AirOS - Wireless Deployment BR Treinamentos

Introdução

This course is designed to give you a firm understanding of the Cisco Unified Wireless Networking for enterprise deployment scenarios. In this course, you will learn the basics of how to install, configure, operate, and maintain a wireless network, both as an add-on to an existing wireless LAN (WLAN) and as a new Cisco Unified Wireless Networking solution.
This course will build on top of Wireless LAN terms, concepts, protocols, architecture and Wireless LAN Characteristics introduced in the Wireless LAN Essentials eLearning course. In this course you will investigate the components, features, and deployment aspects of the system. You will have the opportunity to reinforce what you learn with hands-on labs. This course focuses on the essential network elements of a WLAN: the access points (APs) and wireless LAN controllers (WLCs). This course is to enable network planners and administrators to deploy an efficient wireless LAN (WLAN) advanced enterprise solution. To accomplish this, the course is designed to provide the learner a better understanding and appreciation of the complexities involved in efficiently supporting, client mobility, network efficiency, areas of high client density, high availability, advanced guest networking, and IPv6 support.

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40 horas
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R$ 6.500,00
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Solution operation

Objetivo

The goal of the course is to provide learners with skills and resources required to successfully plan, install, configure, troubleshoot, monitor, and maintain basic Cisco Wireless LAN solutions in a customer enterprise environment. The advanced part cover:
• Differentiate the characteristics of a unified wireless LAN architecture, and configure and test the controllers, access points, and basic features
• Describe the procedures to configure Layer 2 and Layer 3 roaming
• Describe the procedure to configure QoS on the network to optimize audio and video flows
• Describe the process to configure Cisco Unified Wireless using IPv6
• Perform routine maintenance, network monitoring, and common troubleshooting tasks on the Cisco wireless LAN

Pré Requisitos

The learner is expected to have the following skills and knowledge before attending this course:
• Prior completion of the Cisco Wireless LAN Essentials eLearning course
• Knowledge of basic networking principles, TCP/IP, bridging, routing protocol, and VLAN operation
• Cisco CCNA® certification or equivalent work experience

Conteúdo Programatico

Introduction
• Course Introduction
• Course Goal and Objectives
• Course Flow

Cisco Unified Deployments
• Cisco Wireless Unified Architecture Overview
• Cisco WLC & AP Products Overview
• Cisco WLC Architecture
• Performing the Initial Wireless LAN Controller Configuration
• Perform initial controller setup, and configure basic settings.
• Connect to the WLC Web Interface
• Describes how to connect to the WLC web-based GUI.
• Describes IPv6 Support
• Guided Lab 1: Perform the Initial Controller Configuration

Unified AP Modes of Operation
• Cisco AP Architecture & Functions
• AP Operational Modes
• AP Local Mode
• AP Monitor Mode
• AP Rogue Detector Mode
• AP Sniffer Mode
• AP Bridged Mode
• AP SE-Connect Mode
• AP FlexConnect Mode
• AP OfficeExtend
• Guided Lab 2: Unified AP Modes of Operation

Understanding the AP Association Process
• AP Discovery and Join Process
• AP Join Order
• AP Failover Process
• Troubleshooting Best Practices
• Guided Lab 3: AP Association Options

User Interfaces to the System
• Identify and navigate the three user interfaces of a Cisco unified WLAN
• Cisco WLC Settings
• Describes using the web-based GUI to configure the WLC settings.
• Configuration Settings Located Under the WLANs Heading
• Configuration Settings Located Under the Controller Heading
• Configuration Settings Located Under the Wireless Heading
• Configuration Settings Located Under the Security Heading
• Configuration Settings Located Under the Management Heading
• Cisco WLC CLI Settings
• Using the Cisco Prime Infrastructure for WLC Configuration
• Guided Lab 4 A: Controller Web Interface
• Guided Lab 4 B: Integrating WLC & Cisco Prime Infrastructure

Radio Resource Management and CleanAir
• Describe the two key mitigation features present when Cisco CleanAir is deployed.
• Split MAC Architecture
• Radio Resource Management
• Features and functionality of the RRM and how to configure the RRM
• Cisco CleanAir Implementation
• Cisco CleanAir Concepts
• Air Quality Configuration and Reporting
• Describe the two key mitigation features present when Cisco CleanAir is deployed.
• Guided Lab 5 A: RRM and CleanAir Configuration
• Guided Lab 5 B: RRM and CleanAir With Cisco Prime Infrastructure

Administering WLANs and AP Groups
• Configure WLC Wireless LANs
• Configure WLC AP Groups
• Configure WLC RF Profiles and how to configure them.
• Configuring Mobility Groups and Roaming
• Understanding The Terminology of Roaming
• Defining Wireless Roaming Concepts
• How to configure mobility groups on the Cisco WLC
• Using Auto-anchor Mobility
• Using Static IP Mobility
• Guided Lan 6 A: Configuring WLC AP Groups
• Guided Lan 6 B: Configuring WLC RF Profiles

Client Mobility Between Subnets
• Understanding Same Subnet Roaming
• Terminology of Roaming
• Client-roaming behavior across multiple mobility groups and how to configure mobility groups on the Cisco WLC
• Mobility Messaging
• Auto-anchor Mobility
• Describe the auto-anchor functionality and operation at Layer 2.
• Auto-Anchor Configuration
Understanding Inter-subnet Mobility
• Autonomous AP Mobility
• Intra-controller Mobility
• Inter-controller Mobility Layer 2
• Impact of AP Groups on Mobility
• Interface Groups and Mobility
• Dynamic Anchoring of Clients with Static IP

Identifying Advanced Mobility Issues
• Wi-Fi Alliance Voice Enterprise Certification
• Describes the main 802.11 amendments used in Voice Enterprise
• 802.11v Support with Apple Devices
• Describe how RX - Start of Packet (SOP) enhances mobility
• Describes how Optimized Roaming enhances the user’s Wi-Fi experience
• Guided Lab 7: Cisco RX SOP Deployment

Configuring Security Options
• Configuring the WLC Local Database
• Using MAC Filtering
• Using Access Control Lists
• Using Peer-to-Peer Blocking Mode
• Integrate & Configuring RADIUS AAA
• Using Local EAP Policy
• WLC & LDAP Configuration
• Controlling AP Association via AP Authentication
• Describe Cisco TrustSec for Wireless
• Using Management Frame Protection
• Using 802.11w & GUI Configuration
• Using Wi-Fi Direct
• Security Policy Logic
• Configuring WLANS with Enterprise Security
• Guided Lab 8A: Configuring Security Parameters on the WLC
• Guided Lab 8B: Configuring AAA Services Using External Radius (ISE Cisco Integration)

Configuring Quality of Service
• Describe the Cisco Unified Wireless Network features designed to provide network efficiency and how they can improve performance with QoS, VideoStream, and MS Lync SDN support.
• Define QoS in a wireless LAN (WLAN) environment.
• How wireless QoS is implemented under 802.11e and Wi-Fi Multi Media.
• QoS Packet Marking Mappings: Describes the mappings that are used in QoS packet marking between the wired and wireless segments of the network.
• Explain how QoS markings are used and their role in prioritizing packets in the end-to-end network delivery.
• QoS implementation and configuration on a WLC using both static metal levels and Alloy profiles.
• Deploy QoS WLC GUI Configuration
• Deploy QoS Roles for Guest Users
• Creation and application of QoS roles to limit bandwidth contention.
• Create Guest User Roles via the GUI
• Explain the Parameters Affecting Voice and Video Quality
• Cisco VoIP Phone Support Features
• Identifies the WLC settings that impact VoIP functionality.
• Describes how to implement 802.11e EDCA for third-party voice and video devices.
• Configure EDCA Parameters using the WLC GUI
• Configuring Video Parameters
• Describe the configuration and application of Call Admission Control for video clients.
• Configuring the WLC to Support Video Clients on a WLAN
• Guided Lab 9: Monitoring WLC QoS on the Switch Infrastructure

Implementing Video over Wi-Fi
• Describe Video requirements for delivery over IP network and how a wireless network affects these requirements.
• Multicast Review: Describes the configuration of the WLC to support multicast traffic in the wireless network.
• Cisco VideoStream Technology: Describe the set of features which enable consistant and reliable delivery of high quality video over the wireless network.
• Describe IPv4 VideoStream Flow Diagram
• Enabling Multicast Direct: Configure Reliable Multicast
• Adding Media Streams

Implementing VideoStream In A FlexConnect Deployment
• VideoStream in FlexConnect Environments: Identify VideoStream requirements and issues over FlexConnect wireless networks.
• VideoStream features available and their implementation in a FlexConnect deployment.

Integrating the WLC with MS Lync SDN
• Describe the Cisco WLC Lync SDN integration features and its operation
• WLC MS Lync SDN Integration Overview
• Describe the Cisco MS Lync SDN Integration.
• WLC MS Lync SDN Integration Configuration
• WLC MS Lync SDN Integration Verification
• Describe how to validate a WLC MS Lync integration.

High Density Deployment Challenges
• Understanding the Effects of Client Density on a Wireless Network
• Identify when a wireless network, or portion of one, becomes a high-density deployment scenario and identify some of the challenges an administrator will face in providing a quality user experience
• Define: What is a High Density Deployment?
• Describe when an area of deployment moves from a common wireless environment to one considered an area of high-density.
• Client Density: Describe the effects of multiple clients in close proximity to each other have on the wireless network environment.

Planning for Areas of High Client Density
• Discuss the five critical design points that are within an administrator’s control which must be addressed in the deployment of a wireless network designed to provide a quality user experience in a higher-density wireless environment.
• Determine the True Per-Connection Bandwidth Requirement
• Describe the importance of determining the true per-client bandwidth requirements.
• Determining Throughput Requirements for a Coverage Area
• Describe factors affecting the throughput that can be delivered in any single cell in a higher-density deployment.
• Higher Data Rates Increase Efficiency and Reduce the Effective Size of the Cell
• Describe the effects of data rates on cell sizing in a higher-density environment.
• Using 5 GHz Support is Critical for High-Density Deployments
• Describe the effects of clients and their capabilities in delivering a successful higher-density WLAN deployment.
• RF Spectrum is a Finite Resource
• Describe the impact that RF interference has on a high-density wireless deployment.

General Administration
• WLC & Network Routes
• WLC & Cisco Discovery Protocol
• WLC & DHCP Services
• WLC & Multicast Services
• Multicast Video Delivery Challenges
• Evolving Need for Video over WLAN
• WLC & mDNS Bonjour Gateway
• WLC & Application Visibility and Control (AVC)
• NetFlow Integration
• Guided Lab 10: WLC & AVC Configuration

Providing Basic Guest Access
• Defining Guest Access
• Methods for Providing Guest Access
• Configure Local Guest Access (LWA)
• Understanding Central Guest Access (CWA)
• Integrating WLC & ISE for Central Web Guest (CWA)
• Guided Lab 11: Configuring LWA Guest Access and Web Authentication (WLC Local)

Providing Advanced Wireless Guest Networks
• Describe the options available to configure guest access in a Cisco Unified Wireless Network (CUWN) environment.
• Providing Advanced Guest Access
• Able to use the controller GUI to configure guest access in a Cisco Unified Wireless Network environment.
• Defining Guest Access with a Cisco WLC
• Define what a guest network is and presents the technical requirements for a guest access solution using a Cisco WLC.
• Methods for Providing Guest Access
• Differentiate the methods available for providing guest access in the wired and wireless network.
• Configuring Guest Access: Describe the configuration of guest access capabilities on the WLC.
• Configuring Guest Traffic Segmentation or Path Isolation
• Preparing For an Anchor Foreign Relationship
• Auto Anchor for Wired Guest Access
• Sleeping Clients Guest Enhancements
• Describe the sleeping client feature introduced to enhance support for guest clients which exercise battery saving behaviors.
• Cisco WLC Sleeping Client Configuration
• Guest Networking Enhancements
• DNS Based ACLs Configuration
• Additional Guest Networking Capabilities 
• Describe the enhancements to the guest network features which were introduced in WLC 8.X code train.
• Describing guest anchor behavior introduced in WLC code version 8.X
• Guided Lab 12: Configuring CWA Guest Access and Web Authentication (ISE Integration)

Implementing Local Policies and Client Profiling
• Define what Local Profiling provides and what Local Policies are and describe the enhancements to the features in the latest code revisions.
• Local Policies and Client Profiling
• Define what Local Profiling provides and what Local Policies are.
• Configuring Client Profiles
• Configuring Policies
• Applying Policies
• Local Profiling Enhancements

Implementing Cisco CMX Visitor Connect
• Cisco CMX Visitor Connect
• Describe the operation of the CMX Visitor Connect B2C guest access solution
• Visitor Connect Configuration
• Describe the actions required to configure Cisco Visitor Connect for use
• Guided Lab 13A: Implementing CMX Visitor Connect
• Guided Lab 13B: Implementing Social Auth CMX Visitor Connect

Deploying The FlexConnect Architecture
• Using & Deploy FlexConnect Deployments
• Understanding FlexConnect architecture.
• FlexConnect Central & Local Switching
• FlexConnect Stand-Alone Mode
• FlexConnect Local Authentication
• FlexConnect Split Tunneling
• FlexConnect Configuration and Operation
• FlexConnect & Fast Roaming
• FlexConnect & AAA Override (ISE Example) 
• FlexConnect & Peer-to-Peer Communications
• FlexConnect ACLs
• FlexConnect Groups
• FlexConnect & AVC
• FlexConnect Group VLAN Support
• Troubleshoot a FlexConnect Solution
• Guided Lab 14: Using FlexConnect Central & Local Switching

Introduction to Mesh Networks
• Describe, at a high-level, wireless mesh networks both as an add-on to an existing WLAN and as a new installation.
• Describing Wireless Mesh Networks – Overview
• Describe components that make up a wireless mesh network and concepts that facilitate deployment of an Enterprise Mesh architecture.
• The Mesh Architecture: Describe the components and concepts that facilitate deployment of an Enterprise Mesh architecture.

Implementing Wireless Mesh Networks – Overview
• Describe benefits mesh networks provide to an enterprise with difficult networking environments and some of the scalability features provided by the mesh network architecture.
• Why Use a Mesh Architecture?
• Describe the benefits mesh networks provide to an enterprise with difficult networking environments along with some of the scalability features provided by the mesh network architecture.
• Guided Lab 15: Deploy Basic MESH Networks (Optional)

Wireless High Availability
• Describing Wireless High Availability
• Describe the evolution of redundancy built into the Cisco Unified Wireless Network architecture.
• Deploy Basic High Availability
• Describe basic WLC redundancy and failover concepts
• The Initial WLC High Availability Mechanisms 
• AP Failover Process: Describes the AP failover process and how to make this a deterministic process rather than a dynamic one by configuring the failover priority for Aps
• Initial High Availability Improvements
• Upgrading WLCs when using HA
• Cisco HA Continues To Improve
• Configuring Client and AP SSO

Enhancing Wireless High Availability
• Provides an explanation of the recent enhancements made to Cisco High Availability.
• Cisco & Latest HA Enhancements
• Describes the HA features and improvements introduced in WLC code version 8.X
• Describes the HA features introduced in 8.1 version pf the WLC code.
• Guided Lab 16: Cisco HA Deployment Presentation (Optional)

Implementing IPv6 Support
• Provides instruction on implementing support for IPv6 in a Cisco Unified Wireless Network environment.
• Configuring Clients for IPv6
• Describes how IPv6 can be implemented in a Cisco Unified Wireless Network environment.
• Cisco WLC IPv6 Support
• Cisco WLC: Introduce IPv6 operation
• IPv6 Support in a Cisco Unified Wireless Network Environment prior to WLC code version 8.0
• Cisco WLC & Protecting an IPv6 Network
• Improving the efficiency of an IPv6 network
• Describe the features added to eliminate unnecessary traffic reduces CPU utilization and provides greater network efficiency
• Cisco WLC Configuration to Support IPv6 Clients
• Describe how to configure the Cisco WLC for efficient support of IPv6 clients
• Guided Lab 17: Configuring IPv6 (Optional)

Configuring the Infrastructure for IPv6
• Describe how IPv6 can be implemented in a controller-based deployment.
• IPv6 Support for Infrastructure Connections
• Describe how WLC code version 8.0 enhances IPv6 support by allowing the wireless network
• infrastructure to leverage IPv6 addressing
• IPv6 Management Address Assignment
• Guided Lab 18: IPv6 First Hop Security Configuration (Optional)

Maintaining and Troubleshooting a Cisco Wireless LAN
• Performing Routine Maintenance
• Locate Key Controller Information
• Locate Key AP Information
• Upgrade Controller Code
• Transfer the Code to the WLC
• AP Pre-Image Download
• WLC Administration
• AP Administration

Configuring Policies and Management
• Wireless Protection Policies
• Managing Rogue Devices
• Intrusion Detection Management
• Aggressive Load Balancing
• Monitoring Clients
• Verifying Client Connectivity

Gathering Data
• Gathering Wireless Network Performance Data
• Connecting to an AP as a Sensor
• Using the AP to Gather Packets
• Message Logging
• WLC Statistics
• Monitoring Clients

Troubleshooting in a Cisco Unified Wireless Network
• Define a Methodology
• PoE issues with newer ac APs
• AP Association Troubleshooting
• Deploying Basic Cisco Wireless LANs - Course Administration Guide
• Analysis Tools Available in a Cisco Unified Wireless Network
• Using WLC CLI and GUI Commands for Troubleshooting
• Using Monitoring Dashboard
• Describe Cisco Best Practices Audit
• Cisco Wireless LAN Essentials Refresher
• Review Cisco Wireless LAN Architectures
• Review Cisco Wireless LAN Security
• Pre-Deployment Planning
• Using Cisco Planning Tools
• Placing an AP
• Guided Lab 19: Perform the Troubleshooting Controller