TA-300 Signature - Turntable Interconnect (RCA connector type)
Ultra High-End Turntable Interconnect (RCA connector type)

This turn table version of our IC-300 Signature interconnect provides for the same outstanding performance as does the IC-300 Signature interconnect cable. Similar in appearance, it is designed however to include the exposed ground wire to eliminate any hum. The connectors are the RCA type

It too takes advantage of silver in its design through use of our proprietary Silverfuse conductors. The TA-300 Signature has multiple conductors that are solid core, and individually insulated with a version of Teflon (which we modify to our specifications); resulting in the best insulation available.

This cable excels in a number of areas; most prevalent are the outstanding dynamics, focus, inner detail, and harmonic accuracy – and most important, it is enjoyably musical! These improvements are attributable to new design/construction developments. Specifically: the weaving geometry is done with a planetary cabler. This weaving machine, which allows engineers more freedom in designing more complex and more effective weaving geometries, also produces a much more accurate and consistent weaving geometry. Accuracy and consistency from foot to foot is essential to replicate and realize the benefits of the theoretical “on paper” design. The process is much more labor intensive, primarily in the set up for the production run, and in monitoring during the run. Consequently, it is more expensive to produce.

Additionally, we use PTFE Teflon in most all of our cables; however, the insulation we are using for this new cable, while it is purchased as PTFE Teflon, we are modifying it during the wire manufacturing process. Again, a little more costly. Our modification to the PTFE Teflon insulation allows for substantial reduction of the signal discharge back into the metal conductor. Explanation: All insulations covering a metal wire will absorb a portion of the signal as it flows through the metal wire. That signal will discharge back into the metal wire, although it is delayed by a small fraction of time. This discharge back smears the real time signal that is passing through resulting in small but discernable distortion.

We have developed a shielding system that is completely independent of the signal carrying conductors. This ensures that no RF or EMI gets into the signal – dead quiet background. We have also included a heavy-duty outer jacket to protect the interior and to also prevent against sharp bending of the cable. We have found that cables that do not have this additional protection, if bent too sharply, can be susceptible to sustaining small fissures (cracks) in the conductor which, over a period of time; degrade the performance of the cable. This is one of the reasons that used cable gets into the used cable market. Performance has deteriorated and usually the former owner does not realize why. This is especially true of cables that use a mesh cloth as their only outer protection. (Mesh cloth outer coverings are a sign of a hand made cable. (See our Cable Hype page concerning the problems with hand made cables).

We continue to use our proprietary Silverfuse alloy conductor material. (see as description of Silverfuse further below).

EXPLANATION OF OUR PROPRIETARY SILVERFUSE CONDUCTOR MATERIAL: Silverfuse is a near alloy of silver and copper. 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 six nines OFHC 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 high purity 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.