About This Guide
- Intended Audience
- How to Use This Guide
- Safety Information
- Sicherheitshinweise
- Consignes De S??curit??
- Text Conventions
- Providing Feedback to Us
- Getting Help
- Related Publications
Overview of the ExtremeWireless Solution
- Introduction
  - The ExtremeWireless Appliance
- Conventional Wireless LANs
- Elements of the ExtremeWireless Solution
  - Extreme Networks Extreme Management Center Integration
- ExtremeWireless and Your Network
- ExtremeWireless Appliance Product Family
Configuring the ExtremeWireless Appliance
- System Configuration Overview
- Logging on to the ExtremeWireless Appliance
- Wireless Assistant Home Screen
- Working with the Basic Installation Wizard
- Configuring the ExtremeWireless Appliance for the First Time
- Using a Third-party Location-based Solution
  - Configuring Location-Based Services
- Additional Ongoing Operations of the System
Configuring the ExtremeWireless APs
- Wireless AP Overview
- Discovery and Registration
- Wireless AP Default Configuration
  - Configuring the Default Wireless AP Settings
- Configuring Wireless AP Properties
- Assigning Wireless AP Radios to a VNS
  - Assigning WLAN Services to AP3912 Ports
- Configuring Wireless AP Radio Properties
- Setting Up the Wireless AP Using Static Configuration
  - Configuring VLAN Tags for Wireless APs
- Setting Up 802.1x Authentication for a Wireless AP
- Configuring Co-Located APs in Load Balance Groups
- Configuring an AP Cluster
- Configuring an AP as a Guardian
- Configuring a Captive Portal on an AP
  - Configuring Firewall Friendly External Captive Portal on an AP
  - Controlling Network Access on the AP
- Performing AP Software Maintenance
- Understanding the ExtremeWireless LED Status
Configuring Topologies
- Topology Overview
- Configuring the Admin Port
- Configuring a Basic Data Port Topology
  - Configuring a Basic Topology
- Creating a Topology Group
- Edit or Delete a Topology Group
- Enabling Management Traffic
- Layer 3 Configuration
- Exception Filtering
- Multicast Filtering
Configuring Roles
- Roles Overview
- Configuring Default VLAN and Class of Service for a Role
- Policy Rules
Configuring WLAN Services
- WLAN Services Overview
- Third-party AP WLAN Service Type
- Configuring a Basic WLAN Service
  - Advanced WLAN Service Configuration
- Configuring Privacy
- Configuring Accounting and Authentication
- Configuring QoS Modes
  - Defining the DSCP and Service Classifications
- Configuring Hotspots
  - To Configure a New Hotspot
Configuring a VNS
- Configuring a VNS
  - Controller Defaults
- VNS Global Settings
- Methods for Configuring a VNS
- Manually Creating a VNS
  - Creating a VNS Manually
- Creating a VNS Using the Wizard
- Enabling and Disabling a VNS
- Renaming a VNS
- Deleting a VNS
Configuring Classes of Service
- Classes of Service Overview
- Configuring Classes of Service
- CoS Rule Classification
- Priority and ToS/DSCP Marking
  - Configuring ToS/DSCP Marking
- Rate Limiting
Configuring Sites
- VNS Sites Overview
- Configuring Sites
- Recommended Deployment Guidelines
  - Defining Roles, CoS, and RADIUS Servers for Local RADIUS Authentication
- Radius Configuration
- Selecting AP Assignments
- Selecting WLAN Assignments
Working with a Mesh Network
- About Mesh
- Simple Mesh Configuration
- Wireless Repeater Configuration
- Wireless Bridge Configuration
- Examples of Deployment
- Mesh WLAN Services
  - Mesh Setup with a Single Mesh WLAN Service
  - Mesh Setup with Multiple Mesh WLAN Services
- Key Features of Mesh
- Deploying the Mesh System
- Changing the Pre-shared Key in a Mesh WLAN Service
Working with a Wireless Distribution System
- About WDS
- Simple WDS Configuration
- Wireless Repeater Configuration
- Wireless Bridge Configuration
- Examples of Deployment
- WDS WLAN Services
  - WDS Setup with a Single WDS WLAN Service
  - WDS Setup with Multiple WDS WLAN Services
- Key Features of WDS
- Deploying the WDS System
- Changing the Pre-shared Key in a WDS WLAN Service
Availability and Session Availability
- Availability
- Session Availability
  - Events and Actions in Session Availability
  - Enabling Session Availability
- Viewing SLP Activity
Configuring Mobility
- Mobility Overview
- Mobility Domain Topologies
- Configuring a Mobility Domain
  - Designating a Mobility Manager
  - Designating a Mobility Agent
Working with Third-party APs
- Defining Authentication by Captive Portal for the Third-party AP WLAN Service
- Defining the Third-party APs List
- Defining Policy Rules for the Third-party APs
Working with ExtremeWireless Radar
- Radar Overview
- Radar Components
- Radar License Requirements
  - AP Limitations
- Radar Scan Profiles
  - In-Service Scan Profiles
  - Guardian Scan Profiles
- Enabling the Analysis Engine
- Viewing Existing Scan Profiles
- Adding a New Scan Profile
- Configuring an In-Service Scan Profile
- Configuring a Guardian Scan Profile
- Maintaining the Radar List of APs
- Working with Radar Reports
Working with Location Engine
- Location Engine Overview
- Location Engine on the Controller
- Deploying APs for Location Aware Services
- Configuring the Location Engine
Working with Reports and Statistics
- Application Visibility and Device ID
- Viewing AP Reports and Statistics
- Viewing All Clients
  - Displaying Client Details
    - Client Search Facility
    - Viewing Client MAC and OUI
- Viewing Role Filter Statistics
- Viewing Topology Reports
- Viewing Mobility Reports
- Viewing Controller Status Information
- Viewing Routing Protocol Reports
- Viewing RADIUS Reports
- Call Detail Records (CDRs)
Performing System Administration
- Performing Wireless AP Client Management
  - Adding Clients to a Blacklist
- Defining Wireless Assistant Administrators and Login Groups
  - Modifying Admin Password
  - Removing Administrator
Logs, Traces, Audits and DHCP Messages
- ExtremeWireless Appliance Messages
- Working with Logs
- Viewing Wireless AP Traces
- Viewing Audit Messages
- Viewing the DHCP Messages
- Viewing the NTP Messages
- Viewing Software Upgrade Messages
- Viewing Configuration Restore/Import Messages
Working with GuestPortal Administration
- About GuestPortals
- Adding New Guest Accounts
- Enabling or Disabling Guest Accounts
- Editing Guest Accounts
- Removing Guest Accounts
- Importing and Exporting a Guest File
- Viewing and Printing a GuestPortal Account Ticket
- Working with the Guest Portal Ticket Page
- Configuring Guest Password Patterns
  - To Configure a Guest Password Pattern
- Configuring Web Session Timeouts
Regulatory Information
- ExtremeWireless APs 37XX , 38XX, and 39XX
Default GuestPortal Ticket Page
- Example Ticket Page
  - Placeholders Used in the Default GuestPortal Ticket Page
  - Default GuestPortal Ticket Page Source Code
Glossary
- A
- B
- C
- D
- E
- F
- G
- H
- I
- J
- L
- M
- N
- O
- P
- Q
- R
- S
- T
- U
- V
- W
- X

Defining a Next Hop Route and OSPF Advertisement

The next hop definition allows the administrator to define a specific host as the target for all non-VNS targeted traffic for users in a VNS. The next hop IP identifies the target device to which all VNS (user traffic) will be forwarded to. Next-hop definition supersedes any other possible definition in the routing table.

If the traffic destination from a wireless device on a VNS is outside of the VNS, it is forwarded to the next hop IP address, where this router applies role and forwards the traffic. This feature applies to unicast traffic only. In addition, you can also modify the Open Shortest Path First (OSPF) route cost.

OSPF is an interior gateway routing protocol developed for IP networks based on the shortest path first or link-state algorithm. Using OSPF, a host that obtains a change to a routing table or detects a change in the network immediately distributes the information to all other hosts in the network so that all will have the same routing table information. The host using OSPF sends only the part that has changed, and only when a change has taken place.

To define a Next Hop Route and OSPF Advertisement:

From the top menu, click VNS.
In the left pane, expand the Topologies pane, then click the Routed topology for which you want to define a next-hop route.
In the Layer 3 area, click the Configure button. The DHCP (Dynamic Host Configuration Protocol) configuration dialog displays.

DHCP configuration
In the Next Hop Address box, type the IP address of the next hop router on the network through which you wish all traffic on the VNS using this Topology to be directed.
In the OSPF Route Cost box, type the OSPF cost of reaching the VNS subnet.
The OSPF cost value provides a relative cost indication to allow upstream routers to calculate whether or not to use the controller as a better fit or lowest cost path to reach devices in a particular network. The higher the cost, the less likely of the possibility that the controller will be chosen as a route for traffic, unless that controller is the only possible route for that traffic.
To disable OSPF advertisement on this VNS, select the Disable OSPF Advertisement checkbox.
Click Close.
Click Save.

Published April 2017prev | next

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