8/31/2023 0 Comments Fun cube proDX Adventure Team will activate 4U100QO on QO-100 from the United Nations – Vienna International Center.Two awards available from AMSAT-UK regarding EO88’s re-entry.Online Satellite Predictions / Tracking.Status of Active Amateur Radio Satellites.Keplerian Two-Line Elements (TLEs / Keps).Forum for Question and Answers on FUNcube Satellite and Dashboard App.Using the FUNcube Materials Science Experiment in the Classroom. If adjusting for Doppler shift manually try tuning the uplink frequency while transmitting to keep the downlink frequency constant. Please use a maximium uplink power of 5 watts to a 7 dBi gain antenna (25 w EIRP). Transponder is only active during night passes and at weekends Passband may be up to 15 kHz higher depending on on-board temperaturesĮducational Telemetry beacon is 300 mW during day and 30 mW at night. Inverting SSB/CW transponder 300 mW PEP.145.935 MHz BPSK Telemetry 30 or 300 mW.Some of the SDR decoding programs available include:Ī dedicated Yahoo group for the forthcoming AMSAT-UK FUNcube Dongle Pro+ by Howard (G6LVB) can be found here. On the Yahoo page ignore the big Join link in the middle and click on the link at the bottom of the page instead, it says: “As an alternate option, you may join the mailing list instead.”.Click on the link in the email, this will bring up a Yahoo page in your browser.Send a blank email to Yahoo will send you an email in response, you may need to check your SPAM folder.You can join the FCDProPlus Yahoo Group by following these steps: The FUNcube Dongle Pro+ SDR will be on sale at Click the play button in the video player window.Select “02 – FUNcube PRO-PLUS” in the Stream box and click on Select Stream.Select “AMSAT 2012″ in the Category box and click on Select Category.You can watch the FUNcube Pro+ presentation given by Howard Long G6LVB to the 2012 AMSAT-UK International Space Colloquium in Guildford by following these steps: A proportion of the sales goes to support the AMSAT-UK FUNcube satellite project. The FUNcube Dongle SDR was originally developed for educational outreach as part of the ground segment for the FUNcube satellite. It covers LF, MF, HF, VHF, UHF and L Band (coverage is 150kHz-240MHz and 420MHz to 1.9GHz), and has an increased frequency span of 192kHz. The FUNcube Dongle Pro+ SDR is a complete redesign of the original FUNcube Dongle with many performance improvements and additional features. After it finishes compiling I guess that shouldn't be too hard.FUNcube Dongle Pro+ Software Defined Radio The next step is to get the latest version of GNU Radio framework working. As you can see, this did the trick:īy the way, this is how the device presented itself before the firmware upgrade: I solved this by first setting up qthid 2.2, upgrading the firmware in Funcube Dongle to version 18f (latest stable release at this time) and then upgrading qthid to version 3.0. qthid actually allows you to upgrade the firmware from within the program, but since it doesn't detect the device in the first place it's kind of a catch-22. Documentation suggested that obsolete firmware might be the cause. +++ -53,6 +53,7 win32:LIBS += "C:\\Program Files\\Microsoft SDKs\\Windows\\v7.Īfter setting up udev rules as described in the README file, qthid still said No FCD detected. It also turns out that libusb in Debian has a broken pkg-config, which means the following patch needs to be applied: Note that you don't in fact need the complete QT Creator IDE to compile. First, you need to install a few dependencies: Setting up qthid 3.0 on my Debian Squeeze system took a few tweaks. For setting up the radio frontend hardware there is a nice graphical QT application available that gives you access to all the knobs. However because the device uses USB audio and USB HID standards there are no drivers necessary. The documentation says software support for Linux is still under development. It arrived via Fedex yesterday and I was eager to try it out. I have been playing with SDR interfaces a while ago and was pretty much sold on this gadget when I saw receipt of a satellite transponder from a hand-held antenna. So much popularity in fact that the authors had problems keeping up with demand. It was designed to receive telemetry from the Funcube amateur satellite, but gained popularity among HAM radio operators and other folk interested in radio communications because of low cost (around 160 €, including shipping) and versatile frequency range (64 MHz to 1700 MHz central frequency with up to 80 kHz bandwidth). It's a small USB device that contains a complete software defined radio frontend. During the CCC camp I found out about the Funcube Dongle. A stylish all-terrain shoe with sophisticated disc closure fastening and a great fit thanks to ergonomically optimised CUBE Natural Fit performance moulding.
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