Cost-efficient high-speed components for 100 gigabit ethernet transmission on one wavelength only: results of the HECTO project
In 2010, the standard for 100GbE was approved, which specifies the transmission of 100 Gb/s via 4 wavelength channels of 25 Gb/s each. A solution based on a 100 Gb/s single wavelength channel is capable of significant cost reductions should the required components be available. Within the HECTO proj...
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Published in | IEEE communications magazine Vol. 51; no. 5; pp. 136 - 144 |
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Main Authors | , , , , , , , , , |
Format | Magazine Article |
Language | English |
Published |
New York
IEEE
01.05.2013
The Institute of Electrical and Electronics Engineers, Inc. (IEEE) |
Subjects | |
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Abstract | In 2010, the standard for 100GbE was approved, which specifies the transmission of 100 Gb/s via 4 wavelength channels of 25 Gb/s each. A solution based on a 100 Gb/s single wavelength channel is capable of significant cost reductions should the required components be available. Within the HECTO project, we developed components suitable for single-wavelength 100 Gb/s transmission. In this article, the project is described - its organization, objectives, possible impacts, and results - including the successful demonstration in a final field trial. A complete ETDM system utilizing the monolithically integrated transmitter and receiver modules developed in the project was built to transmit 112 Gb/s over 42 km standard single-mode fiber. Finally, we attempt an outlook on the prospective development of Ethernet standardization beyond 100GbE. |
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AbstractList | In 2010, the standard for 100GbE was approved, which specifies the transmission of 100 Gb/s via 4 wavelength channels of 25 Gb/s each. A solution based on a 100 Gb/s single wavelength channel is capable of significant cost reductions should the required components be available. Within the HECTO project, we developed components suitable for single-wavelength 100 Gb/s transmission. In this article, the project is described ¿ its organization, objectives, possible impacts, and results ¿ including the successful demonstration in a final field trial. A complete ETDM system utilizing the monolithically integrated transmitter and receiver modules developed in the project was built to transmit 112 Gb/s over 42 km standard single-mode fiber. Finally, we attempt an outlook on the prospective development of Ethernet standardization beyond 100GbE. In 2010, the standard for 100GbE was approved, which specifies the transmission of 100 Gb/s via 4 wavelength channels of 25 Gb/s each. A solution based on a 100 Gb/s single wavelength channel is capable of significant cost reductions should the required components be available. Within the HECTO project, we developed components suitable for single-wavelength 100 Gb/s transmission. In this article, the project is described-its organization, objectives, possible impacts, and results-including the successful demonstration in a final field trial. A complete ETDM system utilizing the monolithically integrated transmitter and receiver modules developed in the project was built to transmit 112 Gb/s over 42 km standard single-mode fiber. Finally, we attempt an outlook on the prospective development of Ethernet standardization beyond 100GbE. |
Author | Westergren, Urban Makon, Robert E. Driad, Rachid Derksen, Rainer H. Li, Jie Chacinski, Marek Steffan, Andreas G. Schubert, Colja Bach, Heinz-Gunter Hurm, Volker |
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SubjectTerms | 100 Gigabit Ethernet Cost-efficient Field trial High-speed optical techniques Integrated optics Monolithic integrated circuits Monolithically integrated Optical fibers Optical receivers Optical transmitters Single mode fibers Single wavelength Standard single mode fibers Wavelength Wavelength channels |
Title | Cost-efficient high-speed components for 100 gigabit ethernet transmission on one wavelength only: results of the HECTO project |
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