Optical amplifier number and placement in the SuperPON architecture

A.J. Sakena; M.Y. Jamro; J.M. Senior

doi:10.1109/ICACT.2004.1292854

Optical amplifier number and placement in the SuperPON architecture

A.J. Sakena, M.Y. Jamro, J.M. Senior

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

6 Citations (Scopus)

Abstract

Three alternative optically amplified long reach, wide splitting ratio PON (SuperPON) amplifier placement strategies (i.e architectural configurations) are modelled using the Virtual Photonic Integration (VPI) simulation package. In particular optical power budgetary analysis is carried out on three SuperPON dimensions of 100 km, 110 km and 130 km for the three configurations with the range of splitting ratios from 256 to 131,072 optical network units (ONUs). From the simulations the optimum placement and the minimum number of optical amplifiers required for SuperPON architecture is determined and graphical data is discussed in relation to the different network sizes and dimensions. Using this approach it is demonstrated that a single amplifier is sufficient to provide for up to 1,024 ONUs and that this number increases to six amplifiers with three in cascade to service 131,072 ONUs.

Original language	English
Title of host publication	Procs of 6th International Conference on Advanced Communication Technology (ICACT)
Subtitle of host publication	Broadband Convergence Network Infrastructure
Pages	186-191
Number of pages	6
Volume	1
DOIs	https://doi.org/10.1109/ICACT.2004.1292854
Publication status	Published - 1 Jan 2004
Event	6th Int Conf on Advanced Communication Technology (ICACT) - Phoenix Park, Korea, Republic of Duration: 9 Feb 2004 → 11 Feb 2004

Conference

Conference	6th Int Conf on Advanced Communication Technology (ICACT)
Country/Territory	Korea, Republic of
City	Phoenix Park
Period	9/02/04 → 11/02/04

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10.1109/ICACT.2004.1292854

Cite this

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title = "Optical amplifier number and placement in the SuperPON architecture",

abstract = "Three alternative optically amplified long reach, wide splitting ratio PON (SuperPON) amplifier placement strategies (i.e architectural configurations) are modelled using the Virtual Photonic Integration (VPI) simulation package. In particular optical power budgetary analysis is carried out on three SuperPON dimensions of 100 km, 110 km and 130 km for the three configurations with the range of splitting ratios from 256 to 131,072 optical network units (ONUs). From the simulations the optimum placement and the minimum number of optical amplifiers required for SuperPON architecture is determined and graphical data is discussed in relation to the different network sizes and dimensions. Using this approach it is demonstrated that a single amplifier is sufficient to provide for up to 1,024 ONUs and that this number increases to six amplifiers with three in cascade to service 131,072 ONUs.",

author = "A.J. Sakena and M.Y. Jamro and J.M. Senior",

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Sakena, AJ, Jamro, MY & Senior, JM 2004, Optical amplifier number and placement in the SuperPON architecture. in Procs of 6th International Conference on Advanced Communication Technology (ICACT): Broadband Convergence Network Infrastructure. vol. 1, pp. 186-191, 6th Int Conf on Advanced Communication Technology (ICACT), Phoenix Park, Korea, Republic of, 9/02/04. https://doi.org/10.1109/ICACT.2004.1292854

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AU - Sakena, A.J.

AU - Jamro, M.Y.

AU - Senior, J.M.

PY - 2004/1/1

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N2 - Three alternative optically amplified long reach, wide splitting ratio PON (SuperPON) amplifier placement strategies (i.e architectural configurations) are modelled using the Virtual Photonic Integration (VPI) simulation package. In particular optical power budgetary analysis is carried out on three SuperPON dimensions of 100 km, 110 km and 130 km for the three configurations with the range of splitting ratios from 256 to 131,072 optical network units (ONUs). From the simulations the optimum placement and the minimum number of optical amplifiers required for SuperPON architecture is determined and graphical data is discussed in relation to the different network sizes and dimensions. Using this approach it is demonstrated that a single amplifier is sufficient to provide for up to 1,024 ONUs and that this number increases to six amplifiers with three in cascade to service 131,072 ONUs.

AB - Three alternative optically amplified long reach, wide splitting ratio PON (SuperPON) amplifier placement strategies (i.e architectural configurations) are modelled using the Virtual Photonic Integration (VPI) simulation package. In particular optical power budgetary analysis is carried out on three SuperPON dimensions of 100 km, 110 km and 130 km for the three configurations with the range of splitting ratios from 256 to 131,072 optical network units (ONUs). From the simulations the optimum placement and the minimum number of optical amplifiers required for SuperPON architecture is determined and graphical data is discussed in relation to the different network sizes and dimensions. Using this approach it is demonstrated that a single amplifier is sufficient to provide for up to 1,024 ONUs and that this number increases to six amplifiers with three in cascade to service 131,072 ONUs.

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BT - Procs of 6th International Conference on Advanced Communication Technology (ICACT)

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Y2 - 9 February 2004 through 11 February 2004

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Optical amplifier number and placement in the SuperPON architecture

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