3Com S7906E - Switch, Руководство по настройке

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Configure MPLS basic capabilities.
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Configure MPLS TE basic capabilities.
Configuration Procedure
Follow these steps to create an MPLS TE tunnel over a CR-LSP:
To do… Use the command… Remarks
Enter system view
system-view
––
Enter the interface view of an
MPLS TE tunnel
interface tunnel
tunnel-number
––
Configure the tunnel to use
static CR-LSP
mpls te signal-protocol
static
Required
Submit the current tunnel
configuration
mpls te commit
Required
Exit to system view
quit
––
At the ingress
static-cr-lsp ingress
tunnel-name destination
dest-addr
nexthop
next-hop-addr out-label
out-label-value
[
bandwidth
[
bc0
|
bc1
]
bandwidth-value
]
On the transit
node
static-cr-lsp transit
tunnel-name
incoming-interface
interface-type
interface-number
in-label
in-label-value nexthop
next-hop-addr out-label
out-label-value
[
bandwidth
[
bc0
|
bc1
]
bandwidth-value
]
Create a static
CR-LSP on
your device
depending on
its location in
the network
At the egress
static-cr-lsp egress
tunnel-name
incoming-interface
interface-type
interface-number
in-label
in-label-value
Required
Use any of the commands
depending on the location of
your device in the network.
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The
tunnel-name
argument specifies the name of the MPLS TE tunnel carried over the static
CR-LSP.
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The
tunnel-name
argument in the
static-cr-lsp ingress
command is case sensitive. Suppose you
create a tunnel interface with the
interface tunnel 2
command. To specify it for the
tunnel-name
in
the
static-cr-lsp ingress
command, you must input its name in the form of Tunnel2. Otherwise,
your tunnel establishment attempt will fail. This restriction however does not apply to transit and
egress nodes.
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The next hop address cannot be a local public address when configuring the static CR-LSP on the
ingress or a transit node.