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Microwave Path Engineering

Microwave links are still the predominant means to transport information, be it voice or data, from one point to another. From cellular or PCS site interconnection to long-haul backbone design, it is especially critical to know how to make the optimal use of microwave resources. This two-day course provides an in-depth understanding of the principles used in designing point-to-point microwave paths. We start by familiarizing the student with the language of microwave path design. We then walk through the steps of path design including band selection, propagation, transmission systems, k-factor, Fresnel zones, anti-correlation analysis, path reliability, obstruction fading, ducting, and diversity systems. We discuss interference analysis and frequency planning including frequency coordination. We use real-world examples throughout, and students are encouraged to bring their own examples. (This course provides excellent background for the FCC ULS Licensing Workshop.)

The FCC has recently required all telecommunications providers to verify compliance with radiation hazard exposure guidelines. This two-day course covers methods of predicting, measuring, mitigating, and avoiding Rad Haz situations. Topics covered include EPA & ANSI requirements, Rad Haz measurement techniques, zoning issues, and compliance with FCC requirements.

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