■
AAA tunnel groups
■
RADIUS Access-Accept messages
If none of these methods are used, you can apply the L2TP tunnel switch profile as
an AAA default tunnel parameter. The default tunnel switch profile has lower
precedence than the other methods for applying the tunnel switch profile.
For more information about the methods for applying L2TP tunnel switch profiles,
see “Configuration Tasks” on page 390
.
Configuration Guidelines
The following rules apply when you configure L2TP tunnel switch profiles:
■
L2TP tunnel switching must be enabled for tunnel switch profiles to take effect.
For information, see “Enabling Tunnel Switching” on page 378
■
L2TP tunnel switch profiles have no effect when they are assigned to a LAC
session that is not tunnel switched.
■
The router can relay only those AVPs that are accepted at the LNS. Malformed
AVPs are never relayed.
■
If a tunnel grant response specifies a named tunnel switch profile that has not
been configured on the router, the router prohibits connection of the L2TP
tunnel-switched session.
■
If you remove a tunnel switch profile, the router also disconnects all associated
L2TP switched sessions using that profile.
■
In some cases, attributes configured in a tunnel switch profile take precedence
over similar attributes configured globally on the router.
For example, configuring L2TP Calling Number AVP 22 for relay overrides the
l2tp disable calling-number-avp
command issued from Global Configuration
mode to prevent the router from sending AVP 22 in incoming-call-request (ICRQ)
packets. In this scenario, the router relays the Calling Number AVP.
Configuring L2TP AVPs for Relay
Previously, the router did not preserve the values of incoming L2TP AVPs across the
LNS/LAC boundary in an L2TP tunnel-switched network. The router regenerated most
incoming AVPs, such as L2TP Calling Number AVP 22, based on the local policy in
effect. However, some AVPs, such as Cisco NAS Port Info AVP 100, were dropped.
In an L2TP tunnel switch profile, you can define the types of AVPs that the router
can relay unchanged across the LNS/LAC boundary. You can specify that the router
relay one or more of the following AVP types:
■
L2TP Bearer Type AVP 18
■
L2TP Calling Number AVP 22
■
Cisco NAS Port Info AVP 100
Configuring L2TP Tunnel Switch Profiles
■
389
Chapter 13: Configuring an L2TP LNS
Summary of Contents for JUNOSE 11.0.X MULTICAST ROUTING
Page 6: ...vi...
Page 28: ...xxviii Table of Contents JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 36: ...xxxvi List of Tables JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 42: ...2 Managing Remote Access JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 204: ...164 Managing RADIUS and TACACS JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 292: ...252 Monitoring RADIUS Relay Server JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 336: ...296 RADIUS Client Terminate Reasons JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 368: ...328 Managing L2TP JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 444: ...404 PPP Accounting Statistics JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 494: ...454 Managing DHCP JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 510: ...470 DHCP Local Server Configuration Tasks JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 556: ...516 Configuring DHCP Relay Proxy JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 616: ...576 Managing the Subscriber Environment JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 674: ...634 Managing Subscriber Services JUNOSe 11 0 x Broadband Access Configuration Guide...
Page 767: ...Part 7 Index Index on page 729 Index 727...
Page 768: ...728 Index JUNOSe 11 0 x Broadband Access Configuration Guide...