Integrated 110 GHz coherent photonic mixer for CRoF mobile backhaul links
Integrated 110 GHz coherent photonic mixer for CRoF mobile backhaul links
复制标题
用于 CRoF 移动回程链路的集成 110 GHz 相干光子混频器
DOI：
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发表时间：
2015
期刊：
影响因子：
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通讯作者：
A. Steffan
中科院分区：
文献类型：
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作者：
R. Chuenchom;X. Zou;V. Rymanov;B. Khani;M. Steeg;S. Dulme;S. Babiel;A. Stohr;J. Honecker;A. Steffan
集成 110 GHz 相干光子混频器 (CPX) 专为相干 RoF (CRoF) 移动回程链路而设计和制造。 CPX 同时执行光学 WDM 通道选择和直接光学到射频转换。由于其宽带性能，CPX 同时支持在 57-64 GHz、71-76 GHz、81-86 GHz 频段运行的未来无线系统，甚至支持研究型 W 频段系统。与商用 110 GHz 光电二极管相比，CPX 在 60 GHz 和 70/80 GHz 频段的射频频率响应高出约 4 dB。进行 CRoF 实验也是为了证明新型 110 GHz CPX 在使用 25 km 标准单模光纤 (SMF) 和 40 m 长 71-76 GHz 无线链路的 CRoF 系统实验中相对于商用 110 GHz 光电二极管的优势性能。该实验表明，对于 1 Gbit/s NRZ-OOK 数据信号，无线电接入单元 (RAU) 的光接收器灵敏度显着提高，所需光信号功率低至 -32 dBm，BER=2×10-3。
An integrated 110 GHz coherent photonic mixer (CPX) is designed and fabricated for coherent RoF (CRoF) mobile backhaul links. The CPX simultaneously performs optical WDM channel selection and direct optical-to-RF conversion. Due to its broadband performance, the CPX simultaneously supports future wireless systems operating in the 57-64 GHz, 71-76 GHz, 81-86 GHz bands and even research-type W-band systems. The RF frequency response of the CPX in the 60 GHz and 70/80 GHz bands is about 4 dB higher as compared to a commercial 110 GHz photodiode. A CRoF experiment is carried out to also prove the advantageous performance of the new 110 GHz CPX against a commercially available 110 GHz photodiode in a CRoF system experiment with a 25 km standard single-mode fiber (SMF) and a 40 m long 71-76 GHz wireless link. This experiment reveals a significant improvement in optical receiver sensitivity of the radio access unit (RAU) with a required optical signal power as low as -32 dBm at a BER=2×10-3 for a 1 Gbit/s NRZ-OOK data signal.