Configuring FRR
1383
c
CAUTION:
Bypass tunnels do not protect bandwidth by default. This can defeat
your attempts to binding a primary LSP to a bypass tunnel. Therefore, when
configuring a bypass tunnel, you must configure the bandwidth that it is intended
to protect with the
mpls te backup bandwidth
command.
Configuring node protection
To use FRR for node protection, you need to perform the tasks in this section on
the PLR and the protected node. If you only need to protect links, skip this section.
Follow these steps to configure node protection:
n
RSVP hello extension is configured to detect node failures caused by problems
such as signaling error other than failures caused by link failures.
Configuring the FRR polling timer
The protection provided by FRR is temporary. Once a protected LSP becomes
available again or a new LSP is established, traffic will be switched to the protected
or new LSP. After this switchover, the PLR polls available bypass tunnels for the
best one at the regular interval specified by the FRF polling timer:
Follow these steps to configure the FRF polling timer:
Enter interface view of the
outgoing interface of the
protected LSP
interface
interface-type
interface-number
--
Bind the bypass tunnel with
the protected interface
mpls te fast-reroute
bypass-tunnel tunnel
tunnel-number
Required
To do...
Use command to...
Remarks
To do...
Use command to...
Remarks
Enter system view
system-view
--
Enter MPLS view
mpls
--
Enable RSVP hello extension
on current node
mpls rsvp-te hello
Required
Disabled by default
Exit to system view
quit
--
Enter the view of the interface
directly connected to the
protected node or PLR
interface
interface-type
interface-number
--
Enable RSVP hello extension
on the interface
mpls rsvp-te hello
Required
Disabled by default
To do...
Use command to...
Remarks
Enter system view of the PLR
node
system-view
--
Enter MPLS view
mpls
--
Configure the FRF polling
timer
mpls te timer fast-reroute
[
second
]
Optional
The FRR polling timer is 300
seconds by default.
Содержание MSR 50 Series
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Страница 209: ...Troubleshooting 209 Use the debugging dialer event and debugging dialer packet commands to locate the problem...
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Страница 824: ...824 CHAPTER 55 IP ROUTING OVERVIEW...
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Страница 916: ...916 CHAPTER 57 IS IS CONFIGURATION...
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Страница 1013: ...Configuration Example 1013 3 1 ms 1 ms 1 ms 1 1 2 2 Trace complete...
Страница 1014: ...1014 CHAPTER 61 STATIC ROUTING CONFIGURATION...
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Страница 1458: ...1458 CHAPTER 78 MPLS L2VPN CONFIGURATION...
Страница 1555: ...MPLS L3VPN Configuration Example 1555 5 packet s received 0 00 packet loss round trip min avg max 66 79 109 ms...
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Страница 2123: ...System Maintaining Example 2123 The above output shows that nine routers are involved from the source to the destination device...
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