Ralph, thanks for the comprehensive and excellent summary.
In your list of "actual as opposed to theoretical" advantages of balanced operation, my feeling is that reduced likelihood of ground-loop issues is another advantage that merits explicit mention, although it is perhaps somewhat implicit in your mention of noise rejection.
As can be seen from some of the posts earlier in this thread, it is not uncommon for audiophiles to discount the importance of noise rejection in a home environment, due to the short cable lengths and simpler setups relative to a pro or studio environment. But as we've seen in many other threads here at Audiogon, home systems with single-ended interfaces often encounter ground-loop issues involving low frequency hum and/or high frequency buzz, that would most likely not occur if the signal interfaces between components were balanced (due to the separation in balanced interconnections of signal return currents from ac-related currents that flow through the cable shields).
That advantage would seem to be particularly pertinent to setups that have MULTIPLE dedicated ac lines powering the different components in the system.
Best regards,
-- Al
In your list of "actual as opposed to theoretical" advantages of balanced operation, my feeling is that reduced likelihood of ground-loop issues is another advantage that merits explicit mention, although it is perhaps somewhat implicit in your mention of noise rejection.
As can be seen from some of the posts earlier in this thread, it is not uncommon for audiophiles to discount the importance of noise rejection in a home environment, due to the short cable lengths and simpler setups relative to a pro or studio environment. But as we've seen in many other threads here at Audiogon, home systems with single-ended interfaces often encounter ground-loop issues involving low frequency hum and/or high frequency buzz, that would most likely not occur if the signal interfaces between components were balanced (due to the separation in balanced interconnections of signal return currents from ac-related currents that flow through the cable shields).
That advantage would seem to be particularly pertinent to setups that have MULTIPLE dedicated ac lines powering the different components in the system.
Best regards,
-- Al