Juniper NETWORK AND SECURITY MANAGER 2010.4 - M-SERIES AND MX-SERIES DEVICES GUIDE REV 1 Manual page 392

M-series and MX-series Devices
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Table 200: RSVP Configuration Details (continued)
Task
Configuring an explicit path
for bypass LSPs.
Configuring the bandwidth
subscription percentage for
LSPs.
Configuring load balancing
across RSVP LSPs.
Configuring RSVP for LMP
peer interfaces.
Your Action
1. Click Path next to Link Protection.
2. Click Add new entry next to Path.
3. In the Name box, enter the IP address of each transit router in
the LSP.
4. In the Comment box, enter the comment.
5. Select one of the following:
loose—If the LSP can traverse other routers before reaching
this router.
strict—If the LSP must go to the next address specified in
the path statement without traversing other nodes.
1. Click Subscription next to interface.
2. In the Link Subscription box, enter the class-type bandwidth
that RSVP allows to be used for reservations.
3. In the class-type number percentage box, enter the percent of
class-type bandwidth. You can specify bandwidth subscriptions
for class types 0 through 3.
1. Click Load Balance next to Rsvp.
2. In the Comment box, enter the comment.
3. Select the Bandwidth check box to load-balance traffic
between RSVP LSPs based on the bandwidth configured for
each LSP.
1. Click Peer Interface next to Rsvp.
2. Click Add new entry next to Peer Interface.
3. In the Name box, enter the peer interface name.
4. In the Comment box, enter the comment.
5. Select Disable check box Explicitly disable RSVP or RSVP
graceful restart.
6. In the Authentication Key box, enter the authentication key
(password).
7. Select one of the following:
aggregate—To use RSVP aggregate messages.
no-aggregate—To not to use RSVP aggregate messages.
8. Select one of the following:
reliable—To enable reliable message delivery on the
interface.
no-reliable—To disable reliable message delivery on the
interface.
9. From the Hello Interval list, select the length of time between
hello packets. A value of 0 disables the sending of hello packets
on the interface.
Range: 1 through 60 seconds
Default: 9 seconds
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