WHITE PAPER:
Read this whitepaper to discover how the next generation of WLANs is creating faster connections, more applications, and a better experience for end-users.
WHITE PAPER:
This white paper outlines the considerations that should be taken into account to ensure a successful enterprise-wide deployment of a secure wireless network.
WHITE PAPER:
Learn about the specific challenges of deploying iPads in the enterprise, how to configure an iPad for a wireless land area network (WLAN), and a specific WLAN solution that offers scalable performance in a high density network -- ideal for the mobile workplace.
WHITE PAPER:
Many CIOs face overwhelming user demand to support personal mobile devices on the WLAN. This paper reviews the issues IT organizations face when employees demand to use their personal mobile devices in the office.
WHITE PAPER:
This paper looks at how healthcare providers are using wireless LANs creatively to improve patient care and to realize much-needed cost efficiencies. It also discusses the primary challenges health organizations face in their deployments and offers up solutions for successfully addressing them.
WHITE PAPER:
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.
WHITE PAPER:
This paper discusses the controller-based architecture was created to solve manageability, mobility (as opposed to portability), and high operational expenditure (OPEX) problems that were prevalent in autonomous (fat, thick, standalone) AP implementations.
WHITE PAPER:
Brocade Mobility enterprise Wireless LAN (WLAN) solutions, featuring support for 802.11n-based wireless networking, can help K-12 districts efficiently contain costs and lay the foundation for future growth.
WHITE PAPER:
This paper describes the security challenges network administrators face defining and implementing security mechanisms within diverse wired and wireless network environments.
