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Photonic technologies are converging into a CMOS compatible silicon photonic platform

机译:光子技术正在融合到CMOS兼容的硅光子平台中

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Recent developments led by CEA-Leti within IRT Nanoelec have led to a full CMOS friendly laser integration process, exhibiting very low serial resistance thanks to novel contacts metallurgy. In addition, wafer scale approaches allows high yield bonding of reduced area lll-V coupons/dies onto SOI wafers, drastically reducing the cost of next generation photonic transmitters. The scalability towards 300mm for both CMOS contacts and die bonding is currently under development, paving the way for the adoption of silicon photonic technology in a variety of emerging applications such as system in a package photonic transceivers, high performance computing and PIC based LiDARs.
机译:由CEA-Leti领导的IRT Nanoelec内部的最新发展导致了完全CMOS友好的激光集成工艺,由于采用新型触点冶金技术,其串行电阻非常低。另外,晶片规模方法允许将面积减小的III-V试样/管芯高收益地结合到SOI晶片上,从而大大降低了下一代光子发射器的成本。目前正在开发可扩展至CMOS触点和芯片键合的300mm的可扩展性,这为在各种新兴应用中采用硅光子技术铺平了道路,例如封装光子收发器,高性能计算和基于PIC的LiDAR。

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