is the new Vector tool able to recognize a .BMP Antenna Pattern and to return the numeric values in .TXT format. This way, diagrams will be easily suitable for reading in Vector tools and hence available to be inserted in the radio database.

is the Vector software solution for point-to-point radio planning and design. WinRPT features an integrated environment to design, analyze and verify radio links operating in a true 3D territorial model. Thanks to evaluation tools for link budget, link outage due to rain or fading, interference calculation, WinRPT is one of the most complete software for radio links design.

is the module of WinRPT that permits to simulate the best configuration of channels allocation, among those available, for microwave links belonging to the complete network or a part of it. NFP suggests the best combination of channels allocation, with regard to criteria you chose: transmission frequency, polarization or both of them simultaneously.

is the Vector solution that helps you to perform a first network dimensioning. It appears as a wizard GUI. The user is led through a series of dialog boxes performing analysis in a specified sequence. With WinRPT/AND you can define sites number and optimal BTS positioning to satisfy, in the deployment area, the required coverage and capacity.

is designed to manage point-to-multipoint networks. This module lets you analyze study scenarios for the most recent wireless technology (WiFi, Hiperlan, WiMAX) as well as technologies working at 26-28 GHz (LDMS, WLL) giving you the possibility to perform broadband access coverage area evaluation.
The new D-CAE module introduces the possibility to perform best-server discovery through a dynamic simulation of transmission modes according to several parameters as: C/I thresholds, received threshold and long term fading.

is the solution for TV and Radio Broadcasting systems design both for digital and analogue signals. Besides the managing of SFN and MFN networks, it allows to build antenna systems starting from a single panel. Once antenna systems have been built, WinBDC is able to evaluate coverage and isochannel interference among selected systems.

performs electromagnetic evaluation for urban environment taking into account deterministic propagation models. In particular it considers Ray Tracing model that is able to give a high accuracy in field evaluation, thanks to its technique based on geometry optic.