Abstract:

This guide describes how to install the Brocade Mobility 650 Access Point.

Abstract:

This guide describes how to install the Brocade Mobility 6511 Wallplate Access Point.

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This guide contains setup and advanced configuration instructions for the Brocade Mobility 7131 Access Point.

Abstract:

This guide describes how to install the Brocade Mobility 7131-GR Access Point.

Abstract:

This guide describes how to install the Brocade Mobility 7131 Access Point.

Abstract:

This guide describes how to install the Brocade Mobility 7131 Access Point.

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This guide describes how to install the dependent mode version of the Brocade Mobility 7131 access point.

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This guide describes the configurations of administrative features used to manage Brocade Mobility Access Point Controllers.

Abstract:

Publication Date: March 2011

Abstract:

Most institutions of higher education have investments in existing 802.11a/b/g devices and are being overwhelmed by the increased use of mobile devices and applications. Consider the following four tips to maximize benefiting from next-generation wireless technology.

Abstract:

Ekahau and Brocade help improve hospital workflow, staff productivity, and safety by enabling real-time tracking and managing of assets, staff, and visitors.

Abstract:

Community Hospital of Long Beach is saving $1 million annually while enabling flexible, mobile patient care thanks to its upgraded networking infrastructure.

Abstract:

Software developer creates healthcare applications more quickly and efficiently while keeping networking operations and capital expenses at a minimum

Abstract:

From access to enterprise applications such as e-mail, to applications that enable crews to track airplanes and maintenance teams to inventory and manage spare parts, Neos Airlines employees need to be as mobile as the planes they are operating

Abstract:

As the existing network aged out, network administrators recognized that it was time to upgrade the infrastructure to support current and more innovative technologies that would move the hos-pital forward on its mission of excellence. Sint Lucas Andreas Ziekenhuis sought a faster, high-performance networking partner that could deliver a reliable, scalable solution—with compre-hensive and user-friendly management tools. The hospital found that partner with Brocade.

Abstract:

This document is a detailed comparison of the product specifications for the Brocade Mobility Solution.

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Designed for high-bandwidth wi-fi deployments, Brocade® Mobility Wireless LAN solutions provide highly scalable, reliable, and secure mobility in remote offices, small to large enterprises, campuses, and data centers.

Abstract:

This document examines ways to enable both personalized educational trends and the various technological trends that affect—or will soon affect—virtually every school.

Abstract:

Managing large distributed WLANs within the difficult environment of healthcare poses unique challenges. Unlike wired networks, WLANs have to operate in a shared wireless medium that is constantly changing. This document examines how to maximize availability to critical wireless applications.

Abstract:

Step-by-step guide from unpacking Brocade Mobility controllers and access points to configuring these devices to work with FastIron CX Series and setting up wireless connectivity.

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Using the intelligent PoE/PoE+ capabilities of the Brocade FastIron family can ensure last-minute power to critical devices while saving operating costs.

Abstract:

Brocade is taking groundbreaking performance and reliability from the data center and extending it across the entire network all the way to the edge. Now, superior performance can be maximized across the entire campus network, giving you a more managed and efficient approach to growth.

Abstract:

This document provides a catalog of antenna parts and accessories to complete a Brocade Mobility environment. This guide specifically addresses the antennas used for 2.4 GHz, 5.2 GHz and dual band antenna implementations for Brocade Mobility Wireless Local Area Networks (WLANs).

Abstract:

This document is one of a series examining the challenges, the opportunities, and the realities of how technological innovation is affecting the global education community

Abstract:

This document examines five questions that K-12 school districts can ask to determine if their infrastructure will support their school’s needs three to five years from now.

Abstract:

This document is one of a series examining the important considerations a school, a school district, or a college or university must take into account as they plan to deploy, extend, or enhance their e-learning capabilities.

Abstract:

While 802.11n wireless networks let enterprises create a seamless working environment by combining the mobility of wireless with the performance of wired networks, the best ways for deploying 802.11n—while minimizing acquisition and operational costs—may still be unclear.

Abstract:

Following on the success of Wireless LANs (WLANs) in higher education, an increasing number of K-12 schools are also integrating wireless and mobile technologies to better meet instructional demands and provide more users with online resources.

Abstract:

The Brocade® Mobility product family combines Wireless LAN (WLAN) access point and controller-based security services with wireless intrusion prevention to offer a unified suite of security capabilities, which not only deliver a more robust threat defense but also lower the total cost of implementing and maintaining a secure wireless network.

Abstract:

Technological advances and trends, including improvements in WLAN performance and security, are encouraging IT administrators to consider wireless networks as a core part of every enterprise network. By simplifying wired and wireless deployment through integrated, end-to-end solutions, companies can significantly increase productivity and save costs to achieve unified and robust communications.

Abstract:

This paper describes how institutions of higher learning can deploy wireless LANs to increase their connectivity options and securely deliver a wide range of applications and services to mobile users throughout their campus networks.