Scalable WLAN Design and Implementation (SWDI) Course
Scalable WLAN Design and Implementation (SWDI), 8 Instructor Led Training (ILT) Rev 17.31
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SWDI Course Overview
This course teaches the knowledge, skills and practical experience required to set up and configure advanced features on Aruba WLAN utilizing the AOS 8.X architecture and features. This course includes lectures and labs which provide the technical understanding and hands-on experience of configuring a redundant Mobility Master with two controllers and two APs. Participants will learn how install a redundant Aruba WLAN network with clustering while using many features like Multizone for guest access, voice optimization and tunneled node. This course includes the AirWave management system and troubleshooting commands. The SWDI course provides the underlying material required to prepare candidates for the Aruba Certified Mobility Professional (ACMP) V8 certification exam.
- Related Certifications: Aruba Certified Mobility Professional (ACMP) V8
- Price: $4,626.00 (ex) Contact us for Aruba partner and customer discounts.
- SpectroTech also accepts Aruba Training Credits and Vouchers.
- Duration: 5 days, Classroom – Instructor Led Training (ILT)
- In Preparation for Exam: HPE6-A44: Scalable WLAN Design and Implementation (SWDI) 8
- Availability: Sydney, Melbourne, Brisbane, Canberra and Adelaide. Onsite (customer premises) available for minimum 6 people.
- Skill Level: Intermediate
Who is this course suited to?
Typical candidates for this course are IT professionals who deploy Aruba WLAN with advanced features and individuals who need a basic understanding of AirWave.
Suggested Prerequisites
Implementing Aruba WLANs V8
Topics
Introduction
- Review topics from the IAW V8 course
- AP terminology
- GUI Hierarchy
- WLAN forwarding modes
- Explain the features of AOS 8
Mobility Master Redundancy
- Explain VRRP setup
- DB synchronization procedures
- Validating MM DB synchronization
Mobility Master and MC Operations
- Grow the network to multiple controllers
- Review the configuration hierarchy
- MC deployments methods
- Explain advanced license features
Multizone
- Describe Multizone
- Explain Multizone AP functional flow
- Describe the functions of primary and data zones
- Troubleshooting Multizone setup
Introduction to MC clusters
- Reviews advantages of a MC cluster
- The cluster leader election process
- Defines the MC cluster roles
- AP and user mapping into a cluster
- Requirements for hitless cluster failover
- AP and user load balancing within the cluster
Mobility
- Explain standard 802.11 roaming
- Describes single and multi-controller roaming
- Defines the advantages of cluster mobility
Role Derivation
- Review of policies and rules
- Explains role derivation using VSAs
- Description of user rules
- Description of authentication default roles
- Explains how to troubleshoot role derivation
Remote Access
- Review of all remote access methods RAP/ VIA / IAP-VPN / branch controller
- Explains RAP certification and setup methods
- Configuration of RAP WLAN
- Explores the options for RAP redundancy
- Explains how to troubleshoot RAP setup
- VIA configuration, downloading and installation
- Explains how to troubleshoot VIA setup
Voice Optimization
- Review of voice QOS
- Explanation of WMM
- Description of UCC Heuristic and SDN API mode
- Monitoring and troubleshooting voice connections
Mesh
- Explains mesh networks and technology
- Configuration of mesh clusters
Administration
- Explains management accounts and password reset
- Configuration of guest provisioning accounts
- The use of authentication using RADIUS or TACACS
- Describes how to disable console access
Operations
- Explains how to upgrade new images
- Describes AP preloading
- Explains cluster in service upgrade
- Auto roll backs of configuration
- Describes loadable in service modules
AirGroup
- Explains the Aruba AirGroup solution
- Configuration of AirGroup with limitations
- Explores the integration with ClearPass
- Monitoring AirGroup servers and users
Tunneled Node
- Explains port based tunneled node
- Explains user based tunneled node
- Describes the interaction between switches and Mobility controllers
- Explains how to troubleshoot tunnel connections
AirWave Introduction
- Explains the different features of AirWave
- The use of groups and folders
- AirWave features description
- Configuration of device credentials and adding devices
AirWave Network Health
- Explains diagnostic page indications
- Describe network health graphs to identify network issues
- Performance graphs to help in network planning
- The use of clarity to direct administrator to the source of the problem
AirWave Client and Device Troubleshooting
- Explains how to find a client and troubleshoot association issues
- Diagnosing associated client issues
- Investigating client SNR
- Describes AP, network and controller diagnosing
- Explains how to monitor a MC cluster within AirWave
AirWave VisualRF, Reports and Alerts
- Explains the different VirtualRF display options
- Describes the VisualRF application monitoring
- Configuration of triggers to create alerts
- Generation of 22 type of reports as well as custom reports
Scalable WLAN Design and Implementation (SWDI) Course Objectives
After you successfully complete this course, expect to be able to:
- Explain the integration Mobility Masters and Mobility controllers
- Describe redundancy giving the user seamless failover
- Setup secure guest access using Multizone
- Explain the uses and advantages of clustering
- Describe user mobility in the wireless spectrum
- Integrate voice over WiFi and give QOS
- Explain how roles are assigned to users wireless or wired
- Learn to setup remote access using RAPs or VIA
- Describe how to create a mesh cluster
- Learn the advantages given to AirGroup when leveraged on an Aruba network
- Integrating wire users into the security given to wireless users
- Learn how to use AirWave to monitor the health of the network
- Learn how to useAirWave to troubleshoot client
- Explain AirWave’s Virsual RF feature as well as alerts and triggers