Extended Operating Temperature XFP Optical Transceiver for 80km Reach Application up to 11.1 Gbit/s

Shinya SUZUKI; Shingo INOUE; Masato HINO; Yasuhiro HAMAJIMA; Kazutoshi OTSUBO; Kenji OTOBE

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Extended Operating Temperature XFP Optical Transceiver for 80km Reach Application up to 11.1 Gbit/s

机译：扩展的工作温度XFP光学收发器，适用于80公里范围的应用，速率高达11.1 Gbit / s

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摘要

We have successfully developed an XFP (10 Gbit/s small form factor pluggable) optical transceiver module supporting long link distance up to 80 km at 11.1 Gbit/s, which satisfies all of the requirements by XFP multi source agreement (MSA). Power dissipation of the transceiver is less than 3.5 W under extended operating temperature ranging from -5 to +85℃, which is 20% lower than that of the conventional XFP design. Those features are considered to contribute to down-sizing and cost reduction of transmission equipment.

机译：我们已经成功开发了一种XFP（10 Gbit / s小型可插拔）光收发器模块，在11.1 Gbit / s的情况下支持长达80 km的长链路距离，可以满足XFP多源协议（MSA）的所有要求。在-5至+ 85℃的扩展工作温度范围内，收发器的功耗小于3.5 W，比传统XFP设计低20％。这些特征被认为有助于减小传输设备的尺寸并降低其成本。

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来源
《SEI Technical Review》 |2010年第70期|p.61-66|共6页
作者
Shinya SUZUKI; Shingo INOUE; Masato HINO; Yasuhiro HAMAJIMA; Kazutoshi OTSUBO; Kenji OTOBE;
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作者单位

Integrated Transmission Module R&D Department, Transmission Devices R&D Laboratories;

Integrated Transmission Module R&D Department, Transmission Devices R&D Laboratories;

Integrated Transmission Module R&D Department, Transmission Devices R&D Laboratories;

Integrated Transmission Module R&D Department, Transmission Devices R&D Laboratories;

Integrated Transmission Module R&D Department, Transmission Devices R&D Laboratories;

Integrated Transmission Module R&D Department, Transmission Devices R&D Laboratories;

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原文格式 PDF
正文语种 eng
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关键词
XFP; LR-2; extended operating temperature; 11.1 Gbit/s; low power dissipation;

机译：XFP;LR-2;扩展的工作温度;11.1 Gbit / s;低功耗;

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专利

1. Extended Operating Temperature XFP Optical Transceiver for 80km Reach Application up to 11.1 Gbit/s [J] . Shinya SUZUKI, Shingo INOUE, Masato HINO, SEI Technical Review . 2010,第71期

机译：扩展的工作温度XFP光学收发器，适用于80公里范围的应用，速率高达11.1 Gbit / s
2. 85℃高温動作80km伝送用11.1Gbit/sプラガブル光リンク(XFP)の開発 [J] . 濱島康宏, 井上真吾, 日野正登, SEIテクニカルレビュ－ . 2010,第176期

机译：11.1 Gbit / s可插拔光链路（XFP）的开发，可在85℃的高温下传输80公里
3. 85°C高温動作80km伝送用11.1Gbit/sプラガブル光リンク(XFP)の開発 [J] . 濱島康宏, 井上真吾, 日野正登, SEIテクニカルレビュ－ . 2010,第176期

机译：85°C高温操作80km开发11.1 Gbit / s的折叠链路（XFP）传输
4. 3 Gbit/s data transmission with monolithically integrated optical transceiver chips for very short reach applications [C] . Stach, M., Stoferle, Optical Communication, 2005. ECOC 2005. 31st European Conference on . 2005

机译：单片集成光收发器芯片的3 Gbit / s数据传输，适用于非常短距离的应用
5. Event-driven dynamic power-on for Giga-bit very short reach optical transceivers. [D] . Wang, Xingle. 2006

机译：事件驱动的动态加电，适用于千兆位超短距离光收发器。
6. Hybrid System of an Optical Nanofibre and a Single Quantum Dot Operated at Cryogenic Temperatures [O] . K. Muhammed Shafi, Wei Luo, Ramachandrarao Yalla, -1

机译：在低温下工作的光学纳米纤维和单量子点的混合系统
7. Design, Fabrication and Frequency Analysis of Transmitter Optical Sub-assembly for a 10 Gb/s XFP Transceiver [O] . 2004

机译：10 GB / S XFP收发器的变送器光学子组件的设计，制造和频率分析

Extended Operating Temperature XFP Optical Transceiver for 80km Reach Application up to 11.1 Gbit/s

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