User's Manual
Table Of Contents
- XS-3900 User’s Guide
- Front Matter
- Table of Contents
- List of Figures
- Introduction
- Installing the XS-3900
- Installation Prerequisites
- Planning Your Installation
- Installation Workflow
- Unpacking the XS-3900
- Installing the XS-3900
- Powering Up the XS-3900
- Establishing Communication with the Array
- Performing the Express Setup Procedure
- The Web Management Interface
- Configuring the XS-3900
- Logging In
- Making Configuration Changes to the XS-3900
- Array Status
- Express Setup
- Network Interfaces
- IAP Interfaces
- SSID Management
- Security
- Users
- Services
- Software
- Tools
- Event Log
- The Command Line Interface
- Establishing a Secure Shell (SSH) Connection
- Basic Commands
- Command Modes
- Selecting Interfaces
- Command Line Keywords
- Interface Selection
- Interface Configuration
- Radio Configuration
- Beacon Information
- System Administration
- System Testing
- Security
- Station Timeouts
- SSID Configuration
- DNS Configuration
- NTP Configuration
- DHCP Configuration
- Syslog Configuration
- SNMP Configuration
- Filters
- Radius Configuration
- Reports
- Data Handling
- Data Clearance
- Show Information
- Remove Configuration
- Help
- Appendix A: Quick Reference Guide
- Appendix B: Technical Support
- Glossary of Terms
- Index
Wireless LAN Array
86 Configuring the XS-3900
Global Settings .11bg
This page allows you to establish global 802.11a IAP (radio) settings. These
settings include enabling or disabling 802.11a radios and making the data rates a
required parameter, enabling or disabling all 802.11a radios, auto-configuration
of channel allocations for all 802.11a radios, and specifying the fragmentation and
RTS thresholds for all 802.11a radios.
Figure 59. WMI: Global Settings .11bg Page
Procedure for Configuring Global 802.11b/g IAP Settings
1. 802.11g Data Rates: The arrays allow you to enable or disable specific
data rates for all 802.11g radios.
z Enabled: Allow use of this data rate.
z Required: Clients must support this data rate to associate with
the network.
In addition, you can make a specific data rate (for example, 12 Mbps) a
required data rate, which means the 802.11a radios are required to
support this data rate.