Hi @ledoux1238,
I hesitate to comment on other manufacturers’ products, unless the discussion is general in nature (design approaches, etc. and not better/worse). In the case of the SOTA, I’ve never played with it.
You have an excellent point about the two Verdier bases. Anytime a spring (resonant frequency) is a factor, it means that mass is a consideration (as well as the characteristics of the materials), so yes, Granito vs. MDF would indeed behave differently for all of these reasons.
My comment about locking down all suspension related to the resonant loop comprised of the motor drive, the "belt", and the base/platter. Subtle relative movements between the drive components can affect speed stability on the "micro" level I described earlier.
In this sense, any suspension in the loop, whether it be some "squishy" footers under the drive system, or springs under the turntable base/platter will have similar effects to that of a rubber belt.
The good news is that suspension under a fairly massive base like that of the Verdier is likely to have a smaller effect than that of a rubber belt due to the platter/base assembly being high mass, and "jiggling" quite a bit less (much less so than for example, a Linn turntable).
You may well find this to be continuum - that a bit of compliance will be the best compromise in your system. In general, I fall into the camp that less (suspension) is more.
Some of this has to do with musical values - your perceptual framework and what in a musical performance your attention is drawn to, and we’re all different in this regard. I tend to listen to a lot of rhythmically complex music with interleaving musical lines, so dynamic behavior is important to me.
My take is that when the urge to experiment strikes (and we all know that it occurs frequently with Verdier owners <grin>) that you play with taking as many "springs" out of your drive system as possible - as long as it’s reversible.
... Thom @ Galibier Design
I hesitate to comment on other manufacturers’ products, unless the discussion is general in nature (design approaches, etc. and not better/worse). In the case of the SOTA, I’ve never played with it.
You have an excellent point about the two Verdier bases. Anytime a spring (resonant frequency) is a factor, it means that mass is a consideration (as well as the characteristics of the materials), so yes, Granito vs. MDF would indeed behave differently for all of these reasons.
My comment about locking down all suspension related to the resonant loop comprised of the motor drive, the "belt", and the base/platter. Subtle relative movements between the drive components can affect speed stability on the "micro" level I described earlier.
In this sense, any suspension in the loop, whether it be some "squishy" footers under the drive system, or springs under the turntable base/platter will have similar effects to that of a rubber belt.
The good news is that suspension under a fairly massive base like that of the Verdier is likely to have a smaller effect than that of a rubber belt due to the platter/base assembly being high mass, and "jiggling" quite a bit less (much less so than for example, a Linn turntable).
You may well find this to be continuum - that a bit of compliance will be the best compromise in your system. In general, I fall into the camp that less (suspension) is more.
Some of this has to do with musical values - your perceptual framework and what in a musical performance your attention is drawn to, and we’re all different in this regard. I tend to listen to a lot of rhythmically complex music with interleaving musical lines, so dynamic behavior is important to me.
My take is that when the urge to experiment strikes (and we all know that it occurs frequently with Verdier owners <grin>) that you play with taking as many "springs" out of your drive system as possible - as long as it’s reversible.
... Thom @ Galibier Design