| Publisher | Siemens | ||
|---|---|---|---|
| Format | 690.9KB PDF | Date added | 01 Sep 2005 |
| Topics | Wi-Fi (802.11), Network Security, Wireless LAN | ||
| Downloads | 30 | ||
There are a number of considerations that must be taken into account when deploying a secure wireless network, but the recent evolution of the technology has done a great deal to simplify this task. The 802.11i sub-standard introduced by the IEEE has specifically addressed the problems found in the industry's earlier security initiatives. Furthermore, WLAN infrastructure vendors have designed product portfolios with enterprise-grade security as one of the core tenets distinguishing themselves from consumer-grade offerings. Siemens is one such vendor, and its HiPath Wireless Portfolio delivers a robust, standards-based security solution that can assure managers that they can finally take advantage of all the benefits enterprise WLAN has to offer without exposure to security risks.
Related white papers
Adapting to the Wireless Environment With 802.11k
This webcast will explain what is 802.11k and why is it needed, 802.11k and the wireless environment, radio resource measurement and control and how 802.11k will impact IT Adaptive algorithms....
Intel Technology Re-Creates Internet Usage: Now More Personal and More Mobile (High Bandwidth)
Mobility is defining the future of computing. The broadband Internet is becoming a conduit for all content - entertainment, education, government, business and commerce. To reach its full potential, broadband...
Colubris Networks Case Study: Connexion by Boeing
Connexion by Boeing is globally recognized as the industry's first and foremost provider of secure, high-speed in-flight Internet access for commercial and executive aircraft operators. In creating the Connexion by...
SyncScan: Practical Fast Handoff for 802.11 Infrastructure Networks
This paper describes SyncScan, a low-cost technique for continuously tracking nearby base stations by synchronizing short listening periods at the client with periodic transmissions from each base station. The paper...
Enabling Wi-Fi Connectivity for Embedded Systems
Adding Wi-Fi or IEEE 802.11a/b/g functionality to embedded systems is gaining in popularity. Quite often however, Wi-Fi modules do not have the same native interface as the embedded processors used...
802.11n: The End of Ethernet?
The Institute of Electrical and Electronics Engineers (IEEE) 802.11n standard represents the beginning of the end for wired Ethernet as the dominant Local Area Network (LAN) access technology in the...
Location-Based Services for Cellular Phones Using Wi-Fi: The University of Cincinnati's System for Emergency Call Location
Virtually every new smartphone coming to market now has Wi-Fi functionality, and Wi-Fi is preferred for data services due to its high performance and low cost. Many universities already offer...




