A non-radio frequency carrier based wireless connector set for use in data transmission, comprising: a. a first connector, comprising: i. a first low impedance transmission path adapted to be used with a data signal operating at a first data transmission speed using a first data protocol; ii. a resistor circuit operatively connected to the first transmission path; iii. a first transformer operatively connected to the first transmission path at the low impedance, the first transformer comprising a first inductance; iv. a first direct current voltage source operatively connected to the first transformer; and b. a second connector separate from the first connector and adapted to be disposed in close proximity to the first connector, comprising: i. a second low impedance transmission path adapted to be used with a data signal operating at a second data transmission speed using a second data protocol; ii. a resistor circuit operatively connected to the second transmission path; iii. a second transformer operatively connected to the second transmission path at a low impedance, the second transformer adapted to be inductively and cooperatively coupled to the first transformer, the second transformer comprising a second inductance; iv. a second direct current voltage source operatively connected to the second transformer; and v. a voltage comparator operatively connected to the second transmission path, the voltage comparator comprising a hysteresis circuit adapted to be centered at a predetermined no pulse voltage. a. a first connector, comprising: i. a first low impedance transmission path adapted to be used with a data signal operating at a first data transmission speed using a first data protocol; ii. a resistor circuit operatively connected to the first transmission path; iii. a first transformer operatively connected to the first transmission path at the low impedance, the first transformer comprising a first inductance; iv. a first direct current voltage source operatively connected to the first transformer; and i. a first low impedance transmission path adapted to be used with a data signal operating at a first data transmission speed using a first data protocol; ii. a resistor circuit operatively connected to the first transmission path; iii. a first transformer operatively connected to the first transmission path at the low impedance, the first transformer comprising a first inductance; iv. a first direct current voltage source operatively connected to the first transformer; and b. a second connector separate from the first connector and adapted to be disposed in close proximity to the first connector, comprising: i. a second low impedance transmission path adapted to be used with a data signal operating at a second data transmission speed using a second data protocol; ii. a resistor circuit operatively connected to the second transmission path; iii. a second transformer operatively connected to the second transmission path at a low impedance, the second transformer adapted to be inductively and cooperatively coupled to the first transformer, the second transformer comprising a second inductance; iv. a second direct current voltage source operatively connected to the second transformer; and v. a voltage comparator operatively connected to the second transmission path, the voltage comparator comprising a hysteresis circuit adapted to be centered at a predetermined no pulse voltage. i. a second low impedance transmission path adapted to be used with a data signal operating at a second data transmission speed using a second data protocol; ii. a resistor circuit operatively connected to the second transmission path; iii. a second transformer operatively connected to the second transmission path at a low impedance, the second transformer adapted to be inductively and cooperatively coupled to the first transformer, the second transformer comprising a second inductance; iv. a second direct current voltage source operatively connected to the second transformer; and v. a voltage comparator operatively connected to the second transmission path, the voltage comparator comprising a hysteresis circuit adapted to be centered at a predetermined no pulse voltage.