user manual
Table Of Contents
- Cisco Content Services Switch Routing and Bridging Configuration Guide
- Contents
- Preface
- Configuring Interfaces and Circuits
- Interface and Circuit Overview
- Configuring Interfaces
- Configuring an Interface
- Entering a Description for the Interface
- Configuring Interface Duplex and Speed
- Setting Interface Maximum Idle Time
- Bridging an Interface to a VLAN
- Specifying VLAN Trunking for an Interface
- Configuring Spanning-Tree Bridging for a VLAN or a Trunked Interface
- Configuring Port Fast on an Interface
- Showing Interface Configurations
- Shutting Down an Interface
- Shutting Down All Interfaces
- Restarting an Interface
- Restarting All Interfaces
- Configuring Circuits
- Configuring RIP for an IP Interface
- Configuring the Switched Port Analyzer Feature
- Configuring Spanning-Tree Bridging for the CSS
- CSS Spanning-Tree Bridging Quick Start
- Configuring Spanning-Tree Bridge Aging-Time
- Configuring Spanning-Tree Bridge Forward-Time
- Configuring Spanning-Tree Bridge Hello-Time
- Configuring Spanning-Tree Bridge Max-Age
- Configuring Spanning-Tree Bridge Priority
- Disabling Bridge Spanning-Tree
- Showing Bridge Configurations
- Configuring Open Shortest Path First (OSPF)
- OSPF Overview
- CSS OSPF Configuration Quick Start
- Configuring OSPF on the CSS
- Configuring OSPF on a CSS IP Interface
- Showing OSPF Information
- OSPF Configuration in a Startup-Configuration File
- Configuring the Address Resolution Protocol
- Configuring Routing Information Protocol
- Configuring the Internet Protocol
- IP Configuration Quick Start
- Configuring an IP Route
- Disabling an Implicit Service for the Static Route Next Hop
- Configuring an IP Source Route
- Configuring the IP Record Route
- Configuring Box-to-Box Redundancy
- Configuring IP Equal-Cost Multipath
- Forwarding IP Subnet Broadcast Addressed Frames
- Configuring IP Unconditional Bridging
- Configuring IP Opportunistic Layer 3 Forwarding
- Showing IP Configuration Information
- Configuring the Cisco Discovery Protocol
- Configuring the DHCP Relay Agent
- Index
Chapter 1 Configuring Interfaces and Circuits
Configuring Interfaces
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Cisco Content Services Switch Routing and Bridging Configuration Guide
OL-4580-01
The following list defines the maximum number of VLANs supported by the
specific CSS models:
• CSS 11501 and CSS 11503 - A maximum of 256 VLANs per CSS and
64 VLANs per port (FE or GE)
• CSS 11506 - A maximum of 512 VLANs per CSS and 64 VLANs per port
(FE or GE)
The CSS software has a dependency when using the trunk command. For
trunking to be enabled, all VLAN bridging commands for any active VLAN must
first be disabled for the Gigabit Ethernet or Fast Ethernet interface by using the
no bridge vlan, no bridge port-priority, no bridge state, and no bridge
pathcost commands. If you do not disable VLAN bridging on an interface, the
CSS software instructs you to do so.
When you specify the trunk command, enter the word vlan in lowercase letters
and include a space before the VLAN number (for example, vlan 2). The CSS
automatically prompts you to create the specified VLAN (where y instructs the
software to create the VLAN and n cancels the VLAN creation).
For example, to configure Gigabit Ethernet port 1 in slot 1 for use in VLAN2,
VLAN3, and VLAN9, enter:
(config-if[1/1])# trunk
(config-if[1/1])# vlan 2
Create VLAN<2>, [y/n]:y
(config-if-vlan[1/1-2])# vlan 3
Create VLAN<3>, [y/n]:y
(config-if-vlan[1/1-3])# vlan 9
Create VLAN<9>, [y/n]:y
(config-if-vlan[1/1-9])#
The no trunk command turns off all trunking, removes all specified vlan
commands associated with the interface, and deletes this information from the
running configuration. The interface is returned to VLAN1 by default.
To disable trunking on the specified interface and associated VLANs, enter:
(config-trunkif[2/3])# no trunk
To display all interfaces and the VLANs to which they are configured, use the
show circuit command. In the show circuit output, VLANs appear as VLAN
(uppercase, with no space before the VLAN number). For an interface that has
trunking enabled, an “-n” (where n is the associated VLAN number) is appended
to the prefix. In this example, 1/4-1 indicates slot 1, port 4, VLAN1. See the
“Showing Circuits” section for information about the show circuits command.