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High-integrity terabit-per-second signal interconnects with mode-selective transmission line

An alternative global interconnects solution with minimal signal distortion and propagation loss is explored and reported in this work. This interconnect scheme is made possible thanks to the use of a mode-selective transmission line (MSTL), which supports a fundamental TEM mode in lower frequency range covering DC while it is automatically reconfigured to support the fundamental TE10 mode at higher frequency. An MSTL is designed, fabricated, and characterized providing low-attenuation and dispersion-free picosecond pulse propagation with an excellent output signal-to-noise ratio. This technology allows for a jitter-free signal transmission with data-rates greater than 200 Gb/s through just one printed circuit board.