GigaWaM—Next-Generation WDM-PON Enabling Gigabit Per-User Data Bandwidth
Publication: Research - peer-review › Journal article – Annual report year: 2012
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GigaWaM—Next-Generation WDM-PON Enabling Gigabit Per-User Data Bandwidth. / Prince, Kamau ; Gibbon, Timothy Braidwood; Rodes Lopez, Roberto; Hviid, Erling; Mikkelsen, Christian Ingemann; Neumeyr, Christian; Ortsiefer, Markus; Rönneberg, Enno; Rosskopf, Jürgen; Öhlén, Peter; de Betou, Einar In; Stoltz, Björn; Goobar, Edgard; Olsson, Jörgen; Fletcher, Richard; Abbott, Chris; Rask, Michael; Plappert, Nora; Vollrath, Gunther; Tafur Monroy, Idelfonso .
In: Journal of Lightwave Technology, Vol. 30, No. 10, 2012, p. 1444-1454.Publication: Research - peer-review › Journal article – Annual report year: 2012
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TY - JOUR
T1 - GigaWaM—Next-Generation WDM-PON Enabling Gigabit Per-User Data Bandwidth
A1 - Prince,Kamau
A1 - Gibbon,Timothy Braidwood
A1 - Rodes Lopez,Roberto
A1 - Hviid,Erling
A1 - Mikkelsen,Christian Ingemann
A1 - Neumeyr,Christian
A1 - Ortsiefer,Markus
A1 - Rönneberg,Enno
A1 - Rosskopf,Jürgen
A1 - Öhlén,Peter
A1 - de Betou,Einar In
A1 - Stoltz,Björn
A1 - Goobar,Edgard
A1 - Olsson,Jörgen
A1 - Fletcher,Richard
A1 - Abbott,Chris
A1 - Rask,Michael
A1 - Plappert,Nora
A1 - Vollrath,Gunther
A1 - Tafur Monroy,Idelfonso
AU - Prince,Kamau
AU - Gibbon,Timothy Braidwood
AU - Rodes Lopez,Roberto
AU - Hviid,Erling
AU - Mikkelsen,Christian Ingemann
AU - Neumeyr,Christian
AU - Ortsiefer,Markus
AU - Rönneberg,Enno
AU - Rosskopf,Jürgen
AU - Öhlén,Peter
AU - de Betou,Einar In
AU - Stoltz,Björn
AU - Goobar,Edgard
AU - Olsson,Jörgen
AU - Fletcher,Richard
AU - Abbott,Chris
AU - Rask,Michael
AU - Plappert,Nora
AU - Vollrath,Gunther
AU - Tafur Monroy,Idelfonso
PB - I E E E
PY - 2012
Y1 - 2012
N2 - The “Gigabit access passive optical network using wavelength division multiplexing” project aims to implement 64-Gb/s data transmission over 20-km single-mode fiber. Per-user symmetric data rates of 1-Gb/s will be achieved using wavelength division multiplexing passive optical network (WDM-PON) architecture with a 1:64 user split per PON segment. Enabling technologies being developed within the scope of the project include tunable transceivers and athermal 50-GHz array waveguide grating multiplexer devices. The future-proof WDM architecture will enable convergence triple-play (telephony, TV, and broadband internet) service over existing optical infrastructure, and also facilitate cost-effective dense wavelength division multiplexing for metro aggregation and mobile backhaul networks.
AB - The “Gigabit access passive optical network using wavelength division multiplexing” project aims to implement 64-Gb/s data transmission over 20-km single-mode fiber. Per-user symmetric data rates of 1-Gb/s will be achieved using wavelength division multiplexing passive optical network (WDM-PON) architecture with a 1:64 user split per PON segment. Enabling technologies being developed within the scope of the project include tunable transceivers and athermal 50-GHz array waveguide grating multiplexer devices. The future-proof WDM architecture will enable convergence triple-play (telephony, TV, and broadband internet) service over existing optical infrastructure, and also facilitate cost-effective dense wavelength division multiplexing for metro aggregation and mobile backhaul networks.
U2 - 10.1109/JLT.2012.2185039
DO - 10.1109/JLT.2012.2185039
JO - Journal of Lightwave Technology
JF - Journal of Lightwave Technology
SN - 0733-8724
IS - 10
VL - 30
SP - 1444
EP - 1454
ER -