Crossover photonic switching network with CMOS/SEED smart pixel device and 2D optical fiber bundle array

Citation

Luo, F., Cao, M., Hu, Q., Wan, A., Xu, J., Deng, C., & Liu, D. (1999). Crossover photonic switching network with CMOS/SEED smart pixel device and 2D optical fiber bundle array. In Design, Fabrication, and Characterization of Photonic Devices, Vol. 3896. SPIE.

Keywords

• Photonic switching
• Crossover interconnection network
• CMOS/SEED smart pixel devices
• 2D optical fiber bundle array
• 16X16 Crossover photonic switching network
• Hybrid integrated CMOS/SEED
• Optical fiber bundle array I/O access
• Multistage interconnection network
• Single stage interconnection network
• Recirculating implementation
• SEED array devices
• CMOS devices
• Light receivers
• Transmitters (modulators)
• 4 X 40 2D multilayer optical fiber bundle arrays

Brief

This paper reports on a 16x16 crossover photonic switching network using a hybrid integrated CMOS/SEED smart pixel device and a 2D optical fiber bundle array for I/O access, highlighting its high density, precision, and ease of coupling.

Summary

This paper presents a 16x16 crossover photonic switching network that utilizes a hybrid integrated CMOS/SEED smart pixel device for switching logic and a 2D optical fiber bundle array for input/output. This design offers high density, high precision, and easy coupling and implements a recirculating method for a multistage network using a single-stage optical setup.

Origin: https://sci.bban.top/pdf/10.1117/12.370372.pdf#