![]() Many technologies currently available can only provide line of sight (LOS) coverage the technology behind WI-MAX has been optimized to provide excelled non-line of sight (NLOS) coverage.Ĭovers the state of the art of the technology and standards for reconfigurable radio systems, from self organizing networks and cognitive radio, through to reconfigurable architectures for networks and terminals This timely book provides a standards-based view of the development, evolution, techniques and potential future scenarios for the deployment of reconfigurable radio systems. Super narrow lanes can put a lot of traffic over them without disturbance. The Benefit of WI-MAX technology is that the signals can be run very close to each other on wireless channels. ![]() ![]() orthogonal frequency division multiplexing, sub channelization, directional antennas and adaptive modulation, which make WI-MAX as the technology of today. WI-MAX will provide anywhere, anytime connectivity. It stands for wireless (WI) microwave access (MAX). WI-MAX is based on IEEE 802.16 standard and is scalable. WI-MAX is delivering broadband wireless access to the masses and represents alternative to digital subscriber lines (DSL) and cable broadband access. This paper focuses on concepts of WI-MAX technology, which employs microwave for the transfer of data wirelessly, and it also presents its comparison with WI-FI, and 3G technologies. The wireless industry is evolving from a Web of independent networks into a single integrated network with multiple standards the expectation is that WI-FI, WI-MAX and 3G will coexist to enable a host of exerting new applications and business models. Many advanced data services are driving up wireless technology, which is further boosted by growth in advanced market segments.
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