RSGB Tonight@8 - QMX+ Multimode 160-6m transceiver kit design and features by Hans Summers, G0UPL

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  • čas přidán 7. 07. 2024
  • The presentation
    Overview of the QMX+ transceiver and the path taken to get here
    High level technical description of QMX+ and its SDR architecture
    Detailed design discussion of several unusual, unique or innovative sections of QMX+
    Future planned developments for QMX+
    About Hans
    Hans graduated with a physics BSc in 1993. He left his 22 year career in investment banking software development to pursue QRP Labs full time in 2016. The operation is now based in Turkey where Hans lives with his XYL and their three children. QRP Labs has grown rapidly to become a well-known name among QRP, portable and home construction groups of amateur radio.
    First shown on 8 July 2024
  • Věda a technologie

Komentáře • 14

  • @Fraksional
    @Fraksional Před 18 dny +5

    I have built the dummy load kit and was more than a little impressed because it does relative power measurement with only the lowest-price multimeter. I made that to test a different preassembled kit that I bought used. Figured it may come in handy with the QDX low bands. My daughter helped sort count and hand out parts as I needed to solder them. We had a blast. She was inspired to make a hobby of just building and and reselling them. (She was brand new to radio just passed her Technician class exam. Her birthday and the ARRL Field Day happened one after the other. Her birthday present last year were to assemble parts of a portable station to speak with an ISS astronaut. Competition didn't allow a response and the cross band antenna tired her more than expected. Still. So we assembled the QDX right after the dummy load kit right after the field day. Really nice start. You got credit as you rocked her world for a while. So maybe there are dads everywhere to thank you.

  • @reym1000
    @reym1000 Před 19 dny +3

    Thanks Hans for your amazing kits. Following the build of 4x QDX, 1x QMX,I start the build of my QMX+ today.

  • @billjobes1851
    @billjobes1851 Před 20 dny +2

    Thank you so much to RSGB or this most informative chat with Hans Summers. And thanks to Hans for all you do for amateur radio ! - Bill, W3WJ

    • @TheRSGB
      @TheRSGB  Před 19 dny

      We're glad you enjoyed it! Do share the presentation's CZcams link with your amateur radio friends so they can enjoy it too :)

  • @keithchambers-oq6nb
    @keithchambers-oq6nb Před 20 dny +1

    Watched last 30 minutes, shall be seeing the rest.. very informative.. built 3 of Qrp labs radio kits no problem, use them to great effect, receiver side is excellent very quiet, only use simple dipole, matched for best SWR using a nano VNA, as I used same during construction..

  • @stewartbryant317
    @stewartbryant317 Před 14 dny

    Thank you Hans - a most enjoyable and informative talk. Look forward to finishing my QMX+ and getting it on the air and of course to all your future upgrades and kits. 73 Stewart/G3YSX

  • @YO3HJV
    @YO3HJV Před 14 dny +1

    Excellent video and thanks for Hans for those excellent kits. I enjoyed making a QCX and a QCXmini and also I am enjoying using them. The question of using more than 12V is not about the output power but about using a 4 LiIon or LiPol in series, I think. 73 de YO3HJV

  • @michaeltrager4381
    @michaeltrager4381 Před 20 dny

    Hi Hans, Any chance you can come up with a development board that features an audio amplifier capable of driving an internal speaker mounted to the top case cover? That would be great!

  • @Isaac1B
    @Isaac1B Před 20 dny +4

    1:30:00 for the SSB question.

    • @CHChris
      @CHChris Před 9 dny

      And more technical details on SSB at 56:30

  • @zaperfan
    @zaperfan Před 20 dny +1

    Do the RSGB do anything for Amateurs that are suffering chronic interference, answer NO that's why I have ended my subscription. Yes men for the incompetent Ofcom goons

  • @TheArtofEngineering
    @TheArtofEngineering Před 11 dny

    God bless you! Love your work 73 de VK2AOE