Contactless interconnect

An interconnect comprising:

• a first substrate having wiring traces including a transmitting transmission line formed by one of the wiring traces of the first substrate;
• a second substrate having wiring traces including a receiving transmission line formed by one of the wiring traces of the second substrate;
• a driver on the first substrate for driving a driven pulse onto the transmitting transmission line, the driver comprising a differential driver having a true output that drives a first end of the transmitting transmission line and a complementary output, wherein the true output and the complementary output are driven to opposite polarities;
• a receiver on the second substrate for sensing an induced pulse on the receiving transmission line;
• wherein a portion of the transmitting transmission line is overlapping with and substantially parallel to the receiving transmission line, wherein an induced pulse, sensed by said receiver, is generated by mutual inductance that induces an induced current in the receiving transmission line,
• a complementary transmitting transmission line having a first end connected to the complementary output of the driver and having a second end after a first complementary linear segment;
• a complementary receiving transmission line having a first end and a second end after a second complementary linear segment;
• and
• wherein the first complementary linear segment is overlapping with and parallel to the second complementary linear segment, wherein a complementary induced pulse is generated by mutual inductance from a change in current in the complementary transmitting transmission line that creates a magnetic field that induces a complementary induced current in the complementary receiving transmission line;
• wherein the receiver is a differential receiver having a first input connected to the second end of the receiving transmission line, and having a second input connected to the second end of the complementary receiving transmission line.