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A flexible long range-SPP optical interconnector is developed for the data lines in mobile devices providing high definition video display and recording without seamless. We show the feasibility from polymer material development to system test.
Polymer-based silver stripe optical waveguides were developed for chip-to-chip optical interconnections, and their optical characteristics were investigated. The lowest propagation loss of 0.8 dB/cm was achieved with a 14-nm-thick 1.5-mum-wide stripe, at a wavelength of 1.3 mum . The 2.5-Gb/s optical signals were successfully transmitted via 10-cm-long silver stripe optical waveguides.
We developed amplifier-integrated 40 Gbps optical receiver and transmitter module. The packaging technologies for the high-speed optical module are discussed and applied to develop the modules. For the optical receiver, the design and 40 Gbps NRZ eye diagrams are reported. For the optical transmitter, the manufacturability of wedge bonding to suppress the high-frequency resonance was investigated,...
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