This has proven to be very advantageous, especially for large areas. several employees* can work on a heat map at the same time. Our Heatmap Tool is designed to be cooperative, i.e. Where red = (hot) = excellent coverage and white = (cold) = no coverage. In all cases the output is either with labeled measuring points and/or in the look of a weather map (the so-called heat map). This can be done by GPS positioning, via GPS capable radio or external GPS tracker but also via Bluetooth beacons (indoor). For this purpose, it must be possible to determine the position of the measurement point. It is also possible to determine the attenuation automatically and to transfer it directly into the heat map. the Motorola DP4801e) or a spectrum analyzer. The determination of the coverage at a position can be done manually with the help of a radio (in Motorola radio cells e.g.
It can be used intuitively and is suitable for quick coverage determination "on the fly" in the desired area. To visualize the radio coverage within an area in an informative way we have developed our Heatmap Tool. stages or fixed outdoor structures), but also changes to the equipment (high racks, pick towers, etc.) can have a significant impact on radio coverage and thus on radio communication. Internal factors such as hall conversions, new buildings (e.g. Regular testing of the radio coverage is a central part of the evaluation of radio cells and of course also of maintenance measures and troubleshooting.
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