I'm surprised there is nothing on the Uniden website with a comparison matrix.
Anyone?
Anyone?
Look through the Wiki:Anyone?
Maybe they were just abbreviations… such as the BCD436HP and BCD536HP are referred to as x36, x36HP, etc.? There’s a slew of info in the RR Wiki and the forums…I'm surprised there is nothing on the Uniden website with a comparison matrix.
Anyone?
Not all "TrunkTracker" features are completely identical across all models, some models have completely different form factors & technical specs. Take the BCD996XT & HomePatrol-1 for example, both categorized as "TrunkTracker IVs". The latter model has touch screen functionality whereas the former model doesn't. The BCD996p2 & BCD536HP are both categorized at "TrunkTracker Vs" although their memory architectures are different. With that said, click each wiki link below THEN go to each categorized model's wiki page to read up on the different models & their featuresThanks for the replies but I am looking for a comparison of TrunkTracker features, not scanner models.
I'm looking for the differences between TrunkTracker V and TrunkTracker X and surprised there is nothing out there.
Thank you. TrunkTracker version != scanner models.Not all "TrunkTracker" features are completely identical across all models
This is I'm looking for with TrunkTracker X.TrunkTracker III - The RadioReference Wiki
wiki.radioreference.comTrunkTracker IV - The RadioReference Wiki
wiki.radioreference.comTrunkTracker V - The RadioReference Wiki
wiki.radioreference.com
See: SDS200 (see Overview tab)I guess I missed it but where do you find official Uniden references to a "X"? Not a WIKI or some thread that someone posted but from an official source...
I guess I missed it but where do you find official Uniden references to a "X"? Not a WIKI or some thread that someone posted but from an official source...
As soon as you have a receiver that can output a data signal instead of analog it can output an I and a Q signal and those can be mathematically calculated to produce a clean signal free of interference, that you cannot do with an analog received signal from a conventional receiver. So all those cheap SDR dongles can be used and also the SDR receiver chip in SDS scanners use a I/Q data output.It seems to me that the SDS scanners must have I/Q demodulation. They are called True IQ scanners but I don't see much discussion about why. The demodulation is what allows them to operate on the simulcast systems.