I need mentum planet and med

[henry3499]

Please someone should share mentum planet with med.most of the links in this forum are not working.thanks in advance

[phila63]

Did you have any luck?
I'm also looking for mentum planet.

[ranengpro]

Sadly, No free version exists

[phila63]

You mean pay for it, with med?

[phila63]

Ended up paying for it. Big range of prices....

[Roman99]

Ended up paying for it. Big range of prices....

And how much does it cost?

[phila63]

paid USD150 but got quoted USD200, USD300 and USD 500
Ultimate version but no Universal Propagation Model option

[ranengpro]

paid USD150 but got quoted USD200, USD300 and USD 500
Ultimate version but no Universal Propagation Model option

Just for the sake of information, all above prices are JOKE!, half working solutions.


The ultimate version of Mentum Planet costs a fortune.


Of course, a non-original license is cheaper but surely not in the price range above mentioned

[Roman99]

paid USD150 but got quoted USD200, USD300 and USD 500
Ultimate version but no Universal Propagation Model option

How to know which options and modules are included in the license?

[ranengpro]

In the Planet 7.0 version by Infovista


The Universal Model

In the current context of the growth of mobile telecommunication networks, operators face innumerable technical and economic problems during the planning, deployment, and optimization phases of mobile radio networks. To address these issues, operators use dedicated engineering tools that offer solutions to problems such as the calculation of coverage, determining hand-over zones, interference, frequency allocation, antenna optimization, traffic localization, and so on.
One of the most useful tools for mobile radio engineers is field prediction models. Also called wave propagation models, they are incorporated in engineering tools and allow mobile radio network creators to determine the coverage zones of emitting stations and, in turn, infer the interference zones. Providing key information to numerous tools for further analysis and exploiting the predicted fields, they occupy a privileged place in cellular engineering.
Strongly dependent on geographic data that allows the extraction of a vertical cross-section of the terrain (called a “profile”), a propagation model is a mathematical simulation of a physical phenomenon between two points. Performing preliminary processing of the cross-section of the terrain in order to check the calculation hypotheses, the propagation model combines theory with profile information before statistically adjusting the results using field measurements.
Programmable according to different requirements, a propagation model was developed with the objective of always respecting significant constraints in domains such as: speed, precision, strength, and versatility.