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wlan revere >> Software Providers
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Abstract for wlan revere: Established in 1981, Revere Inc. has twenty-three years of experience with large-scale software implementations worldwide. Revere employs a team of industry consultants that will define, document, and manage an implementation plan including detailed process procedures. Revere, headquartered in Birmingham, More Info
Documents » wlan revere.
Abstract: There are many ways to safeguard wireless local area networks (WLANs), but which measures should you deploy, and how can you tell whether your network is sufficiently hardened against 802.11 and 802.1X attacks? Download this white paper to learn about a process for business risk analysis, vulnerability identification, and threat remediation—and find out how to conduct your own WLAN vulnerability assessment. PubDate: 8/8/2008 3:24:00 PM
Abstract: WLAN administrators will certainly appreciate 802.11n’s backward compatibility with their existing STAs. But at what price this compatibility? There’s no doubt that 802.11n delivers significant improvements—but just how much of this improvement is actualized when coexistence and protection mechanisms are in use? Download this white paper for a detailed look at the impact of coexistence on 802.11n data rate and throughput.
Abstract: The 802.11n standard promises to extend today’s most popular wireless local area network (WLAN) standard by increasing reach, reliability, and throughput. The final standard, predicted to be ratified later this year, is expected to trigger broad-scale deployment of bigger and faster networks. Find out about the essential new technologies used by 802.11n, and their impact on network planning, installation, and operation.
Abstract: Wi-Fi has become the access method of choice for users at the office, at home, and on the road. According to research, nearly 200 million Wi-Fi chipsets were sold in 2006 alone. But can Wi-Fi work effectively in a wireless local area network (WLAN) environment? Yes it can. To deliver Wi-Fi more reliably to increasingly diverse devices requires a self-configuring platform that covers larger areas and higher user densities.
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