Multi-Gbit/s transmission over 1 mm diameter graded index plastic optical fiber (GI-POF) is reported.
Recent progress on high-speed optical transmission with per-channel data rates beyond 1 Tb/s using multi-carrier superchannel architectures is reviewed.
We demonstrate for the first time a 105 GBaud transmission using a CMOS digital to analog converter.
With 100G technologies standardized, both in the context of Ethernet and the Optical Transport Network (OTN), 100G router ports and 100G optical transport equipment is now becoming commercially ava
We review the generation, detection and transmission performance of multi-carrier based superchannels, synthesized using coherent optical orthogonal frequency division multiplexing (CO-OFDM), that
We measure performance of a high symbol rate short-reach transmission system employing polybinary and PAM modulation formats as potential candidates for next-generation lane rate in IM/DD intra-DCI
Due to the growing demand for cloud services with high availability, high connection speed and low latency, distributed data-centers have emerged as a key architecture for future optical networks.
Due to the growing demand for cloud services with high availability, high connection speed and low latency, distributed data-center has emerged as a key architecture for future optical network.
When an advisory editor of a Wiley series publishes a book, it is natural to set a high evaluation standard. I am pleased to say that this book more than meets such a strict criterion.
Conventional linear transmission techniques are not fully compatible with a nonlinear transmission medium such as optical fibre with the Kerr-nonlinearity effect.
