The coax splitter cable appears to not have any components and is just a straight connection from the coax to the two SDRs. That causes a lot of signal loss to both receivers. You want a splitter with some active components... maybe powered... to cut the losses.Ah, sorry.
I'm using (2) SDR-RTL V3 dongles, attached to a coax splitter. I used 25ft of LR240 coax to bring it into the SDR's. I added heatsinks to the dongles - I keep reading that people are overheating theirs. Mine get warm but not hot, but for $6, better safe than sorry.
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I am currently working my way through setting up SDRTrunk and can report back on that soon. So far (2 hours radio time) has netted me:
This setup is a test, to see how deep I fall into the scanning world again. At this rate, I can see extending the mast another 10ft +/- and using a more competent antenna. That'll be this fall/winter - too dang hot to mess with it right now.
- Much better analog(?) reception for Fire, Public Safety, and Municipal stuff
- Aviation is better, but planes only - no line of site to airports from where I'm at.
- Haven't tried amateur radio yet
That seemingly simple question has so many answers (and is so hotly debated) that it has its own "Splitters, Filters, and Multicouplers" Forum located here on RR -Do you have an example or two of the component you are referencing?
Looks nice !Meh, it'll do for now. Works as far as I could tell from the hour or so of using it so far. Asphalt shingles in Arizona in the summer really suck.
As I learn the radio, radio systems, etc - fall might be the time for an upgrade.
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Now I'm off to figure out trunking and digital.
Make those steel legs the right length and load IT as the antenna 😎Very nice! That's a great solution.
I've welded up a few mounts in the past, but never for a sloped roof like that. Nice job.