Avaya 8180 Manual de usuario

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Avaya Solution & Interoperability Test Lab

Configuring Avaya Wireless LAN Controller 8180 with

Avaya 8120 Access Points to support Avaya A175 Desktop

Video Devices using 802.1X Authentication –Issue 1.0

Abstract

These Application Notes describe the steps to configure Avaya Wireless LAN Controller 8180

and Avaya 8120 Access Points to support Avaya A175 Desktop Video Devices in an 802.1X

enabled Avaya wireless network infrastructure. Avaya A175 Desktop Video Devices register

as SIP endpoints to Avaya Aura® Session Manager 6.2 via Avaya 8120 Access Points. 802.1X

authentication and WPA (WiFi Protected Access) are enabled on the wireless LAN to prevent

unauthorized access and provide encryption. The wireless configuration described in this

document also applies to other types of wireless endpoints such as Avaya Flare®

Communicator or Avaya Flare®Experience on iPad devices which will be described in future

Application Notes.

These Application Notes provide information for the setup, configuration, and verification of

the call flows tested on this solution. Information in these Application Notes has been obtained

through interoperability testing conducted at the Avaya Solution and Interoperability Test Lab.

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1. Introduction

These Application Notes describe the steps to configure Avaya Wireless LAN Controller 8180

and Avaya 8120 Access Points to support Avaya A175 Desktop Video Devices in an 802.1X

enabled Avaya wireless network infrastructure. Avaya A175 Desktop Video Devices register as

SIP endpoints to Avaya Aura® Session Manager 6.2 via Avaya 8120 Access Points.

802.1X authentication and WPA (WiFi Protected Access) are enabled on the wireless LAN to

prevent unauthorized access and provide encryption. .

These Application Notes focus on the configuration of Avaya Wireless LAN Controller 8180

and Avaya A175 Desktop Video Devices to support wireless communication. Detailed

administration of other aspects of Avaya Aura® Communication Manager or Avaya Aura®

Session Manager will not be described. See the appropriate documentation listed in Section 12

for more information.

2. Interoperability Testing

Avaya A175 Desktop Video Devices successfully utilized Avaya 8100 Series wireless

communications infrastructure to place and receive telephone calls with other Avaya SIP

endpoints registered to Session Manager. All tests were performed manually.

2.1. Test Description and Coverage

Test cases included bi-directional calls between Avaya A175 Desktop Video Devices and other

Avaya endpoints, as well as traditional telephony operations and features such as extension

dialing, displays, hold/resume, transfer, conferencing, call forwarding, coverage to Avaya Aura®

Messaging.

2.2. Test Results and Observations

All test cases were successful. There were no issues observed during testing.

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3. Reference Configuration

The reference configuration described throughout these Application Notes is shown in Figure 1.

To support wireless communication, several Avaya 8120 Access Points were deployed in the

sample configuration and registered to an Avaya Wireless LAN Controller 8180.

As shown in Figure 1, Avaya A175 Desktop Video Devices and other SIP endpoints utilize the

Session Manager User Registration feature and are supported by Communication Manager. For

the sample configuration, SIP users are not IP Multimedia Subsystem (IMS) users and

Communication Manager is configured as an Evolution Server in the Avaya Aura architecture.

When Communication Manager is configured as an Evolution Server, it applies both origination-

side and termination-side features in a single step. For more information regarding configuring

Communication Manager as an Evolution Server, see References [4] through [7] in Section 12.

Communication Manager is connected to Session Manager via a non-IMS SIP signaling group

and associated SIP trunk group.

Communication Manager also supports non-SIP endpoints such as Avaya 9600 Series IP

Deskphones and Avaya one-X® Communicator clients configured as H.323 endpoints.

Session Manager is managed by System Manager. For the sample configuration, Session

Manager and System Manager are running on separate Avaya S8800 Servers. Communication

Manager Evolution Server runs on an Avaya S8800 server with an Avaya G6450 Media

Gateway.

Note: IP addresses have been partially hidden in Figure 1 for security.

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Figure 1: Avaya 8100 Series Wireless Network Configuration

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4. Equipment and Software Validated

The following equipment and software were used for the configuration provided:

Component

Software Version

Avaya Aura® Session Manager on Avaya S8800

Server

Release 6.2

Build 6.2.0.1.01059009

Avaya Aura® System Manager on Avaya S8800

Server

Release 6.2

Version: 6.2.0.10.13835-6.2.10.2

Avaya Aura® Communication Manager

Evolution Server on Avaya S8800 Server with

Avaya G450 Media Gateway

Release 6.2

Version R16x.02.0.823.0-19402

Avaya A175 Desktop Video Device

FW: Release 6.1.1

version: SIP_A175_1_1_1_016002

Avaya Wireless LAN Controller 8180

Release 1.1, version v1.1.0.133

Avaya Wireless LAN 8120 Access Point

Release 1.1, version v1.1.0.133

5. Configure Avaya Aura® Communication Manager

There is no additional configuration required on Communication Manager to support wireless

endpoints. For details on configuring Communication Manager Servers, Gateways, or Endpoints,

see References [4] through [7] in Section 12 or consult other Administration and Configuration

documents for Communication Manager available on http://support.avaya.com.

6. Configure Avaya Aura® Session Manager

There is no additional configuration required on Session Manager to support wireless endpoints.

For details on configuring Session Manager to support registration of SIP endpoints, see

References [1] through [3] and [13] in Section 12.

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7. Configure Avaya Wireless LAN Controller 8180

This section describes the steps needed to configure Access Points profiles and associated

network profiles on the Avaya Wireless LAN Controller 8180 to support wireless endpoints.

These instructions assume the Avaya Wireless LAN Controller 8180 is already installed and

configured as a controller capable of managing mobility domains. For information on how to

administer these aspects of Avaya Wireless LAN Controller 8180, see References [10] through

[12] in Section 12.

This section describes the administration of Avaya Wireless LAN Controller 8180 using a

Command Line Interface (CLI). The following administration steps will be described:

Verify Status of Avaya Wireless LAN Controller 8180.

Configure DHCP Server.

Configure Access Points.

Configure Mobility VLAN.

Configure Network Profile.

Configure Access Point Profile.

Synchronize Changes between Avaya Wireless LAN Controller 8180 and Access Points.

Verify Management Status of Access Points.

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7.1. Verify Status of Avaya Wireless LAN Controller 8180

Step 1: Use the show wireless command to verify the Status of the Avaya Wireless LAN

Controller 8180 is “Enabled” as shown below.

WC8180#show wireless

Status : Enabled

Interface IP : 20.20.20.160

TCP/UDP base port : 61000

Step 2: Use the show wireless controller domain-membership command to verify the Avaya

Wireless LAN Controller 8180 has been configured as a Mobility Domain Controller (MDC).

Verify the status of the following fields as shown below.

Domain Role Verify “Active MDC” is displayed.

Domain Action Status Verify “Join Success” is displayed.

WC8180#show wireless controller domain-membership

Domain Name : AVAYA

Domain Role : Active MDC

Domain Action Status : Join Success

Action Failure Reason : None

Step 3: Use the show ip routing command to verify IP Routing has been “enabled”.

WC8180#show ip routing

IP Routing is enabled

IP ARP life time is 21600 seconds

WC8180#

Step 4: Use the show ip route command to verify the appropriate IP routes have been

configured on Avaya Wireless LAN Controller 8180.

In the sample configuration, the following IP Routes were configured where “20.20.20.1” is the

IP address of the network gateway.

WC8180#show ip route

=============================================================================

Ip Route

=============================================================================

DST MASK NEXT COST VLAN PORT PROT TYPE PRF

-----------------------------------------------------------------------------

0.0.0.0 0.0.0.0 20.20.20.1 1 20 2 S IB 5

20.20.20.0 255.255.255.0 20.20.20.160 1 20 ---- C DB 0

Total Routes: 2

-----------------------------------------------------------------------------

TYPE Legend:

I=Indirect Route, D=Direct Route, A=Alternative Route, B=Best Route, E=Ecmp

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7.2. Configure DHCP Server

Since Avaya 8120 Access Points do not provide mechanism for manually configuring the IP

address of the Avaya Wireless LAN Controller 8180, configure Option 043 on DHCP Server

before connecting any Avaya 8120 Access Points to the network. Configuration of Option 043 is

required for an Avaya 8120 Access Point to automatically obtain the IP address of Avaya

Wireless LAN Controller 8180. In the sample configuration, a DHCP server running on a

Windows 2008 server was used.

Step 1: Navigate to DHCP IPv4 Scope Scope Options for the appropriate network.

Select “Configure Options…” from the drop-down menu as shown below.

Note: IP addresses have been partially hidden for security.

Step 2: Under the General tab of the Scope Options window, select “043 Vendor Specific

Info” field as shown below.

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Step 3: In the Data entry section, enter Hexadecimal values for “AVAYA AP” and length of

the string for the first row associated with Sub-Option “0008”.

In the second row, enter the Hexadecimal value of the IP address of Avaya Wireless LAN

Controller 8180.

The IP address of “20.20.20.160” used for the Avaya Wireless LAN Controller 8180 in the

sample configuration was converted to the Hexadecimal value of “14:14:14:A0” as shown

below. Click OK to save the configuration.

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7.3. Configure Avaya 8120 Access Points

Step 1: Connect an Avaya 8120 Access Point to a Power over Ethernet data switch which has

connectivity to the DHCP server configured in Section 7.2.

Step 2: Navigate to configure terminal wireless.

Use the domain auto-promote-discovered-ap command to automatically add any discovered

Avaya 8120 Access Points to the mobility domain managed by the Avaya Wireless LAN

Controller 8180 as shown below.

Note: See Reference [11] in Section 12 to manually add an Access Point to the mobility

domain.

WC8180#configure terminal

Enter configuration commands, one per line. End with CNTL/Z.

WC8180(config)#wireless

WC8180(config-wireless)#domain auto-promote-discovered-ap

% Warning: AP database will be synchronized after running config-sync

command.

WC8180(config-wireless)#

Step 3: Use the show wireless ap status command to verify status of all Access Points.

Verify the status of the following fields.

Status Verify “Managed” is displayed.

Need Image Upgrade Verify “No” is displayed.

Note: IP addresses have been partially hidden for security.

WC8180(config-wireless)#show wireless ap status

Total APs: 2, Managed APs: 2, Failed APs: 0

-----------------------------------------------------------------------------

AP MAC AP IP Controller IP Status Need Image

Upgrade

----------------- --------------- --------------- ------------ ----------

CC:F9:54:9C:8F:80 135.9.xx.xxx 20.20.20.160 Managed No

CC:F9:54:9C:93:C0 135.9.xx.xxx 20.20.20.160 Managed No

-----------------------------------------------------------------------------

WC8180(config-wireless)#

Note: See References [11] and [12] in Section 12 for more information on upgrading Access

Points or manually adding Access Points to a wireless domain.

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