You can leave this blank if you want. Software looks awesome. Search This Site. Determining the accuracy, reliability, validity, or appropriateness of any of the software or data written about in this blog for any uses is the sole responsibility of the reader, not the authors of the blog posts. The blog authors have no liability for any uses of the software or data described here. All devices offer AC WiFi. We have a range of machine-to-machine routers which can be attached to external antenna for both 3G and 4G.
Latitude and Longitude information may be determined from a specific street address through www. Figure 1 is a thumbnail representation of a much higher resolution x pixel repeater coverage map generated by SPLAT! Each color represents a discrete level of path loss based on the Longley-Rice irregular terrain propagation model, assuming a frequency of A legend at the bottom of the figure maps each color to a specific level of signal attenuation in dB.
Effective coverage can be determined knowing the transmitter ERP, receiver noise figure, receiver antenna gain, frequency, bandwidth, and the minimum signal-to-noise ratio requirements. Individual as well as mutual areas of coverage are clearly visible in this thumbnail image. Full resolution of this image is x pixels. Figure 3 shows the line-of-sight paths between two transmitter sites and a common receiver site. The user can select two sites either by dragging them into position or entering the GPS coordinates on the page.
After the two sites are selected a elevation graph will pop-up showing the elevation from the blue mark to the green mark as well as the distance between the two points.
A red line indicates a line-of-sight that is blocked while a green line indicates a clear line-of-sight between the points.
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