Configuring Private VLANs

Mapping Secondary VLANs to a Primary VLAN Layer 3 VLAN Interface

SUMMARY STEPS

1.configure terminal

2.interface vlan primary_vlan_id

3.private-vlan mapping [add remove] secondary_vlan_list

4.end

5.show interface private-vlan mapping

6.copy running-config startup config

DETAILED STEPS

 

Command or Action

Purpose

Step 1

configure terminal

Enters global configuration mode.

 

Example:

 

 

Switch# configure terminal

 

Step 2

interface vlan primary_vlan_id

Enters interface configuration mode for the primary VLAN, and

 

 

configures the VLAN as an SVI. The VLAN ID range is 2 to 1001

 

Example:

and 1006 to 4094.

 

Switch(config)# interface vlan 10

 

Step 3

private-vlan mapping [add remove]

 

secondary_vlan_list

Example:

Switch(config-if)# private-vlan mapping 501-502

Step 4

end

Example:

Switch(config-if)# end

Maps the secondary VLANs to the Layer 3 VLAN interface of a primary VLAN to allow Layer 3 switching of private VLAN ingress traffic.

The secondary_vlan_list parameter cannot contain spaces. It can contain multiple comma-separated items. Each item can be a single private VLAN ID or a hyphenated range of private VLAN IDs.

Enter a secondary_vlan_list, or use the add keyword with a secondary_vlan_list to map the secondary VLANs to the primary VLAN.

Use the remove keyword with a secondary_vlan_list to clear the mapping between secondary VLANs and the primary VLAN.

Returns to privileged EXEC mode.

Step 5

show interface private-vlan mapping

Verifies the configuration.

Example:

Switch# show interfaces private-vlan

 

Catalyst 2960-XR Switch VLAN Configuration Guide, Cisco IOS Release 15.0(2)EX1

100

OL-29440-01

Page 114
Image 114
Cisco Systems WSC2960XR48FPSI manual 1006 to, Private-vlan mapping add remove

WSC2960XR48FPSI specifications

The Cisco WSC2960XR48FPSI is an advanced, high-performance switch that plays a vital role in today's enterprise networking environments. Designed for reliability and efficiency, it serves as a foundational component for organizations concentrating on network agility and scalability.

One of the standout features of the WSC2960XR48FPSI is its ability to support 48 Gigabit Ethernet ports, facilitating high-speed connectivity across multiple devices. This capacity makes it an ideal choice for enterprises that require robust network infrastructure to handle large volumes of traffic effortlessly. Additionally, it includes two 10-Gigabyte SFP+ uplink ports, providing enhanced bandwidth for backbone connections, enabling seamless integration with data center environments.

The switch supports Cisco's StackPower technology, which allows multiple switches to share power resources. This capability not only provides redundancy but also ensures that organizational networks can be efficiently managed, reducing operational costs by utilizing power resources wisely.

In terms of reliability, the WSC2960XR48FPSI offers a fanless design, making it an optimal choice for deployments in noise-sensitive environments such as classrooms or offices. Its features include support for Cisco's FlexStack-Plus technology, which allows for easy stacking of up to eight units. This results in simplified management and increased bandwidth as switches in the stack operate as a single entity.

The switch is powered by Cisco IOS Software, providing robust features, including advanced security protocols, quality of service (QoS) capabilities, and comprehensive network management tools. With support for multicast routing and enhanced security, organizations can safeguard their data while ensuring smooth and reliable communication across applications.

Moreover, the Cisco WSC2960XR48FPSI is designed to be energy-efficient, compliant with IEEE 802.3az Energy Efficient Ethernet standards, which aids in reducing power consumption without sacrificing performance. This commitment to sustainability makes it a favorable option for organizations striving for greener operations.

To summarize, the Cisco WSC2960XR48FPSI is an exemplary model of reliability, scalability, and performance. Its sophisticated features, including high port density, advanced security measures, and energy efficiency, make it a cornerstone for modern enterprise networks, enabling organizations to adapt effectively in an ever-evolving digital landscape.