Analyze signal paths with our interactive Terrain Obstruction Profile. Visualize line of sight, Fresnel zones, and topography for telecom and aviation planning.
This interactive tool demonstrates how a Terrain Obstruction Profile is used to analyze a path between two points. Profiles are essential for planning telecommunication links, ensuring aviation safety, and designing infrastructure.
Select a scenario from the control panel to see a real-world application. You can then toggle visual aids like the 'Line of Sight' and 'Fresnel Zone' to understand their importance in the analysis.
Calculate Fresnel zone radius and clearance height with our free online tool. Ensure optimal wireless signal strength by avoiding obstructions
Calculate received power and link margin with our interactive link budget tool. Account for Tx/Rx power, antenna gains, and free-space
Model wireless link viability with our RF line of sight tool. Calculate Fresnel zone clearance and Earth bulge effects to
Calculate Line of Sight (LOS) distance with our free tool. Learn the formulas, earth curvature effects, and atmospheric refraction factors
Calculate VSWR, return loss, and reflection coefficient using power, impedance, or gamma. Includes a conversion chart, formulas, and RF engineering
Calculate point-to-point wireless range and Fresnel zone clearance. Explore how frequency, power, and antenna gain affect distance for various link
Calculate cascaded noise figure and total gain using the Friis formula. Features multi-stage analysis, noise contribution charts, and RF system
Calculate Free Space Path Loss (FSPL) instantly for any frequency and distance. Learn the FSPL formula, how it works, and
