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We present an integrated equalizer used for electronic dispersion compensation in the 1mm SI-POF home-networking scenario applying 650nm RCLED and SI-PIN-PD. Real-time experimental results demonstrate that the approach gives better BER performance then to date published with competing architectures.
POF-PLUS is a EU project pertaining to the 7th framework program with the aim of developing high-speed communication systems based of PMMA optical fibers for home networking and data centers. In this paper we report the results of the tasks focused on 1 Gbit/s communications for home environment after two years of the project.
This paper reports on the recent results of the EU project “POF-PLUS”, financed in the EU VII Framework Program and started on the 1st of May 2009. This project is fully focused on innovative transmission and component solutions for high speed links based on large core plastic optical fibers (POF). Two main applications are the target of POF-PLUS: next generation high-speed home networking solutions,...
This paper focuses on high-speed cabling using polymer optical fibers (POF) in home networking. In particular, we report about the results obtained in the POF-ALL European Project, which is relevant to the Sixth Framework Program, and after two years of the European Project POF-PLUS, which is relevant to the Seventh Framework Program, focusing on their research activities about the use of poly-metyl-metha-acrilate...
We review the use of polymer optical fibers as the forthcoming optical technology for in-building and home networks proving that it offers, at low cost, the QoS required by the next evolution of services.
A fully analogue PAM-2 equalizer IC is presented, that uses slope steepness detection to adapt itself to the channel. Its functionality is demonstrated by experimental results for 1.0 Gbit/s-transmission over 50 m SI-POF at 650 nm wavelength.
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