Cisco Cisco Firepower Management Center 4000 Guía De Instalación
3-10
Cisco NGIPS for Blue Coat X-Series Installation and Configuration Guide
Chapter 3 Installing Cisco NGIPS for Blue Coat X-Series
Preparing for the Installation
Repeat for each child circuit in for all inline interfaces.
Tip
Assign easy-to-remember device and circuit names, such as
n1e1
.
Configuring Bridge-Mode Bridges
You create the path from one side of an inline interface through a VAP group to the other side of the
inline interface by connecting child circuits in a bridge. The path must be a
inline interface by connecting child circuits in a bridge. The path must be a
bridge-mode
bridge
configured in transparent mode. The series of commands, detailed in the following procedure, creates a
bridge-mode
bridge by connecting
n1e1
and
n1e3
on the previously created template circuit called
bridge_one
:
CBS# configure bridge-mode bridge_one transparent
CBS(conf-bridge-mode)# circuit n1e1
CBS(conf-bridge-mode)# circuit n1e3
CBS(conf-bridge-mode)# end
CBS#
To configure a bridge-mode bridge:
Step 1
Create a
bridge-mode
bridge by using a previously created template circuit and designate it for
transparent operation. For example:
CBS# configure bridge-mode bridge_circuit_name transparent
where
bridge_circuit_name
is the name of the template circuit.
Step 2
Add the appropriate circuits to the
bridge-mode
bridge to join the interfaces on each side of the bridge
by using the following commands:
CBS(conf-bridge-mode)# circuit circuit_name_1
CBS(conf-bridge-mode)# circuit circuit_name_2
CBS(conf-bridge-mode)# end
CBS#
where
circuit_name_1
and
circuit_name_2
are the names of the circuits you want to use on the bridge.
Step 3
Repeat steps 1 and 2 for each inline interface you want to configure.
Associating Physical Ports with Circuits
After you create management and sensing circuits, you must identify which physical ports are used by
each circuit. In the example in this chapter:
each circuit. In the example in this chapter:
•
the
n1e1
circuit uses ethernet 1/1
•
the
n1e3
circuit uses ethernet 1/3
•
the
n1e5
circuit uses ethernet 1/5
•
the
mgmt
circuit uses ethernet 1/10
The following series of commands, detailed in the following procedure, associates the circuits you
created with the correct physical ports:
created with the correct physical ports:
CBS# configure interface ethernet 1/1
CBS(config-intf-gig)# logical n1e1
CBS(intf-gig-logical)# circuit n1e1
CBS(intf-gig-log-cct)# end
CBS# configure interface ethernet 1/3