In terms of System_1, with given parameters as below, a link budget analysis is carried out to calculate. This analysis

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In terms of System_1, with given parameters as below, a linkbudget analysis is carried out to calculate. This analysis aims tofind out the received power, maximum channel noise, and link marginto be sufficient to provide a 54Mbps data rate and ensure betterthan 99% link availability based on Rayleigh’s Fading Model.Requirements for industrial commissioning of wireless transmission:Parameters Value Distance 5 km Frequency 5.8GHz Link TypePoint-to-Point Line-of-sight Yes(Fresnel Zone) Radio SystemTR-5plus-24
System_1 of wireless transmission, the link budget is calculatedand designed for this system, a 5km line-of-sight link withsufficient Fresnel Zone will be considered. The design required touse of calculation of free space path loss, received power, maximumnoise and link margin in order to ensure this transmission link hasenough link margin for a reliable link.
The Path Loss for For 1st Fressnel zone is computed as 121.75 dBfor 5km @ 5.8GHz.
The Received power is found -91.75dBm at a standard Transmitpower of 1kwatt [30dBm].
The Link Margin is calculated as 8.25 Db for a minimum receiversensitivity of -100 dBm
The maximum noise is computed as -111.76 dB.
1. Please give a Conclusion (Individual basis) fromthe results of analysis for System_1 (e.g. draw a conclusion fromlink margin determined)