Experimental evaluation of a NG-PON2 network

Acosta O. Maria; Marco Yacelga-Pinto; German V. Arevalo

doi:10.1109/ETCM.2018.8580339

Experimental evaluation of a NG-PON2 network

Acosta O. Maria
, Marco Yacelga-Pinto
, German V. Arevalo

Grupo de Investigación en Electrónica y Telemática (GIETEC)

Producción científica: Contribución a una conferencia › Documento

8 Citas (Scopus)

Resumen

© 2018 IEEE. The next generation passive optical network, stage 2 (NG-PON2) constitute milestone in the optical access networks evolution. Currently the requirements of its physical layer, such as a 40 Gb/s of upstream/downstream capacity, using a hybrid WDM-TDM technology with reliability and efficiency in bandwidth and power consumption. The NG'PON2 standard also demand an Optical Distribution Network (ODN) backward compatibility with previous ITU-T PON standards. In this paper we provide a comprehensive way to understand NG-PON2 improvements and present an experimental demonstration of a NG-PON-2 compliant network deployment, employing BER and Optical Path Penalty (OPP) measurements, in order to verify the performance of different inter-channel spacing variations for determining its impact in the data transmission. Results show that there is a 3 dB penalty when using 0.2 nm of inter-channel spacing with respect to a 0.4 nm of inter-channel spacing.

Idioma original	Inglés estadounidense
DOI	https://doi.org/10.1109/ETCM.2018.8580339
Estado	Publicada - 17 dic 2018
Evento	2018 IEEE 3rd Ecuador Technical Chapters Meeting, ETCM 2018 - Duración: 17 dic 2018 → …

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Conferencia	2018 IEEE 3rd Ecuador Technical Chapters Meeting, ETCM 2018
Período	17/12/18 → …

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10.1109/ETCM.2018.8580339

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Modelamiento Óptimo e Implementación de Prototipos de Redes Ópticas de Acceso de Nueva Generación
Arevalo Bermeo, G. V. (Investigador principal), Tipan Simbaña, M. N. (Investigador Secundario), Arguero Tello, J. B. (Investigador Secundario), Gaudino, R. (Investigador Externo), Cano, I. (Investigador Externo), Flores Pulupa, G. J. (Estudiante Investigador), Villavicencio Tenelema, M. F. (Estudiante Investigador), Cachimuel Chiza, B. R. (Estudiante Investigador), Rivadeneira Puetate, L. S. (Estudiante Investigador), Salcedo Sotelo, C. A. (Estudiante Investigador), Lagos Jacome, L. E. (Estudiante Investigador), Abril Camacho, D. A. (Estudiante Investigador) & Briceño Alvarez, J. F. (Estudiante Investigador)
28/02/18 → 30/12/18
Proyecto: Investigación y Desarrollo

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title = "Experimental evaluation of a NG-PON2 network",

abstract = "{\textcopyright} 2018 IEEE. The next generation passive optical network, stage 2 (NG-PON2) constitute milestone in the optical access networks evolution. Currently the requirements of its physical layer, such as a 40 Gb/s of upstream/downstream capacity, using a hybrid WDM-TDM technology with reliability and efficiency in bandwidth and power consumption. The NG'PON2 standard also demand an Optical Distribution Network (ODN) backward compatibility with previous ITU-T PON standards. In this paper we provide a comprehensive way to understand NG-PON2 improvements and present an experimental demonstration of a NG-PON-2 compliant network deployment, employing BER and Optical Path Penalty (OPP) measurements, in order to verify the performance of different inter-channel spacing variations for determining its impact in the data transmission. Results show that there is a 3 dB penalty when using 0.2 nm of inter-channel spacing with respect to a 0.4 nm of inter-channel spacing.",

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N2 - © 2018 IEEE. The next generation passive optical network, stage 2 (NG-PON2) constitute milestone in the optical access networks evolution. Currently the requirements of its physical layer, such as a 40 Gb/s of upstream/downstream capacity, using a hybrid WDM-TDM technology with reliability and efficiency in bandwidth and power consumption. The NG'PON2 standard also demand an Optical Distribution Network (ODN) backward compatibility with previous ITU-T PON standards. In this paper we provide a comprehensive way to understand NG-PON2 improvements and present an experimental demonstration of a NG-PON-2 compliant network deployment, employing BER and Optical Path Penalty (OPP) measurements, in order to verify the performance of different inter-channel spacing variations for determining its impact in the data transmission. Results show that there is a 3 dB penalty when using 0.2 nm of inter-channel spacing with respect to a 0.4 nm of inter-channel spacing.

AB - © 2018 IEEE. The next generation passive optical network, stage 2 (NG-PON2) constitute milestone in the optical access networks evolution. Currently the requirements of its physical layer, such as a 40 Gb/s of upstream/downstream capacity, using a hybrid WDM-TDM technology with reliability and efficiency in bandwidth and power consumption. The NG'PON2 standard also demand an Optical Distribution Network (ODN) backward compatibility with previous ITU-T PON standards. In this paper we provide a comprehensive way to understand NG-PON2 improvements and present an experimental demonstration of a NG-PON-2 compliant network deployment, employing BER and Optical Path Penalty (OPP) measurements, in order to verify the performance of different inter-channel spacing variations for determining its impact in the data transmission. Results show that there is a 3 dB penalty when using 0.2 nm of inter-channel spacing with respect to a 0.4 nm of inter-channel spacing.

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Experimental evaluation of a NG-PON2 network

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Modelamiento Óptimo e Implementación de Prototipos de Redes Ópticas de Acceso de Nueva Generación

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