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

Research Group in Electronics and Telematics (GIETEC)

Research output: Contribution to conference › Paper

8 Scopus citations

Abstract

© 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.

Original language	English (US)
DOIs	https://doi.org/10.1109/ETCM.2018.8580339
State	Published - 17 Dec 2018
Event	2018 IEEE 3rd Ecuador Technical Chapters Meeting, ETCM 2018 - Duration: 17 Dec 2018 → …

Conference

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

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10.1109/ETCM.2018.8580339

Cite this

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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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T1 - Experimental evaluation of a NG-PON2 network

AU - Maria, Acosta O.

AU - Yacelga-Pinto, Marco

AU - Arevalo, German V.

PY - 2018/12/17

Y1 - 2018/12/17

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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ER -

Experimental evaluation of a NG-PON2 network

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Optimal Modeling and Implementation of Next-Generation Optical Access Networks Prototypes

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Experimental evaluation of a NG-PON2 network

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Optimal Modeling and Implementation of Next-Generation Optical Access Networks Prototypes

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