Abstract
Line-of-sight (LOS) link planning condition has been observed to have effects on the atmospheric factor which cause crucial signal loss. The main objective of the planning was to improve a set of a link using point to point condition to assist the performance in emerging its strategy for handling the fixed WLAN service. The purpose of this paper is to provide a quick description of various propagation loss mechanisms on Link Budget Tool (LBT). LBT is customized to create point to point link for local area network (LAN) through radio frequency range operating between 2.400 GHz and 5.800 GHz. This software is able to define the effect of signal loss and expected performances according to the distances between link propagation conditions based on a number of system parameters.
Highlights
Have the great interests in utilizing a novel platform to provide best link prediction between point to point (PTP) due to the technology requirements [1] [2]
The purpose of this paper is to provide a quick description of various propagation loss mechanisms on Link Budget Tool (LBT)
This planning presents the findings of a link budget and applied into the prospective future request for the range in frequency bands, which was presented for fixed links via point to point connection
Summary
Have the great interests in utilizing a novel platform to provide best link prediction between point to point (PTP) due to the technology requirements [1] [2]. Radiofrequency link system used high-performance data, video transmission and management engine for advanced microwave through the wireless network [3]. This communication could allow the provision of personalized services in wireless connectivity as well as for sharing service engineering. The best way of Radio Transmission which takes place under situations whereby a clear line of sight should exist between receiver and transmitter [9] [10]. This condition confirms the strongest conceivable signal with marginal attenuation according to environmental factors with no obstacles between the two sites. To design an acceptable operational link with high quality at the lowest possible cost we must specify the requirements of the system performance, and it is necessary to compute the power and bandwidth
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