As part of Willtek’s commitment to constantly improve the service we provide to our customers, a number of tools are now available on-line and free of charge. The tools are self-explanatory; and all available with the click of a mouse. Try out this new feature today; simply browse the tools and then select the one you need. The rest is simple!

These tools are provided as a service enhancement. If you can provide any input or suggestions as to how these tools might be improved, do not hesitate to contact us.

Additionally, if you have any further requirements for on-line tools, let us know, perhaps we can incorporate them for the benefit of our worldwide customer bank.

This tiny, Microsoft Excel-based tool supports preparation for drive tests with the 8300 Series Griffin receiver. It allows you to calculate the highest number of frequencies you can capture. This calculation depends on the maximum speed, used frequencies and samples per 40 lambda. You can easily apply the Lee Criterion of 36 samples per 40 lambda or any other sampling criterion.

This Excel-based tool shows how multipath fading affects RF level measurements. Five signals with selectable levels and directions source this simulation. The tool calculates the resulting RF level on the road. Then you can check the simulated results depending on the Lee, Parsons or your self-created sampling criterion. Graphs show you the fading (RF multipath propagation) results over distance and the fading distribution. Result fields present important parameters like coverage percentage and min, max, average calculations of RF level after fading.

Note: In Excel, activate makro execution to run the simulation.