Eldartford,
No offense, but during your MC days did you actually hear a more SOTA rig in your system? If not, how can you possibly know whether those limited rigs hindered your MC's performance? You never gave the cartridge a chance.
MCs are more responsive to low level input than MMs. That's what makes them better, but of course that also makes them more revealing of problems. The fact that MCs respond optimally at higher VTFs does *nothing* to isolate them from a mismatched arm or a poor table. The sloppy arm bearings and motor rumble of my old TT were *vastly* more audible with my Shelter 901 than with my ADC XLM MkII, despite VTF being 1/2g higher with the Shelter. As a matter of fact, higher VTF's will actually emphasize some problems. For example, if a TT is susceptible to stylus drag effects then higher VTFs will make things worse.
Maintaining well-matched components while upgrading is more likely to satisfy and less likely to cause problems than having one component that is head-and-shoulders above other, closely linked components.
No offense, but during your MC days did you actually hear a more SOTA rig in your system? If not, how can you possibly know whether those limited rigs hindered your MC's performance? You never gave the cartridge a chance.
MCs are more responsive to low level input than MMs. That's what makes them better, but of course that also makes them more revealing of problems. The fact that MCs respond optimally at higher VTFs does *nothing* to isolate them from a mismatched arm or a poor table. The sloppy arm bearings and motor rumble of my old TT were *vastly* more audible with my Shelter 901 than with my ADC XLM MkII, despite VTF being 1/2g higher with the Shelter. As a matter of fact, higher VTF's will actually emphasize some problems. For example, if a TT is susceptible to stylus drag effects then higher VTFs will make things worse.
Maintaining well-matched components while upgrading is more likely to satisfy and less likely to cause problems than having one component that is head-and-shoulders above other, closely linked components.