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Users have quick access to outputs such as received power, propagation paths, and path loss. These ASCII-based files can be plotted in the tool or easily post-processed externally.


Using Wireless InSite's options for placing receiver points within a scenario, it is easy to generate coverage map displays in the software's project view. Coverage maps can be made for received power, path loss/gain, E-field magnitude, mean time of arrival, delay spread, and many other outputs. The scale bar offers continuous and discrete options as well as control over the display range, values to display, and opacity.
The physics-based propagation models are able to predict the paths by which energy travels from the transmitting to the receiving antenna. Propagation paths through doors and windows, reflection from, and transmission through walls can be easily visualized in the graphical interface. 
Wireless InSite writes out and saves output files in ASCII format for quick post-processing. The path information is written out in an SQLite database along with MIMO outputs to CSV files.


An example list of outputs include:

  • Received power (also for MIMO)
  • Path loss

  • Propagation paths

  • E-field magnitude and phase

  • Time- and Direction-of-Arrival 

  • Complex Impulse Response (also for MIMO)

  • Delay Spread

  • Angle of Departure and Arrival (also for MIMO)

  • H-matrix (MIMO only)


Communication Systems

Bit-error rate (BER) outputs are generated for each Tx/Rx pair in the system for LTE, WiMAX, and WiFi protocols. If more than one Tx is active in the system, a combined BER is created.Data for multiple transmitters are also available, including C/I and strongest base to receiver. All predictions are made with full frequency, polarization, and antenna pattern data taken into account. An example list of outputs include:

  • Throughput

  • Carrier to Interferer Ratio

  • Receivers Strongest Transmitter

  • Receivers Strongest Transmitter Power

  • Receivers Total Power

Maximum Permissible Exposure (MPE)

Wireless InSite’s Maximum Permissible Exposure (MPE) module provides the ability to calculate MPE values and compare them to the safety thresholds defined by the IEEE Standard C95.1-2005. The user may conduct a hazard assessment and visually display the MPE relevant quantities, as well as their relation to the MPE thresholds. This capability allows for both stationary and moving transmitters, multi-pulse waveforms, and includes the aggregation of exposure over time. MPE outputs are currently only available from the X3D propagation model.


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