Cisco Mesh Access Points User Manual

Table 32: Mesh Access Points and Cisco 3200 Interoperability
Cisco 3200 ModelMesh Access Point Model
c3201
21
, c3202
22
, c3205
23
1552, 1522
20
c3201, c32021524PS
c3201, c32051524SB, 1130, 1240, Indoor 802.11n mesh access
points
20
Universal access must be enabled on the AP1522 if connecting to a Cisco 3200 on the 802.11a radio or 4.9-GHz band.
21
Model c3201 is a Cisco 3200 with a 802.11b/g radio (2.4-GHz).
22
Model c3202 is a Cisco 3200 with a 4-9-GHz subband radio.
23
Model c3205 is a Cisco 3200 with a 802.11a radio (5.8-GHz subband).
Configuration Guidelines for Public Safety 4.9-GHz Band
For the AP1522 or AP1524PS and Cisco 3200 to interoperate on the public safety network, the following
configuration guidelines must be met:
• Client access must be enabled on the backhaul (mesh global parameter). This feature is not supported
on the AP1524PS.
• Public safety must be enabled globally on all mesh access points (MAPs) in the mesh network.
• The channel number assignment on the AP1522 or AP1524PS must match those on the Cisco 3200 radio
interfaces:
◦ Channels 20 (4950 GHz) through 26 (4980 GHz) and subband channels 1 through 19 (5 and 10
MHz) are used for Cisco 3200 interoperability. This configuration change is made on the controller.
No changes are made to the mesh access point configuration.
◦ Channel assignments are only made to the RAP. Updates to the MAP are propagated by the RAP.
The default channel width for Cisco 3200s is 5 MHz. You must either change the channel width to 10 or 20
MHz to enable WGBs to associate with the AP1522 and AP1524PS or change the channel on the AP1522 or
AP1524PS to a channel in the 5-MHz band (channels 1 to 10) or 10-MHz band (channels 11 to 19).
• Radio (802.11a) must be disabled when configuring channels and then reenabled when using the CLI.
When using the GUI, enabling and disabling of the 802.11a radio for channel configuration is not
required.
•
Cisco 3200s can scan channels within but not across the 5, 10 or 20-MHz bands.
Cisco Mesh Access Points, Design and Deployment Guide, Release 7.3
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Connecting the Cisco 1500 Series Mesh Access Points to the Network
Configuring Local Mesh Parameters

Cisco Mesh Access Points Specifications

General

Brand	Cisco
Model	Mesh Access Points
Category	Wireless Access Point
Language	English

Summary

Preface

Audience

Describes the target audience for this guide, focusing on network administrators.

Organization

Outlines the chapter structure of the guide for easy navigation.

Conventions

Explains the document's formatting and typographical conventions.

Related Documentation

Lists supplementary Cisco documentation for further information.

Obtaining Documentation and Submitting a Service Request

Provides instructions on how to get Cisco documentation and request support.

CHAPTER 1 Mesh Network Components

Mesh Network Components

Details the core components of a Cisco wireless mesh network.

Mesh Access Points

Overview of Cisco mesh access point hardware and models.

Access Point Roles

Defines the Root Access Point (RAP) and Mesh Access Point (MAP) roles.

Network Access

Explains how mesh access points connect to the network and authentication methods.

Cisco Indoor Mesh Access Points

Details supported Cisco indoor mesh access point models.

Cisco Outdoor Mesh Access Points

Details supported Cisco outdoor mesh access point models.

CHAPTER 2 Mesh Deployment Modes

Mesh Deployment Modes

Describes the different ways Cisco mesh networks can be deployed.

Wireless Mesh Network

Describes the basic architecture of a Cisco wireless outdoor mesh network.

Wireless Backhaul

Explains how traffic is bridged between mesh access points for backhaul.

Point-to-Multipoint Wireless Bridging

Details the scenario where a RAP connects multiple MAPs.

CHAPTER 3 Design Considerations

Design Considerations

Key factors and challenges for designing wireless mesh networks.

Wireless Mesh Constraints

Discusses system characteristics affecting mesh network design.

ClientLink Technology

Explains Cisco's ClientLink technology for optimizing 802.11a/g client performance.

Adaptive Wireless Path Protocol

Details the AWPP for determining optimal routes in mesh networks.

CHAPTER 4 Site Preparation and Planning

Site Preparation and Planning

Covers essential steps for preparing and planning mesh network deployments.

Site Survey

Recommends performing a radio site survey before installing mesh equipment.

Outdoor Site Survey

Covers considerations for outdoor wireless deployments like weather and security.

Determining a Line of Sight

Explains how to assess link suitability based on clear line of sight.

Fresnel Zone

Describes the Fresnel zone and its impact on signal propagation.

Hidden Nodes Interference

Discusses interference issues caused by hidden nodes in mesh backhaul.

Cell Planning and Distance

Offers recommendations for cell planning and distance in mesh networks.

CHAPTER 5 Connecting the Cisco 1500 Series Mesh Access Points to the Network

Connecting the Cisco 1500 Series Mesh Access Points to the Network

Guides on connecting Cisco mesh APs to the wired network.

Adding Mesh Access Points to the Mesh Network

Steps to add mesh APs to the network, assuming controller is active.

Defining Mesh Access Point Role

How to configure APs as RAP or MAP, with GUI and CLI methods.

Backup Controllers

Explains configuring primary, secondary, and tertiary backup controllers.

Configuring Global Mesh Parameters

Instructions for configuring global mesh parameters affecting AP connections.

Universal Client Access

Enables client association over the backhaul radio.

Configuring Ethernet VLAN Tagging

Details how to segment traffic using VLAN tags for Ethernet ports.

Workgroup Bridge Interoperability with Mesh Infrastructure

Covers WGB integration with mesh networks.

Configuring Voice Parameters in Indoor Mesh Networks

How to configure CAC and QoS for voice quality.

CHAPTER 6 Checking the Health of the Network

Show Mesh Commands

Lists commands to view mesh network health and status.

Viewing Mesh Statistics for a Mesh Access Point

Provides detailed statistics on mesh AP performance and health.

Viewing Neighbor Statistics for a Mesh Access Point

Shows statistics for mesh AP neighbors and link tests.

CHAPTER 7 Troubleshooting

Installation and Connections

Basic troubleshooting for initial setup and connectivity.

Debug Commands

Helpful commands to view messages between APs and controllers.

AP Console Access

How to access AP console for debugging and configuration.

Mesh Access Point CLI Commands

Lists direct CLI commands for mesh access points.

Dynamic Frequency Selection

Explains DFS functionality for RAPs and MAPs in radar environments.

Bridge Group Name Misconfiguration

Troubleshooting steps for incorrect BGN assignments leading to stranded APs.

CHAPTER 8 Managing Mesh Access Points with Cisco Prime Infrastructure

Managing Mesh Access Points with Cisco Prime Infrastructure

Overview of managing mesh APs using Cisco Prime Infrastructure.

Adding Campus Maps, Outdoor Areas, and Buildings with Cisco Prime Infrastructure

Steps to add geographical maps and buildings in Prime Infrastructure.

Monitoring Mesh Access Points Using Google Earth

How to launch and use Google Earth for mesh AP visualization.

Adding Indoor Mesh Access Points to Cisco Prime Infrastructure

Process for adding indoor APs to Prime Infrastructure after mesh configuration.

Monitoring Workgroup Bridges

How to monitor Workgroup Bridge (WGB) clients separately.

Viewing AP Last Reboot Reason

Explains how to check the cause of the last AP reboot.