Simultaneous 10 Gbps data and clock transmission for smart power grid application utilizing the optical fibre and VCSEL technology
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Journal of Modern Optics
Abstract
The study seeks to design a communication system for a power grid, that will ensure real-time and
low-latency communication and automation between the utility and the end users. The performance
characterization of the VCSEL in G.655 non-zero dispersion shifted fibre transmitting at 1550 nm is
experimentally and theoretically analysed. The experiment reported the various evaluations of BER
and eye diagrams using a VCSEL and a DFB laser as light sources. There was the successful achievement of 10 Gbps in 25 and 50 km for VCSEL and DFB respectively. In simultaneous data and clock
transmission, 0.4 GHz and 10 Gbps over 25 km was successfully achieved using a VCSEL. The study
is significant in the establishment of a pervasive communication system as the backbone of smart
power grid design technology.
Description
Article Journal on Simultaneous 10 Gbps data and clock transmission
for smart power grid application utilizing the
optical fibre and VCSEL technology
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Citation
To cite this article: H. E. Aradi, E. K. Rotich Kipnoo, F. W. Masinde, D. W. Waswa, J. Jena & T. B. Gibbon (2023) Simultaneous 10 Gbps data and clock transmission for smart power grid application utilizing the optical fibre and VCSEL technology, Journal of Modern Optics, 70:19-21, 1023-1030, DOI: 10.1080/09500340.2024.2380732