Wireless Network Link Analysis

A service of Tranzeo.com ®
Based on a project by Green Bay Professional Packet Radio ®

Frequency Information

Highest Transmitted Frequency
Transmitter RF Power Output

Transmitter Cable & Antenna Specifications

Transmitter Site Name
Transmitter External Cable Type
Transmitter External Cable Length
Transmitter Antenna Peak Gain
Base Station Site Elevation Above Sea Level
Base Station Antenna Height above Ground Level

Receiver Cable & Antenna Specifications

Receiver Site Name
Receiver External Cable Type
Receiver External Cable Length
Receiver Antenna Peak Gain
Receiver Site Ground Elevation Above Sea Level
Receiver Antenna Height above Ground Level
Receiver Threshold (sensitivity)

Transmitter/Receiver Antenna Distance & Environmental Specifications

Select the N ^th Fresnel Zone to Calculate
Would You Like to Calculate the Path Distance Based on Latitude & Longitude?	Yes No
If No, Enter the Distance Between Antenna Sites
If Yes, Answer the Following FOUR Questions
Transmitter Site Latitude	° ' " Positive is North
Transmitter Site Longitude	° ' " Negative is West
Receiver Site Latitude	° ' " Positive is North
Receiver Site Longitude	° ' " Negative is West

Notes

Antenna height and diversity antenna height should be measured from the antenna's center-of-radiation, usually the midpoint of the antenna.

Miscellaneous path losses are caused by ground reflections, atmospheric absorption, interference, rain/fog, billboards, vegetation, knife-edge diffraction, small farm animals, etc.
Such losses are best determined with Path Calculation Software such as RadioMobile.