HTZ Warfare Overview


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HTZ Warfare is ATDI's flagship RF network design and spectrum management software product that specializes in both pre-deployment and real-time simulation and analysis of military tactical communications. The following are several examples of HTZ Warfare's outstanding capabilities.

HTZ warfare features a comprehensive set of radio planning capabilities that enables the design and optimization of military communication networks for frequencies ranging from a few kHz up to 450GHz. Unique electronic warfare and tactical communications functions allow accurate simulation of the battlefield for advanced mission planning.

Spectrum-E



Radio-Network Planning

Radio network planningRadio network planning

Electronic Warfare

Electronic warfareElectronic warfare

Spectrum Management

Spectrum managementSpectrum management

Digital Cartography

Digital cartographyDigital cartography

All-in-One Solution:

HTZ Warfare is a comprehensive tool box for modeling radio communications in the MF/HF/VHF/UHF/SHF/EHF frequency bands. Included are analysis features for the following technologies:


Application specific modeling features

The user can choose to conduct path profile analyzes, Line-Of-Site (LOS) plots, talk out and talk back field strength coverage plots for NLOS systems, co-channel and adjacent channel interference studies, co-site interference analysis (up to the 21st order intermodulation calculations), capacity studies, various levels of spectrum analysis and more.HTZ Warfare specializes in military and government oriented RF network planning and spectrum management analytical needs with specific features for modeling:


Communications Electronic Warfare and Tactical Simulations/Training

HTZ Warfare is also considered the only commercial off-the-shelf Electronic Warfare/Attack modeling/training platform in the world. The tool offers dedicated features for modeling:

HTZ warfare includes a built-in capability for dynamic modeling or 'Real Time Situational Awareness'. The HTZ warfare interface allows the user to connect to message traffic updates of node movement at a transmit dependent rate that can average an upload time of 5 ms/update.

See Also...

HTZ Warfare Download the brochure in PDF format.

HTZ Warfare scenario applications. Download the leaflet for more info.

Modeling Land Mobile Radio: An introduction to modeling Land Mobile Radio systems with HTZ Warfare.

Potential Effects of Wind Turbine Generators on Pre-Existing RF Communication Networks: An excerpt from our white paper that discusses ATDI's tools when considering how wind turbines can affect an existing network.

MF Groundwave Propagation Modeling for Maritime Networks

Human Exposure and FCC-OET-B65 MPE Compliance Calculations

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