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Direct laser-writing of polymer structures for optical interconnects on backplane printed circuit boards

机译:背板印刷电路板上光互连的聚合物结构的直接激光写入

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We have previously developed a direct UV-laser-writing technique and custom photo-polymer optimised to form multimode polymer waveguides and embedded 45° out-of-plane mirrors. In the IeMRC funded “Integrated Optical and Electronic Interconnect PCB Manufacturing” (OPCB) project the key aim is to explore how these techniques can be extended to suit real-world optical backplane applications - both in the context of scale and manufacturability. In particular, we are assessing the viability of the technique for writing polymer optical waveguides of approximately 50 x 50 μm in cross-section over large metre-scale areas and the compatibility of this optical interconnect approach with existing PCB manufacturing processes.
机译:我们之前已经开发出直接的UV激光写入技术和定制光聚合物,优化以形成多模聚合物波导和嵌入的45° 外平面镜子。 在IEMRC资助“集成光学和电子互连PCB制造” (opcb)项目关键目标是探讨如何扩展这些技术以适应现实世界的光学背板应用 - 无论是在规模和可制造性的背景下。 特别是,我们正在评估技术在大约50×50&#x03bc中写入大约50×50μ m的技术的可行性,以及该光学互连方法与现有PCB制造工艺的兼容性。

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