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2005•Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Technology trends in 40-Gbit/s transceivers and devices

A. Takai

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Abstract

Recently there have been market announcements on communication equipment mounted 40-Gbit ports. The requirements for 40-Gbit/s transceivers (transponders) have been increasing to include (a) low cost, (b) compact size, and (c) low power solution. The latest technology trends of transceivers, optical devices and SERDES IC's are described, focusing on the 300-pin MSA SERDES transceivers. These technologies are not mature but are making steady progresses. Finally, future trends and requirements will be discussed.

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What this paper is about

Recently there have been market announcements on communication equipment mounted 40-Gbit ports. The requirements for 40-Gbit/s transceivers (transponders) have been increasing to include (a) low cost, (b) compact size, and (c) low power solution. The latest technology trends of transceivers, optical devices and SERDES IC's are described, focusing on the 300-pin MSA SERDES transceivers. These technologies are not mature but are making steady progresses. Finally, future trends and requirements will be discussed.

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Available abstract

Recently there have been market announcements on communication equipment mounted 40-Gbit ports. The requirements for 40-Gbit/s transceivers (transponders) have been increasing to include (a) low cost, (b) compact size, and (c) low power solution. The latest technology trends of transceivers, optical devices and SERDES IC's are described, focusing on the 300-pin MSA SERDES transceivers. These technologies are not mature but are making steady progresses. Finally, future trends and requirements will be discussed.

Key concepts: SerDes, Transceiver, Gigabit, Computer science, Electrical engineering, Telecommunications, Electronic engineering, Engineering

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