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 white paper reviews past and present technologies including a discussion of circuits and packets and also compares WLAN and WWAN networks in terms of advantages, challenges, and issues to consider when considering a wireless solution.
WHITE PAPER:
This white paper highlights the features and benefits of a reliable and secure wireless infrastructure and provides an overview of the many applications that are enabled by WLAN technology.
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.
EZINE:
Read this Ezine to learn what options there are for companies having a unified architecture for their wireless networks, and what the advantages are.
WHITE PAPER:
Many factors must be considered when planning for a WLAN deployment. This paper provides a starting point for posing questions to WLAN equipment and service vendors.
BROCHURE:
Businesses want wireless now. So what's holding it up? The answer lies in ongoing IT concerns over: Wireless Security; Wireless Performance; Wireless Manageability; and Wireless Value. Read this brochure for an overview of these four important points.
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.
PRESENTATION TRANSCRIPT:
This presentation transcript, taken from the podcast of the same name, discusses what businesses can expect to see in the final 802.11n standard and how those "full 802.11n" differences will and won't impact this year's deployments. Read on to learn more about the upcoming changes in 802.11n.