Variable
Value
Type
Type of OSPF interface (broadcast, nbma, point-to-point,
or point-to-multipoint).
AdminStat
Current administrative state of the OSPF interface
(enabled or disabled).
Rtrpriority
OSPF priority for the interface during the election process
for the designated router. The interface with the highest
priority number is the designated router. The interface with
the second-highest priority becomes the backup
designated router. If the priority is 0, the interface cannot
become the designated router or the backup. The priority
is used only during election of the designated router and
backup designated router. The range is 0—255. The
default is 1.
TransitDelay
Length of time, in seconds (1—1800), required to transmit
an LSA update packet over the interface.
The default value is 1.
RetransInterval
Length of time, in seconds (1—1800), required between
LSA retransmissions.
The default value is 5.
HelloInterval
Length of time, in seconds, between hello packets. This
value must be the same for all routers attached to a
common network. The default is 10 seconds.
Important:
When you change the Hello interval values, you must
save the configuration file and reboot the switch for the
values to be restored and checked for consistency.
RtrDeadInterval
Adjacent routers use this interval to determine if the router
is removed from the network. The interval must be identical
on all routers on the subnet and a minimum of four times
the Hello Interval. To avoid interpretability issues, the
RtrDeadInterval value for the OSPF interface must match
with the RtrDeadInterval value for the OSPF virtual
interface. The default is 40 seconds.
PollInterval
Length of time, in seconds, between hello packets sent to
an inactive OSPF router. The default value is 120.
State
A read-only field indicating the OSPFv3 interface state:
• down
• loopback
• waiting
• pointToPoint
• designatedRouter
IPv6 routing configuration using Enterprise Device Manager
144 Configuration — IPv6 Routing
November 2010
Содержание ERS 8600 series
Страница 1: ...Configuration IPv6 Routing Avaya Ethernet Routing Switch 8800 8600 7 0 NN46205 504 03 03 November 2010...
Страница 14: ...New in this release 14 Configuration IPv6 Routing November 2010...
Страница 78: ...IPv6 routing configuration 78 Configuration IPv6 Routing November 2010...
Страница 132: ...Basic IPv6 configuration using the ACLI 132 Configuration IPv6 Routing November 2010...
Страница 176: ...IPv6 routing configuration using the CLI 176 Configuration IPv6 Routing November 2010...
Страница 194: ...IPv6 routing configuration using the ACLI 194 Configuration IPv6 Routing November 2010...
Страница 198: ...IPv6 DHCP Relay configuration using Enterprise Device Manager 198 Configuration IPv6 Routing November 2010...
Страница 206: ...IPv6 DHCP Relay configuration using the CLI 206 Configuration IPv6 Routing November 2010...
Страница 224: ...IPv6 VRRP configuration using Enterprise Device Manager 224 Configuration IPv6 Routing November 2010...
Страница 238: ...IPv6 VRRP configuration using the CLI 238 Configuration IPv6 Routing November 2010...
Страница 250: ...IPv6 VRRP configuration using the ACLI 250 Configuration IPv6 Routing November 2010...
Страница 262: ...IPv6 RSMLT configuration using the CLI 262 Configuration IPv6 Routing November 2010...
Страница 268: ...IPv6 RSMLT configuration using the ACLI 268 Configuration IPv6 Routing November 2010...
Страница 292: ...Multicast protocol configuration using Enterprise Device Manager 292 Configuration IPv6 Routing November 2010...
Страница 306: ...Multicast protocol configuration using the ACLI 306 Configuration IPv6 Routing November 2010...
Страница 344: ...IPv6 traffic filter configuration using the ACLI 344 Configuration IPv6 Routing November 2010...
Страница 398: ...CLI show commands 398 Configuration IPv6 Routing November 2010...