Configure Tunnels For Path Protection: Example; Configure Tunnels For Explicit Path Protection: Example - Cisco ASR 9000 Series Configuration Manual

Configure Tunnels for Path Protection: Example

Related Topics
Configuring a Path Computation Client, on page 193
Configuring a Path Computation Element Address, on page 195
Configuring PCE Parameters, on page 196
Path Computation Element, on page 130
Configure Tunnels for Path Protection: Example
The path protection feature is configured on only the source router. The dynamic path option is a prerequisite
to configure a path protection.
interface tunnel-te150
ipv4 unnumbered Loopback150
autoroute announce
destination 151.151.151.151
affinity 11 mask 11
path-protection
path-option 2 explicit name p2mp3-p2mp4-p2mp5_1
path-option 10 dynamic
Related Topics
Enabling Path Protection for an Interface, on page 202
Assigning a Dynamic Path Option to a Tunnel, on page 203
Forcing a Manual Switchover on a Path-Protected Tunnel, on page 204
Configuring the Delay the Tunnel Takes Before Reoptimization, on page 205
Path Protection, on page 135
Pre-requisites for Path Protection, on page 135
Restrictions for Path Protection, on page 136
Restrictions for Explicit Path Protection, on page 137

Configure Tunnels for Explicit Path Protection: Example

The path protection feature is configured on only the source router. The protected-by keyword configures
path protection for an explicit path that is protected by another explicit path.
interface tunnel-te150
ipv4 unnumbered Loopback150
autoroute announce
destination 151.151.151.151
affinity 11 mask 11
path-protection
path-option 2 explicit name p2mp3-p2mp4-p2mp5_1 protected-by 10
path-option 10 explicit
Cisco ASR 9000 Series Aggregation Services Router MPLS Configuration Guide, Release 4.3.x
258
area 0
interface pos 0/6/0/0
interface loopback 0
mpls traffic-eng router-id loopback 0
mpls traffic-eng area 0
rsvp
interface pos 0/6/0/0
bandwidth 100
commit
Implementing MPLS Traffic Engineering
OL-28381-02