Research on Two Dimensional Near Hexagonal Close-Packed Optical Fiber Array Coupling for Parallel Optical Interconnects
Citation
Cao, G. (2005). Research on Two Dimensional Near Hexagonal Close-Packed Optical Fiber Array Coupling for Parallel Optical Interconnects [二 维准六角密排光纤阵列并行光互连耦合研究] (Master's thesis, Southeast University)
Keywords
- 光互连 / Optical Interconnects
- 聚合物光纤 POF / Polymer Optical Fiber (POF)
- 垂直腔面发射激光器 (VCSEL) / Vertical Cavity Surface Emitting Laser (VCSEL)
- 耦合 / Coupling
- 二维准六角密排光纤阵列 / Two-Dimensional Quasi-Hexagonal Close-Packed Optical Fiber Array
Brief
The article "Research on Two Dimensional Near Hexagonal Close-Packed Optical Fiber Array Coupling for Parallel Optical Interconnects" investigates the key technologies of a novel parallel optical interconnection method using a two-dimensional quasi-hexagonal close-packed optical fiber array, focusing on the coupling efficiency between a vertical cavity surface emitting laser (VCSEL) array and this fiber array for parallel optical interconnects.
Summary
This thesis explores a new type of parallel optical interconnect using a two-dimensional quasi-hexagonal close-packed optical fiber array. It investigates the coupling efficiency between VCSELs and POFs in this array, analyzing factors like fiber arrangement, positional variations, and coupling efficiency distributions. The research concludes that this array design is promising due to its high packing density and good communication performance across channels.
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