Cisco Systems 416 manual Selecting CallManager Connections, Selecting IntraLAN Connections

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Chapter 7 Provisioning: Configuring QoS for IP Telephony

Configuring QoS Using the IP Telephony Wizard

Selecting CallManager Connections

This step of the wizard describes the QoS requirements for Catalyst ports to which CallManagers or Voice Gateways are connected, and asks you to select the switch ports on which the wizard will configure the QoS settings for these connections in your network (network point 3 in Figure 7-1).

To select Call Manager connections:

Step 1 Select the switch port on which to configure QoS for the CallManager connection in the network, by selecting the check box next to the appropriate Ethernet port in the selection table.

For information about the columns in this table, see IP Telephony Wizard: Select CallManager Connections Page, page B-134.

Step 2 To remove any ports that were previously assigned for this voice role:

a.Click the Remove button in the Advanced section of the page.

A page appears, displaying the network elements assigned for the CallManager voice role.

For more information about this page, see IP Telephony Wizard: Remove Network Elements Page, page B-132.

b.Select the ports you want to unassign and click Remove. The page closes.

Step 3 Click Next.

If the Display Configuration Info. check box is selected, the Configuration Info page appears. After reviewing the assignments summary, click Next.

The voice policy groups and your CallManager ports assignments will be saved, and the next configuration step of the wizard appears (Selecting IntraLAN Connections).

Related Topics

Using QPM Tables, page 3-16

Using the IP Telephony Wizard, page 7-5

Viewing Policy Information, page 8-14

Selecting IntraLAN Connections

In this step, the wizard helps you define the appropriate QoS for the internal LAN ports—the uplinks and downlinks (network points 4, 5 and 6 in Figure 7-1).

Note No QoS configuration is required on the uplink port of the Layer 2 Catalyst 3500 switch to the Layer 3 distribution switch port.

The correct QoS configuration for LAN connections is to trust DSCP from Layer 3 devices and trust CoS from Layer 2 devices. The wizard will configure the QoS automatically according to the type of neighboring switch.

User Guide for CiscoWorks QoS Policy Manager 4.1.6

 

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Contents Understanding QoS for IP Telephony Provisioning Configuring QoS for IP TelephonyRelated Topics Network Model for Configuring QoS for IP TelephonyDescription Using QPM to Configure QoS for IP TelephonyConfiguring QoS Using the IP Telephony Wizard Assignment Summary Using the IP Telephony WizardAdvanced Selection TableSaving Your Assignments Before you Begin IntroductionChoose Reports IP Telephony Selecting IP Telephony DevicesSelecting IP Phone Connections Selecting SoftPhone Connections Selecting IntraLAN Connections Selecting CallManager ConnectionsSelecting Voice Vlan Connections Selecting Switch to WAN Router Connections Selecting Router WAN to Switch Connections Selecting WAN Point to Point Connections Selecting WAN Frame Relay Connections End Modifying Voice PoliciesViewing the Voice Ready Report Policing SoftPhone Traffic Advanced IP Telephony Network ConfigurationConfiguring QoS on ATM to Frame Relay Connections Configuring QoS on ATM ConnectionsExample 7-1 ATM PVC Virtual Template OL-23444-01

416 specifications

Cisco Systems 416, commonly referred to as the Cisco 416 Series, is a highly versatile and robust networking solution designed to meet the needs of modern enterprises. This series of devices plays a critical role in optimizing network performance, enhancing security, and simplifying network management. As organizations increasingly rely on digital transformation and cloud-based applications, the Cisco 416 stands out as a reliable choice for businesses looking to future-proof their networking infrastructure.

One of the main features of the Cisco 416 is its exceptional scalability. The device is engineered to support a wide range of applications, making it suitable for small, medium, and large enterprises. Its modular architecture allows organizations to easily add functionalities and capabilities as their needs evolve, ensuring that the networking solution remains relevant and effective over time.

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