Our cables are not only designed with precision and care, but they are also built to be unique in both construction and performance.
Each cable features separate conductors for positive and negative signals to optimize magnetic field handling, an asymmetrical design to reduce polarization effects, and a clockwise/anticlockwise cable spinning configuration to minimize cross-talk.

We use only the finest materials, such as pure copper and silver in the signal paths, wood in the contact framework for non-magnetic and non-conductive properties, and cotton covering for minimal interference.
In addition, our cables come equipped with DIC (Dedicated Integrated Contacts) and an EEDS (External Earth Drain System) for the straightest and clearest signal path possible.

Our EEDS technology also keeps pollutants and signals separated all the way from the source to the receiver, ensuring the purest signal possible.
But the unique performance of our cables is not complete without a clean and solid ground point.

That's why we offer a range of ground boxes to complement our cables, providing the cleanest and most stable ground possible. With our cables and ground boxes, you can unleash the true potential of your audio system, and experience the natural and transparent sound that Entreq is known for.

With a common Cable the screen is connected to both unit A and B. The shield surrounding the Cable will travel into both A and B.
This results in RFI/EMI floating around in the chassis of both A and B. The signal in the Cable is Clean and well protected, but once it hits unit B
the signal will be mixed with "dust" from the shield.

In a semi shielded Cable unit B are not connected to the shield  wich will make RFI/EMI drain to unit A. Going against the positive signals direction. 
Thus the signal will be mixed up with distorsions.

To avoid this problems we introduced the EEDS, Externa Earth Draining System, with our first Cable line Konstantin.
This drainwire system are not connected to Unit A, but instead starting right after the connector and then follow the positive conductor and signal.

Rigth Before Unit B the drainwire swap over to the negative conductor and follow the signal back to Unit A. Before reaching Unit A again it will leave the
cable and connect to a groundbox which eliminate the RFI/EMI. This while always following the signals direction and keep signal protected, but never mix signal with noice, either in unit A or B. 

With this EEDS function we minimizes the use of metal and avoiding plastic materials, creating and easy flowing clean signal and outstanding performance.

1.Separate cable for positive and negative signals to handle the magnetic fields in the best way possible.

2.Asymmetrical design to optimize the polarization effect and minimize the impact on the signal from the magnetic fields.
3.Positive and negative cables are spun clockwise and anticlockwise respectively to reduce cross talking between the cables and fields.
4.Adapted lengths to minimize the antenna effect.
5.DIC (Dedicated Integrated Contacts) to keep the signal path as straight and clear as possible.
6.Wood in the contact framework for non-magnetic and non-conductive properties.
7.Only pure copper or/and silver in the signal paths, no alloys or metal just for good looks.
8.Drain wire instead of shielding to connect to a pure earth point (External Earth Drain System).
9.EEDS (External Earth Drain System) to keep pollutions and signal separated all the way, from source to receiver.
10.Cotton covering instead of synthetic materials to add as little features as possible.