It's important to remember that radio stations use serious processing in their transmission chains. First off, they brick wall filter at 50 Hz and 15Khz. Second, they compand the signal which is basically compressing then expanding the information in order to simplify the transmission of that signal through their STL path between the radio station and their transmit facility tower. Then it is Frequency Modulated (FM) or Amplitude Modulated (AM) for broadcast, and run through 20 to 100 thousand watt transmitters. Both of which are lossy mediums. Let's just say, those signals are dynamically compressed and band pass filtered to a very large degree.
This massive processing may or may not be pleasing in a system. How many times have you listened to a song on the radio, thought it would sound excellent in your system, bought it and then discovered that the vinyl or CD was poor at best by comparison? That would be because of the processing and the transmission characteristics. Processing is used on a very large scale during studio and mastering, but that processing usually pales in comparison to that used in a transmission chain.
Wonderful tuners such as those smooth sounding Magnum Dynalabs are indeed nice, but be careful to not confuse "nice" with "accurate".
This massive processing may or may not be pleasing in a system. How many times have you listened to a song on the radio, thought it would sound excellent in your system, bought it and then discovered that the vinyl or CD was poor at best by comparison? That would be because of the processing and the transmission characteristics. Processing is used on a very large scale during studio and mastering, but that processing usually pales in comparison to that used in a transmission chain.
Wonderful tuners such as those smooth sounding Magnum Dynalabs are indeed nice, but be careful to not confuse "nice" with "accurate".