Bi-wire or not depends on how your speaker crossover is designed. A well designed speaker crossover does not benefit from bi-wiring.
A not so well designed crossover feeds back EMF to the amplifier thus splitting the crossover into 2 or more sections REDUCES this effect. A well design gets this phenomena correct thus bi-wiring mokes little or NO difference.
Just an example, Dunlavy does not recommend bi-wiring but puts 2 sets of binding posts on his speakers so not to piss his customers away.
On the other hand if you open up a Thiel speaker, there are 2 or 3 boards inside, one for each of the low, mid, high frequencies and still the speaker is not bi/tri wireble.
I have personally had experienced on certain speakers, bi-wiring DOES make a hell lot of difference and on some hardly any.
One word of advice.....get rid of those jumpers. Make your own using the cable of your choice. Jumpers they provide are usually crappy. Bi-wire or not, you have to deceide. I have not much experience on SF speakers but heard that they are not recommended (correct me if I'm wrong) for bi-wiring.
Hope it helps.
A not so well designed crossover feeds back EMF to the amplifier thus splitting the crossover into 2 or more sections REDUCES this effect. A well design gets this phenomena correct thus bi-wiring mokes little or NO difference.
Just an example, Dunlavy does not recommend bi-wiring but puts 2 sets of binding posts on his speakers so not to piss his customers away.
On the other hand if you open up a Thiel speaker, there are 2 or 3 boards inside, one for each of the low, mid, high frequencies and still the speaker is not bi/tri wireble.
I have personally had experienced on certain speakers, bi-wiring DOES make a hell lot of difference and on some hardly any.
One word of advice.....get rid of those jumpers. Make your own using the cable of your choice. Jumpers they provide are usually crappy. Bi-wire or not, you have to deceide. I have not much experience on SF speakers but heard that they are not recommended (correct me if I'm wrong) for bi-wiring.
Hope it helps.