPv6 address of the peer. Seen on Interface Interface used to reach the peer. Packets Recvd Number of packets received from the peer. Last Update Number of seconds since the last updated was received from the peer. Peer address Peer IPv6 address. Received packets Number of packets received from the peer. Received bad packets Number of bad packets received from the peer. Received routes Number of RIPng routes received from the peer.
show ipv6 rip routes IPv6 Commands show ipv6 rip routes Displays all or a specific set of routes in the RIPng Routing Table. show ipv6 rip routes [dest ] | [gateway ] | [detail ] Syntax Definitions dest Displays all routes whose destination matches the IPv6 prefix/prefix length. gateway Displays all routes whose gateway matches the specified IPv6 address.
IPv6 Commands show ipv6 rip routes -> show ipv6 rip routes detail 9900::/100 Destination Mask length Gateway(1) Protocol Out Interface Metric Status State Age Tag Gateway(2) Protocol Out Interface Metric Status State Age Tag = = = = = = = = = = = = = = = = = = 9900::, 100, fe80::2d0:95ff:fe12:e050, Local, nssa23, 1, Installed, Active, 10544s, 0, fe80::2d0:95ff:fe12:da40, Rip, bkbone20, 2, Not Installed, Active, 15s, 0, output definitions Destination IPv6 address/address length of the destination.
show ipv6 rip routes IPv6 Commands MIB Objects alaRipngRouteTable alaRipngRouteEntry alaRipngRoutePrefixLen alaRipngRouteNextHop alaRipngRouteType alaRipngRouteAge alaRipngRouteTag alaRipngRouteStatus alaRipngRouteMetric page 2-82 Release 5.1.6.
IPv6 Commands show ipv6 rip debug show ipv6 rip debug Displays the current RIPng debug level and types. show ipv6 rip debug Syntax Definitions N/A. Defaults N/A. Platforms Supported OmniSwitch 6624, 6648, 7700, 7800, 8800 Usage Guidelines N/A. Example -> show ipv6 rip debug Debug Level error warning recv send rdb age mip info setup time tm = = = = = = = = = = = = 0, on, off, off, off, off, off, off, off, off, off, off, Release 5.1.6.
show ipv6 rip debug IPv6 Commands output definitions Debug Level Debug level. Valid range is 0 - 255. Default is 0. Debug Type Status (on/off) error - Includes error conditions, failures, processing errors, etc. warning - Includes general warnings, non-fatal conditions. recv - Enables debugging in the receive flow path of the code. send - Enables debugging in the send flow path of the code. rdb - Debugs RIP database handling. age - Debugs code handling database entry aging/timeouts.
3 Configuring High Availability VLANs High availability (HA) VLANs, unlike standard VLANs, allow you to send traffic intended for a single destination MAC address to multiple switch ports. These high availability VLANs can be used to manage server clusters. In This Chapter This chapter describes the basic components of high availability VLANs and how to configure them through the Command Line Interface (CLI).
Configuring High Availability VLANs High Availability VLANs Specifications The table below lists specifications for high availability VLAN software. RFCs Supported 2674—Definitions of Managed Objects for Bridges with Traffic Classes, Multicast Filtering and Virtual LAN Extensions IEEE Standards Supported 802.1D—Media Access Control Bridges 802.1w—Rapid Reconfiguration (802.1D Amendment 2) 802.1s—Multiple Spanning Trees (802.
Configuring High Availability VLANs Quick Steps for Creating High Availability VLANs Follow the steps below for a quick tutorial on configuring high availability (HA) VLANs. Additional information on how to configure each command is given in the sections that follow.
Configuring High Availability VLANs Note. Optional. You can display the configuration of high availability VLANs with the show macaddress-table port-mac command.
Configuring High Availability VLANs High Availability VLAN Overview High availability (HA) VLANs send traffic intended for a single destination MAC address to multiple switch ports. This section provides a brief overview on how traffic flows in and out of high availability VLANs and how high availability VLANs can manage third-party high availability firewall clusters (see “High Availability Firewall Clusters” on page 3-6 for information).
Configuring High Availability VLANs Ingress and Egress Traffic Flows The figure below shows how ingress traffic is handled by high availability VLANs.
Configuring High Availability VLANs Traditional Firewall Implementation The figure below shows two high availability VLANs that are used to manage a third-party high availability firewall cluster. Unsecure traffic from the Internet comes into the OmniSwitch through the ingress port 1/1 of high availability VLAN 10. This traffic is sent to the high availability cluster through the egress ports that belong to HA VLAN 10 (2/9, 2/10, and 3/5).
Configuring High Availability VLANs Configuring High Availability VLANs on a Switch This section describes how to use the Command Line Interface (CLI) commands to configure high availability (HA) VLANs on a switch. For a brief tutorial on configuring HA VLANs, see “Quick Steps for Creating High Availability VLANs” on page 3-3. When configuring HA VLANs, you must perform the following steps: 1 Create a VLAN.
Configuring High Availability VLANs • It is highly recommended that all switches that participate in an HA VLAN configuration run in the same Spanning Tree mode and use the same Spanning Tree protocol (STP, RSTP, MSTP). Use the show mac-address-table port-mac command to verify the HA VLAN configuration on the switch. See “Displaying High Availability VLAN Status and Statistics” on page 3-19 for more information.
Configuring High Availability VLANs Deleting a VLAN To delete a VLAN use the no form of the vlan command by entering no vlan followed by the VLAN’s ID number. For example, to delete high availability VLAN 10 enter: -> no vlan 10 Assigning and Removing Ingress Ports The following subsections describe how to assign to and remove ingress ports from a high availability VLAN with the vlan port-mac ingress-port command. Note.
Configuring High Availability VLANs Removing Ingress Ports To remove ingress ports from a high availability VLAN you use the no form of the vlan port-mac ingress-port command by entering vlan, followed by the VLAN’s ID number, port-mac no ingress-port, the slot number of the port, a slash (/), and the port number.
Configuring High Availability VLANs Assigning and Removing Egress Ports The following subsections describe how to assign to and remove egress ports from a high availability VLAN with the vlan port-mac egress-port command. Note. Using the vlan port-mac egress-port command will change a standard VLAN to a high availability VLAN. Standard VLAN commands do not apply to high availability VLANs.
Configuring High Availability VLANs You can also remove multiple egress ports by entering vlan, followed by the VLAN’s ID number, portmac no egress-port, the slot number of the first port, a slash (/), the port number of the first port, a space, the slot number of the second port, a slash, and the port number of the second port. Additional ports can also be removed by specifying their slot number, a slash, and their port number preceded by a space.
Configuring High Availability VLANs Removing MAC Addresses To remove a MAC address associated with a high availability VLAN, use the no form of the macaddress-table port-mac vlan mac command. For example, the following command removes MAC address 00:25:9a:5c:2f:10 from VLAN 20: -> mac-address-table port-mac vlan 20 no mac 00:25:9a:5c:2f:10 To remove more than one MAC address from a high availability VLAN using a single command, enter each address on the same command line separated by a space.
Configuring High Availability VLANs Configuring the Flood Queue Bandwidth When the first HA VLAN is created on the switch, an ingress flood queue is automatically created for HA VLAN traffic. By default, the bandwidth size of this queue is set to 15mbps. To change the bandwidth size, use the vlan port-mac bandwidth command.
Configuring High Availability VLANs Application Example 1: Firewall Cluster This section describes how to configure the traditional firewall implementation, which uses a third-party high availability firewall cluster, described in “Traditional Firewall Implementation” on page 3-7. As shown in the figure on page 3-7, traffic from the Internet comes into the switch through high availability VLAN 10 ingress ports.
Configuring High Availability VLANs Application Example 2: Inter-Switch HA VLANs This section describes how to implement an HA VLAN configuration across two switches. As shown in the figure below: • Ports 3/7 and 5/4 connect Switch 1 and Switch 2. Because these ports are both tagged with HA VLAN 5 (not shown), they function as inter-switch ports for VLAN 5. • Traffic from VLAN 5 will flow in both directions through the inter-switch link provided by the 3/4 and 5/7 connection.
Configuring High Availability VLANs -> vlan 2 port default 1/1-3 5/4 4 Configure VLAN 5, which will become an HA VLAN, on both Switch 1 and Switch 2 with the vlan command as shown below: -> vlan 5 5 Assign the ingress ports 2/5, 2/6, and 2/7 to VLAN 5 on Switch 1 with the vlan port-mac ingress-port command as shown below: -> vlan 5 port-mac ingress-port 2/5-7 6 Assign the egress ports 4/10, 4/11, and 4/12 to VLAN 5 on Switch 1 with the vlan port-mac egress- port command as shown below: -> vlan 5 port-
Configuring High Availability VLANs Displaying High Availability VLAN Status and Statistics You can use CLI show commands to display the current configuration and statistics of high availability VLANs on a switch. These commands include the following: show mac-address-table portmac Displays the status and configuration of high availability VLANs. show vlan Displays a list of all VLANs configured on the switch and the status of related VLAN properties (e.g.
Configuring High Availability VLANs A screen similar to the following will be displayed: Port mac configuration for vlan 10 Bandwidth : 15 MB/sec Ingress Port list: 3/5 3/7 Egress Port list: 3/9 3/6 Mac Address list: 00:11:22:33:44:55 00:13:14:34:34:78 01:23:45:67:11:21 Note. See the OmniSwitch CLI Reference Guide.for complete syntax for the show mac-address-table port-mac command. page 3-20 Release 5.1.6.
