Hello
I replied in another forum to the same question:
What is the advantage for a receiver with blindscan to be able to do that?
The engineers assume that on the same frequency there can not be two different transponders; if the characteristics of the transponder change, it becomes a new transponder, for feeds, the advantage of Blindscan (unlike xml lists for E2 receiver without blindscan) is that it is enough to make a new blindscan and we have the latest news. So no need to remember a list with different frequencies and 5 or 6 sr.
On the other hand what is very good with the SX88, it is the possibility to be able to return frequencies with only 1 Mhz of interval and it works (all the receivers are not able)
here an example ( screenshoot) in KA Band:
Another example of the SX88's ability to differentiate between frequencies that are very close to each other with the same SR
Not all receivers can do it.
I just wanted to see how different receivers can handle it or not.
These four receivers are in fact not the same, one has no blindscan, the other he finds only from sr 1600 (that is too high) only two are reasonably the same.
The first is the Octagon SF4008 E2 UHD with no blindscan but sensitive, the second is the Octagon SX88, would not be bad if one day the blindscan could find 1600 below, and the last two are the very popular Openbox SX6 and the Openbox S3 Mini HD ,
The 4008 if you enter the parameters, no problem to see everything.
The SX88 "the same procedure" and everything can be seen.
With the SX6 unfortunately one must find out that without PC and an editor one can see only two of three frequency also with the Blindscan it does not work.
Only the S3 HD Mini can use the blind scan to find all three frequencies (one of them is wrong with the SR but not with the program) and can also display all programs.