Bended interconnection using Graded Index optical waveguide for high speed optical communication

K. Yasuda, K. Ota, M. Matsushima, K. Fujimoto
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Abstract

The interchip information transmission by the optical signal is promising in the band of 10 GHz or more in the future. Since high speed transmissions are more possible than alignment easiness and the multimode waveguides by making of the core diameter a large diameter, we proposes the use of the GI (Graded-Index) waveguide that has the curved structure without the reflection mirror. In this study, it was clarified that the power loss was small regardless of a small curvature. A periodic loss related to the length of the straight line part of the waveguide was found in the analysis by using the ray tracing method. The correction curve and the elliptic curve were proposed as the solution of the problem.
高速光通信用渐变折射率光波导弯曲互连
光信号在芯片间的信息传输在10ghz及以上的频带具有广阔的应用前景。由于高速传输比易于对准和多模波导更容易实现,因此我们建议使用没有反射镜的弯曲结构的GI(渐变索引)波导。在这项研究中,澄清了无论曲率小,功率损失都很小。用射线追踪法分析发现了与波导直线部分长度有关的周期性损耗。提出了修正曲线和椭圆曲线作为该问题的解决方案。
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