Ruckus Wireless MF2501 manual Configuring WEP Security

Page 30

Configuring the MF2501 Adapter

Table 10—Advanced Wireless Configuration Parameters (Continued)

Field

Description

 

 

 

 

Fragment length

The fragment length. The range is between 256 and 2346 bytes. The

 

default is 2346.

 

The MF2501 Adapter uses fragmentation to divide 802.11 frames into

 

smaller fragments which are sent separately to the destination. Only

 

unicast frames can be fragmented. The fragment length can be between

 

256-2346 bytes. If the data that the MF2501 Adapter is transmitting is

 

larger than the threshold, it will trigger the fragmentation function. If the

 

packet size is equal to or less than the threshold, the access point will not

 

use fragmentation. In a good wireless environment, the larger the

 

fragment, the more efficient the network operates. In a noisy environment,

 

the fragment length should be adjusted to a smaller size to minimize

 

retransmission and increase the reliability of the transmission.

 

 

RTS/CTS Threshold

The RTS-CTS threshold range. The range is between 256 and 2346. The

 

default is 2346.

 

The RTS-CTS threshold is a value that determines at what frame length

 

the request-to-send/clear-to-send (RTS-CTS) function is triggered. By

 

default, this threshold is set at its highest value. A lower threshold value

 

means that the RTS-CTS function is triggered for smaller frame lengths.

 

A lower threshold may be necessary in environments with excessive

 

signal noise or hidden nodes; but this may result in some performance

 

degradation.

 

 

We need to make a glaring warning about not using turbo or super G when using IPTV applications. Something like: Using Turbo and/or super G mode is NOT supported when running video streams, these modes are intended for diagnostic and for networks where only non-video traffic is transmitted.

!

CAUTION:—Using Turbo and/or super G mode is NOT supported when running video streams, these modes are intended for diagnostic and for networks where only non-video traffic is transmitted.

Configuring WEP Security

1.Click Configuration ->Wirelessin the left-hand navigation pane. The window of Figure 6 appears.

2.Select WEP in the Security drop-down menu.

3.Click the Edit Security Settings button.TheWEP Configuration window of Figure 8 appears.

30

MediaFlex 2501 Multimedia Wireless Adapter User’s Guide 8000003, December 2005

Image 30
Contents MediaFlex 2501 Multimedia Wireless Adapter User’s Guide Part number DecemberInformation to the user EN 55 022 Declaration of Conformance Contents Appendix a Technical Specifications Viewing LAN Interface StatisticsTypographic conventions Who Should Use this GuideWhat You’ll Find in this Guide Following topics are coveredSupport and Warranty Information System RequirementsIntroduction BeamFlex Key FeaturesMediaFlex Media QoS Ensures Highest Video QualitySimple Configuration and Installation Key Features Installation and Setup MediaFlex 2501 Multimedia Wireless Adapter Packing ListFront View Activity Description LED Indicators and Meanings LabelLED Status Lights Marginally Acceptable Air Quality a flashing GreenRear View Label DescriptionUsing the Air Quality Indicator to fine-tune the placement Placement GuidelinesConnecting to the MF2501 Adapter Manually Configuring an IP Address on Your PCConnecting a PC to the MF2501 Adapter Internet Protocol TCP/IPProperties WindowAccessing the Web Interface Default Wireless Settings Wireless FeatureAccessing the Web Interface Using the Ruckus Wireless Web Interface Wireless Settings Worksheet KeyMF2501 Adapter Settings Worksheet Store this information in a safe placeWireless Web Interface Menu Buttons Ruckus Wireless Web Interface MenusAir Quality Indicator Common ButtonsAir Quality Indicator Configuring the MF2501 Adapter System ConfigurationCustomizing the System Configuration System ConfigurationField Description Configuring the Wireless Interface Wireless Interface ConfigurationWireless Interface Configuration Fill in the parameters as described in TableFor United States only Advanced Wireless Configuration Advanced Wireless ConfigurationShows the Advanced Wireless Configuration parameters Advanced Wireless Configuration ParametersConfiguring WEP Security Advanced Wireless Configuration Parameters Field DescriptionExplains the WEP Configuration parameters WEP Configuration AuthenticationUsing a Passphrase to Generate Keys Configuring WPA PSK Explains the WPA Configuration parametersWPA Configuration Viewing System Information System InformationViewing Wireless Information Explains the System Information ParametersSystem Information Parameters Adapter associated to Explains the LAN Statistics window parameters Viewing StatisticsViewing LAN Interface Statistics LAN Statistics Window ParametersViewing Wireless Statistics LAN Statistics Window Parameters Field DescriptionWireless Statistics Wireless StatisticsMsdu Viewing Remote AP Statistics Remote AP StatisticsDescribes the Remote AP Statistics parameters Remote AP StatisticsUpdating the Firmware Performing a Web DownloadUpdating the Firmware Tftp or FTP Download Describes the Updating the Firmware parametersUpdating the Firmware Rebooting the System Click the reboot option you want. The window of appearsReboot in Process How to tell when the Wireless Adapter is ready?Taking a System Support Snapshot Describes the support menu parametersTaking a System Support Snapshot Taking a System Support Snapshot External power adapter Physical CharacteristicsPerformance and Supported Configurations MF2501 AdapterManagement Traffic Management and QoS

MF2501 specifications

Ruckus Wireless MF2501 is a cutting-edge mobile broadband deployment device engineered to meet the evolving demands of modern connectivity. It stands out in the industry due to its versatile features and advanced technologies, designed to provide robust performance in various environments.

One of the key features of the MF2501 is its multi-band capability, supporting both 4G LTE and 3G networks. This ensures that users can maintain a strong and reliable connection across different network conditions, offering enhanced flexibility for applications requiring seamless Internet access on the move. With built-in carrier aggregation, the MF2501 optimizes bandwidth usage, resulting in faster data speeds and improved network efficiency.

The device also boasts features that enhance its cellular performance, such as smart antenna technology. This technology dynamically adjusts signal patterns to mitigate interference and boost throughput. It can effectively penetrate buildings, making it an ideal choice for urban areas and densely populated environments.

In addition to its robust connectivity options, the MF2501 is equipped with advanced security measures. It supports Virtual Private Networks (VPNs) and features encryption protocols that safeguard sensitive data during transmission. This level of security is essential for businesses and individuals who prioritize privacy and data protection.

User-friendliness is another highlight of the MF2501. The device includes an intuitive web-based management interface, allowing administrators to easily configure settings, monitor performance, and troubleshoot issues. This accessibility reduces the complexity often associated with network management, enabling quicker responses to connectivity challenges.

Furthermore, the MF2501 is designed with scalability in mind. It can be integrated into larger network architectures, making it suitable for both small businesses and expansive corporate environments. It is also compatible with various cloud management platforms, allowing for central monitoring and management across multiple devices and locations.

In summary, the Ruckus Wireless MF2501 is a powerful tool for navigating the challenges of modern connectivity. Its multi-band support, smart antenna technology, rigorous security features, and user-friendly management options make it an excellent choice for anyone in need of reliable mobile broadband solutions. Whether for personal use or organizational needs, the MF2501 offers a sophisticated approach to maintaining an always-on connection.