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Development of Replicated Polymer Optical Waveguides 'SPICA' - The Application to Optical Module for Single Fiber Bi-directional Optical Transceiver

机译:复制型聚合物光波导“ SPICA”的开发-单光纤双向光收发器在光模块中的应用

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摘要

The cost reduction of optical communication devices is the key factor to accomplish the widely spread of the optical communication which is expected to be as domain in the next generation of broadband services. In order to achieve the key factor, we are making efforts to develop the replicated polymer optical waveguide, "SPICA (Stacked Polymer optical IC/Advanced)". Our unique replication technology realizes both low cost and large-scale production. And we already realized the single mode optical waveguide by adopting this novel technology. By utilizing the advantages of the replication technology, the simple process and the unique wafer stack integration with V-groove formed Si-wafer, we have newly fabricated the optical waveguide for single fiber bi-directional optical transceiver. In this paper, on this new device, the fabrication method, the basic characteristics, and the application to the optical module are discussed.
机译:降低光通信设备的成本是实现光通信广泛传播的关键因素,而光通信的广泛应用有望成为下一代宽带服务的领域。为了实现这一关键因素,我们正在努力开发复制型聚合物光波导“ SPICA(堆叠式聚合物光学IC /高级)”。我们独特的复制技术可实现低成本和大规模生产。通过采用这种新技术,我们已经实现了单模光波导。利用复制技术的优势,简单的工艺以及与V形沟槽形成的Si晶片的独特晶片堆叠集成,我们新制造了用于单光纤双向光收发器的光波导。本文讨论了在这种新器件上的制造方法,基本特性及其在光模块中的应用。

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