Variable
Value
create
<ipv6addr-prefix>
cost
<value>
[next-hop
<value>
] port
<value>
[vlan
<value>
] [tunnel
<value>
] [preference
<value>
]
Adds a static or default route to the switch.
•
ipv6addr-prefix
is the IP address and prefix for the
route destination as a string 0–46 characters.
• cost
<value>
is the metric of the route in the range
of 1–65535.
• next-hop
<value>
is the IP address of the next-hop
router; the next router at which packets must arrive
on this route. The string length is 0–46 characters.
• port
<value>
is the slot/port number.
• vlan
<value>
is the VLAN ID in the range of 1–4094.
• tunnel
<value>
configures the tunnel ID in the range
of 1–2147477248.
• preference
<value>
configures the preference value
in the range of 1–255.
delete
<ipv6addr-prefix>
[next-hop
<value>
] [port
<value>
] [vlan
<value>
] [tunnel
<value>
]
Deletes a static route.
•
ipv6addr-prefix
is the IP address and prefix for the
route destination as a string 0–46 characters.
• next-hop
<value>
is the IP address of the next-hop
router-- the next router at which packets must arrive
on this route. The string length is 0–46 characters.
• port
<value>
is the slot/port number.
• vlan
<value>
is the VLAN ID in the range of 1–4094.
• tunnel
<value>
is the tunnel ID value in the range 1–
2147477248. When you select a tunnel, you must
provide the VLAN, port, and next hop. You must
configure an IPv6 tunnel before entering this value.
disable
<ipv6addr-prefix>
[next-
hop
<value>
] [port
<value>
] [vlan
<value>
] [tunnel
<value>
]
Disables a static route.
•
ipv6addr-prefix
is the IP address and prefix for the
route destination as a string 0–46 characters.
• next-hop
<value>
is the IP address of the next hop
router; the next router at which packets must arrive
on this route. The string length is 0–46 characters.
• port
<value>
is the slot/port number.
• vlan
<value>
is the VLAN ID in the range of 1–4094.
• tunnel
<value>
is the tunnel ID value in the range of
1-5000. When you select a tunnel, you must provide
the VLAN, port, and next hop. You must configure
an IPv6 tunnel first.
Configuring IPv6 static routes
Configuration — IPv6 Routing
November 2010 159
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...