1992Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Development of splitter-based passive optical network

Henry Lin, Kuang-Yi Chen, Tsung-Mou Chen, Jang-Shing Chen

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Abstract

A subscriber system of optical fiber network is presented. We address the design principles of the splitter-based passive optical network (PON) system developed by Telecommunication Laboratories (TL). The splitter-based PON architecture benefits from sharing optoelectronics and optical loop plants over a number of optical network units (ONUs). The PON system uses 1 X 8 optical couplers to form an 8-way split optical network. The system is capable of delivering 24 digital speech channels over one pair of optical fibers.

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What this paper is about

A subscriber system of optical fiber network is presented. We address the design principles of the splitter-based passive optical network (PON) system developed by Telecommunication Laboratories (TL). The splitter-based PON architecture benefits from sharing optoelectronics and optical loop plants over a number of optical network units (ONUs). The PON system uses 1 X 8 optical couplers to form an 8-way split optical network. The system is capable of delivering 24 digital speech channels over one pair of optical fibers.

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Available abstract

A subscriber system of optical fiber network is presented. We address the design principles of the splitter-based passive optical network (PON) system developed by Telecommunication Laboratories (TL). The splitter-based PON architecture benefits from sharing optoelectronics and optical loop plants over a number of optical network units (ONUs). The PON system uses 1 X 8 optical couplers to form an 8-way split optical network. The system is capable of delivering 24 digital speech channels over one pair of optical fibers.

Key concepts: Splitter, Fiber optic splitter, Passive optical network, Optical cross-connect, Optical fiber, Optical Transport Network, 10G-PON, Optical performance monitoring

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