Electrical plug-type connector, namely data jack for accommodating, whilst making contact with, at least one data plug, with a housing and a connecting device positioned in the housing, the connecting device having at least eight electrical conductors, which run substantially parallel to one another and form an electrical line path between input connections and output connections of the connecting device, and the two central adjacent electrical conductors (4, 5), which form a second line pair with an incoming conductor and an outgoing conductor, and in each case the two outer adjacent electrical conductors, which form a third and a fourth line pair with an incoming and an outgoing conductor, crossing over one another without any electrical contact between them so as to minimize near end crosstalk between the electrical conductors, whereas the electrical conductors (3, 6) which run between the two crossed-over central adjacent electrical conductors (4, 5) and the two crossed-over outer adjacent electrical conductors (1, 2, 7, 8) and form a first line pair with an incoming and an outgoing conductor, do not cross over one another, characterized in that: a) near end crosstalk compensation is configured between the first line pair and the second line pair in such a way that, at least before the crossover point of the conductors (4, 5) of the second line pair in the region of free ends thereof, on the one hand a capacitance is connected between the incoming conductor of the first line pair and the outgoing conductor of the second line pair and, on the other hand, a capacitance is connected between the outgoing conductor of the first line pair and the incoming conductor of the second line pair; b) near end crosstalk compensation is configured between the first line pair and the third line pair in such a way that, at least before the crossover point of the conductors (1, 2) of the third line pair, a capacitance is connected between the incoming conductor of the first line pair and the incoming conductor of the third line pair in the region of free ends thereof and, after the crossover point of the conductors (1, 2) of the third line pair, a capacitance is connected between the incoming conductor of the first line pair and the outgoing conductor of the third line pair; c) near end crosstalk compensation is configured between the first line pair and the fourth line pair in such a way that, at least before the crossover point of the conductors (7, 8) of the fourth line pair, a capacitance is connected between the incoming conductor of the first line pair and the outgoing conductor of the fourth line pair in the region of free ends thereof and, after the crossover point of the conductors (7, 8) of the fourth line pair, a capacitance is connected between the outgoing conductor of the first line pair and the outgoing conductor of the fourth line pair. a) near end crosstalk compensation is configured between the first line pair and the second line pair in such a way that, at least before the crossover point of the conductors (4, 5) of the second line pair in the region of free ends thereof, on the one hand a capacitance is connected between the incoming conductor of the first line pair and the outgoing conductor of the second line pair and, on the other hand, a capacitance is connected between the outgoing conductor of the first line pair and the incoming conductor of the second line pair; b) near end crosstalk compensation is configured between the first line pair and the third line pair in such a way that, at least before the crossover point of the conductors (1, 2) of the third line pair, a capacitance is connected between the incoming conductor of the first line pair and the incoming conductor of the third line pair in the region of free ends thereof and, after the crossover point of the conductors (1, 2) of the third line pair, a capacitance is connected between the incoming conductor of the first line pair and the outgoing conductor of the third line pair; c) near end crosstalk compensation is configured between the first line pair and the fourth line pair in such a way that, at least before the crossover point of the conductors (7, 8) of the fourth line pair, a capacitance is connected between the incoming conductor of the first line pair and the outgoing conductor of the fourth line pair in the region of free ends thereof and, after the crossover point of the conductors (7, 8) of the fourth line pair, a capacitance is connected between the outgoing conductor of the first line pair and the outgoing conductor of the fourth line pair.