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Network Design and Engineering Serivces

Wireless Path Profile Calculations
Wireless Engineering Path Calculations
Wireless Engineering
Wireless Path Calculations

To ensure the success of a fixed wireless backhaul implementation, it is crucial to perform accurate wireless path calculations and design the system accordingly. This applies to all types of fixed wireless backhaul, including telemetry UHF/VHF radio backhaul, unlicensed wireless Ethernet bridges, licensed microwave links, or millimeter wave 60GHz gigabit / E-Band 80GHz 10 gigabit wireless.

 

Microwave path analysis provides factual data that is used to design a precise path, including the selection of wireless equipment, antennas, cabling, system settings, power settings, frequencies, antenna and tower heights, and polarizations.

 

Alpha Omega Wireless offers wireless backhaul path calculations that consider topographic map terrain, field verification of path end points, distance between end points, weather, and obstructions, and our link-budget formulations dictate the system parameters expected performance.

What We
Offer

01

Site Surveys

  • Collect GPS coordinates

  • Photo document (facility, path, antenna location, cable routes, etc.)

  • Identify mounting solutions

  • Find egress points.

  • Check for obstructions

  • Verify Line-of-Sight

  • Verify Fresnel Zone clearance

  • Identify environmental restrictions.

  • Identify any obvious points of wireless interference.

  • Locate proper grounding 

  • Ensure safety measures

03

FCC Licensing

  • Frequency determination

  • FCC coordination

  • PCN filings

  • 801 submissions

  • Turn Key FCC licensing

05

Project Estimates

  • Create Build-of-Materials

  • Make product recommendations

  • Provide budgetary quotations

02

Path Analysis & Design

  • Perform Path Calculations

  • Frequency determination

  • Antenna type & Size

  • Antenna mounting heights

  • LOS & Fresnel Zone verification

  • Predictable reliability calculations

04

Network Design

  • Network topology design

  • Capacity optimization

  • Security protocols

  • Network efficiencies

  • Network redundancy

  • Fault tolerances

  • Mapping

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