Speaker Jumper Wires

High End Jumper Wires

If you are using speakers that are bi-wireable, but you choose to not use them in a bi-wired set up, our jumper wires will allow you to do so with speaker cables that are 2 wire (not four wire bi-wire cables). However, it is most important that the jumpers are made with the best speaker wire available so your speakers will perform as intended by the speaker designer.

Some people think that the wire used in jumpers is not important. Actually, it is critically important! Half of the music is diverted to go through those jumpers!

Using cheap or mediocre wire is foolhardy. The wire used must be on the same quality/performance level as the main wires from your amplifiers.

If you are now using jumpers that are made of generic or mediocher wire, we suggest you change them out and use these jumpers - you will hear the difference.

Our jumpers are made with our proprietary Silverfuse conductor material that is the same material that is used in our top of the line speaker cables. This ensures that you will get every bit of performance the speakers are capable of.
Available with Gold Plated Spade Lugs, Locking Bananas or Non-locking Bananas.

EXPLANATION OF OUR PROPRIETARY SILVERFUSE CONDUCTOR MATERIAL: Silverfuse is a near alloy of silver and copper. The copper used in this process is Single Crystal Continuous Cast Copper. It has unique physical and chemical properties, such as considerably longer granules with absolute absence of gaseous impurities such as oxygen, carbon, hydrogen and nitrogen. It is free from impurities (up to 99.99998% pure copper). It is far better than continuous cast Oxygen Free High Conductivity wire (OFHC). IT IS NOT SILVER PLATED. Silver plating causes a dioding effect when signal is passed through resulting in brightness and distortion. Because silver plating has a bad reputation, some manufacturers try to disguise the fact by calling it silver coated, silver clad or silver/copper hybrid. But they are all silver plated. Our Silverfuse process starts with Single Crystal Continuous Cast Copper wire with a diameter that is slightly larger than the required size. It is then pulled through a trough of molten silver. The wire with a silver deposit is then forced through a compacting process where it is subject to tremendous pressure. The silver and the copper are fused together into a near alloy. The compacting fusion also reduces the wire diameter to the desired size. No dioding subsequently occurs with this process. The result provides for the benefits of silver; which are excellent definition and clarity, with the high purity copper benefits of warmth and mellowness. (Incidentally, pure silver wire also causes brightness)