Abstract: A cable connector comprising a connection-peg, comprising a plurality of transmission terminals; a plurality of transmission channels, electrically connecting with transmission terminals and comprising signal wire in pair; a plurality of signal grounds, mounted in the place among the each transmission channels; a first conducting cover unit, binding and laying over one of the section of every transmission channel and signal grounds, wherein one of the area, defined as an uncovered areas, of the transmission channels and signal grounds between the first conducting cover unit and the transmission terminals aren't covered by the first conducting cover unit, and at least a pair of signal wires of one transmission channel wrapped each other, and a second conducting cover unit, binding and laying over the uncovered area.

Abstract: A cable connector comprising a connection-peg, comprising a plurality of transmission terminals; a plurality of transmission channels, electrically connecting with transmission terminals and comprising signal wires in pair; a plurality of earthing wires, mounted in the place among the each transmission channels; a first conducting cover unit, binding and laying over one of the section of every transmission channel and earthing wire, wherein one of the area of the transmission channels and earthing wires between the first conducting cover unit and the transmission terminals aren't covered by the first conducting cover unit, and at least a pair of signal wires of one transmission channel worries each other, and a second conducting shelter unit, binding and laying over the uncovered area.

Abstract: Taught herein are electric connectors, e.g., for connecting electrical wire to a receiving interface, comprising an insulator body, and one or more transmission and grounding terminals having a particular spatial arrangement so as to maximize the amount of digital data transferred and to maximize the signal to noise ratio of the transferred signal.