Abstract
The demand for faster wireless connectivity and uses of high definition multimedia content has increased the scope of research in wireless communication. To meet the requirements of future wireless networks, in terms of high speed connectivity and provisioning, WiGig networks are considered. A 60 GHz mm wave band paves a road to the future wireless ecosystem. To cater the infotainment choices to the consumer, WiGig Standard has been proposed. The work concentrates on analyzing the propagation time delay, path loss with respect to T-R separation and received power. With the advantage of the propagation characteristics of the 60GHz spectrum, WiGig will certainly provide high data connectivity and provisioning with minimum modifications in the RF front end receiver.
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