Currently, if you go in Tune mode - no matter what you do, the scanner seems to try to decode a control channel or P25 signal if found. This is logical - a nice feature and very useful. But sometimes I would like to simply use Tune to plug in a frequency to start scanning up and down from and would like to hear the nondecoded signal instead of having it start decoding.
For instance, many times I'll be searching the 800 band using Tune and it'll stop on a signal that it can't decide if its plain old noise (or a noisy signal) or if its an M36, LTR, or P25 system. It'll often display M36 and some information, or LTR and some information when in fact there is no such data channel active on that frequency.
It would be handy to have an option (which can be toggled by the user) which will attempt to decode the data or will just let you hear the unadulterated signal (as if you had programmed it in as a simple FM conventional frequency).
What prompted this? Today when I was scanning I found at least 15 instances where it kept stopping on a signal and claiming that it was an M36 data channel, an LTR databurst, etc. and would mute the sound and cause the display to show erroneous information such as TGIDs or LTR talkgroups when in fact it wasn't even sitting on a data channel (or at least not one that was compatible for it to decode). My ears are better at detecting what is on that frequency if its very weak - and if I can hear the signal I could move the scanner around to attempt to improve the signal and then toggle the decode setting on so that it would attempt to decode it after I found the best audible signal for it to decode.
Mike
For instance, many times I'll be searching the 800 band using Tune and it'll stop on a signal that it can't decide if its plain old noise (or a noisy signal) or if its an M36, LTR, or P25 system. It'll often display M36 and some information, or LTR and some information when in fact there is no such data channel active on that frequency.
It would be handy to have an option (which can be toggled by the user) which will attempt to decode the data or will just let you hear the unadulterated signal (as if you had programmed it in as a simple FM conventional frequency).
What prompted this? Today when I was scanning I found at least 15 instances where it kept stopping on a signal and claiming that it was an M36 data channel, an LTR databurst, etc. and would mute the sound and cause the display to show erroneous information such as TGIDs or LTR talkgroups when in fact it wasn't even sitting on a data channel (or at least not one that was compatible for it to decode). My ears are better at detecting what is on that frequency if its very weak - and if I can hear the signal I could move the scanner around to attempt to improve the signal and then toggle the decode setting on so that it would attempt to decode it after I found the best audible signal for it to decode.
Mike