FWIW - there is no "hotter" or "more powerful" spark. The spark delivered is whatever it takes to jump the gap, which varies with engine load. IOW, if you have an ignition system that is capable of delivering, say, 50k volts, and it takes 15k volts to jump the gap, 15k volts is the "spark" that is delivered. IF there is enough voltage to jump the gap, the "extra" voltage does nothing to "increase" the power/heat of the spark. What a higher voltage secondary DOES do is allow the spark to jump larger gaps which reduces maintenance, increases the ability to fire though fouling, and allows a larger gap to be run.
Let's say you are running suppression wires AND suppression plugs. If the system can generate the spark to jump the gap at all phase of engine load, then replacing the wires/plugs (both or either) with non-suppressed components will make absolutely no difference.