**** Please note this plug-in is not by the SDR++ developer, and as such may not be completely stable and/or could cause issues when used with SDR++ **** I found out while recording the video that the QT GUI Parser is built for a newer QT version, so currently waiting to see if it can be made to run on the version that's in DragonOS Focal. I show step by step how to upgrade SDR++ to the latest nightly **** use the link below to get the correct latest nightly, in the video I incorrectly went to the latest artifact build instead of the nightly build which is not a good idea as it may not be correctly built **** in DragonOS Focal as well as install the Inmarsat-C plug-in and how to use the command line parser tool with it. You can learn more about the RF and reverse engineering framework here, It doesn't go into detail on how to use each application or any one thing in particular, but I do plan to show some usage of FISSURE in a later video. This video covers how to upgrade/install a few things to DragonOS Focal that I've been asked about. I'll add to this description as I think of more info to share.įollow on Twitter for more DragonOS and SDR info. The GitHub page describes more about how to fine tune things. I was basically reducing the settings so that I could see all intersections and points for the test. I did not discuss in detail all the settings I was adjusting. In the final portion of the video, when I switched to DF-Aggregator, All of these steps will help obtain the best results. Also keep the extended antennas the same height. A metal ground plate under the antennas is also a good idea, on the boat I just placed them on the deck which was carpeted. When setting up your antenna array and wiring, make sure to keep the cables together in a neat path with zip ties, just keep them as tidy as possible. The KrakenSDR cloud service has a resolution setting, I briefly pulled it up in the video, that setting is the number of grids per axis on the heat map grid. A hand held 1/4 watt radio was used as the transmitter and was stationary on the shore line.Ī couple things to note that I did not fully cover in the video. The SUV was stationary and used static GPS settings. The boat was mobile and utilized GPSD within the KrakenSDR software and DragonOS. All stations used cellular internet to share information with the two different mapping solutions. External power was provided in the form of a battery pack and cigarette lighter. The soon to be publicly released KrakenSDR web mapper and DF-Aggregator was also used in this video.įor this setup three stations where initially tested, however, for test two that was reduced to a Valve Steam Deck that was stationary inside an SUV with antennas on the roof and a G566 Laptop and antenna array setup on a boat, both running the KrakenSDR software. In this video I share the results of the second direction finding tests conducted both from a boat and shore using the KrakenSDR.
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