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High throughput on-board parallel optical modules using multi-chip visual alignment technique

机译:使用多芯片视觉对准技术的高吞吐量车载并行光学模块

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We have developed 12-channel × 20-Gbps optical transmitter/receiver modules with 9 × 14-mm footprints. To achieve stable optical coupling efficiency, we also developed a precise multi-chip mounting technique. The three dies of 4-channel vertical-cavity surface-emitting laser (VCSEL)/photodiode (PD) arrays are mounted at the same time. The accuracy of the Z-axis can be controlled by monitoring the dies'' positions for the optical reference plane. The coupling losses were less than 1.5 dB in the 12-channel transmitter/receiver modules. Error-free transmissions at a data rate of 20 Gbps were demonstrated. A reliability test also indicated that the modules are repairable and reliable.
机译:我们开发了占地9×14毫米的12通道×20 Gbps光学发送器/接收器模块。为了达到稳定的光耦合效率,我们还开发了一种精确的多芯片安装技术。 4通道垂直腔面发射激光器(VCSEL)/光电二极管(PD)阵列的三个芯片同时安装。 Z轴的精度可以通过监视模具在光学参考平面上的位置来控制。在12通道发射器/接收器模块中,耦合损耗小于1.5 dB。演示了数据速率为20 Gbps的无错误传输。可靠性测试还表明,这些模块是可维修且可靠的。

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