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Microwave Radio Path Engineering
Microwave Radio Path Engineering.
LINKIT uses PathLoss5 and manufacturer data to calculate the expected radio performance over your radio path.
This required accurate input data to ensure a realistic report is generated.
| INPUT | Check |
| GPS Location Site A (Mark in Google Earth) | |
| GPS Location Site B (Mark in Google Earth) | |
| Site A: Mast Type and Antenna Mount height above Ground level | |
| Site B: Mast Type and Antenna Mount height above Ground level | |
| Required Link Speed (Mbps) | |
| Redundancy / Protection required : Yes / No Speed Mbps Path: | |
| Site A Cable Type: (Coax, STP, Fibre) Metres from Radio to Indoor Switch | |
| Site B Cable Type: (Coax, STP, Fibre) Metres from Radio to Indoor Switch | |
| Power at Site A Power at Site B |
OUTPUT
A path calculation that will state the link modulation level (speed), Fade margin and link availability over your specific path.
This theoretical result is used to confirm the ideal antenna size and any trade off required because of power of civil options.
E.g the mast is big enough to hold the antenna steady and aligned and the Power source and earthing systems meet minimum specifications.
The best theoretical engineering for link availability in the world is worthless if the power goes off or the antenna moves on the pole.
LINKIT 's process goes through all of these risk factors and options so the budgets and end result can be acheived.