Relatively and theoretically speaking:
If we pick up both ABSOLUTELY pure cooper and silver conductors, silver conductors will have: ~10x better per/unit conductivity and derived quality from better conductivity is a possibility to design less p/u inductance and p/u capacity IC. Certainly freequency bandwidth will become much wider than in cooper conductor. I.e. ideal silver conductor must have much better details(not colourations)
In the real world there is no such thing as an ideal cooper or silver, but every brand that produces ICs($30...$3k) will assure that their cables uses the purest conductors on the market.
Without looking into internal structure of each conductor in our silver or cooper ICs we cannot realy make any particular conclusion that cooper is better than silver or vice versa.
If we pick up both ABSOLUTELY pure cooper and silver conductors, silver conductors will have: ~10x better per/unit conductivity and derived quality from better conductivity is a possibility to design less p/u inductance and p/u capacity IC. Certainly freequency bandwidth will become much wider than in cooper conductor. I.e. ideal silver conductor must have much better details(not colourations)
In the real world there is no such thing as an ideal cooper or silver, but every brand that produces ICs($30...$3k) will assure that their cables uses the purest conductors on the market.
Without looking into internal structure of each conductor in our silver or cooper ICs we cannot realy make any particular conclusion that cooper is better than silver or vice versa.