Reduced crosstalk in a multi-channel conductive body connector

1. A reduced crosstalk connector comprising:

a conductive body;

at least two signal pins embedded in the conductive body;

at least one ground pin connected to the conductive body; and

a selectively resistive material coupled to the conductive body and applied between adjacent signal pins of the at least two signal pins, thereby controlling return ground current induced crosstalk using the selectively resistive material.

2. The reduced crosstalk connector of claim 1 , wherein the selectively resistive material is applied on a surface of the conductive body.

3. The reduced crosstalk connector of claim 2 , wherein a signal pin insulator surrounds one of the at least two signal pins, the signal pin insulator being embedded in the conductive body.

4. The reduced crosstalk connector of claim 2 , wherein the at least one ground pin is formed from the conductive body.

5. A reduced crosstalk connector comprising:

a conductive body comprised of a selectively resistive material;

at least two signal pins embedded in the conductive body;

at least one ground pin connected to the conductive body; and

a conductive metal plating along an intended current path on a surface of the conductive body, the conductive metal plating not between adjacent signal pins of the at least two signal pins, the conductive metal plating being operable to control return ground current induced crosstalk within the conductive body.

6. The reduced crosstalk connector of claim 5 , wherein a signal pin insulator surrounds one of the at least two signal pins, the signal pin insulator being embedded in the conductive body.

7. The reduced crosstalk connector of claim 5 , wherein the at least one ground pin is formed from the conductive body.