Implementation of optical perfect shuffle with substrate guided-wave optical interconnects

摘要

The vulnerability in optoelectronic packaging of free space optical interconnects fail to provide a reliable interconnection for highly parallel system. In this letter, we report, for the first time, a substrate-guided-wave-based perfect shuffle (PS) having an 8-to-8 interconnection, is demonstrated at 632.8-nm wavelength. Sixteen waveguide holograms are fabricated with the full functionality of the PS. The diffraction efficiencies of the waveguide holograms are all within 80%/spl plusmn/5%, The surface-normal configuration of the demonstrated PS makes the integration with vertical-cavity surface-emitting lasers (VCSELs) and other surface-mountable processing elements (PEs) highly feasible.