data to other line modules with access to ingress and egress ports on their own
associated I/O modules.
You can also create tunnels on router modules that support shared tunnel-server
ports. You can configure (provision) a shared tunnel-server port to use a portion of
the module's bandwidth to provide tunnel services. For a list of the modules that
support shared tunnel-server ports, see the
ERX Module Guide
.
For information about configuring tunnel services on dedicated and shared
tunnel-server ports, see
Managing Tunnel Service and IPSec Service Interfaces
in
JUNOSe
Physical Layer Configuration Guide
.
E120 Router and E320 Router
To configure IP reassembly on an E120 router or an E320 router, you must install
an ES2 4G line module (LM) with an ES2-S1 Service I/O adapter (IOA), or an IOA that
supports the use of shared tunnel-server ports. For information about installing
modules in these routers, see the
E120 and 320 Hardware Guide
.
The ES2 4G LM and ES2-S1 Service IOA combination provides a dedicated
tunnel-server port that are always configured on the IOA. Unlike SMs, the ES2 4G
LM requires the ES2-S1 Service IOA to condition it to receive and transmit data to
other line modules. The ES2-S1 Service IOA also does not have ingress or egress
ports.
You can also configure IP reassembly on IOAs that support shared tunnel-server
ports. You can configure (provision) a shared tunnel-server port to use a portion of
the IOA's bandwidth to provide tunnel services. For a list of the IOAs that support
shared tunnel-server ports, see the
E120 and 320 Module Guide
.
For information about configuring tunnel services on dedicated and shared
tunnel-server ports, see
Managing Tunnel Service and IPSec Service Interfaces
in
JUNOSe
Physical Layer Configuration Guide
.
Configuring IP Reassembly
You can enable IP reassembly on a virtual router basis. Also, on a systemwide basis,
you can control how the router handles verification of sequence numbers in data
packets that it receives on L2TP tunnels.
ip tunnel reassembly
■
Use to enable the reassembly of fragmented IP tunnel packets that are received
on the current virtual router.
■
You configure tunnel reassembly on VPN routing and forwarding routers
independent of the tunnel reassembly configuration on the parent virtual router.
■
Example—Enables reassembly for virtual router vr12 and disables reassembly
for virtual router vr8
host1:vr12(config)#
ip tunnel reassembly
host1:vr12(config)#
virtual-router vr8
host1:vr8(config)#
no ip tunnel reassembly
Configuring IP Reassembly
■
281
Chapter 11: IP Reassembly for Tunnels
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