White Papers

p16-mode-gap-few-mode-fibre-characterisation-2015.pdf download View | Download
Summary: The present section addresses selected topics related to the characterization of both conventional multimode fibres and hollow core photonic bandgap fibres.
Categories: Progress
p15-mode-gap-fmode-conversion-technologies-2015.pdf download View | Download
Summary: Space-division multiplexing (SDM) using the cores in multi-core fiber (MCF) and the modes in few-mode fiber (FMF) have been explored to avert the capacity bottleneck ...
Categories: Progress
p14-mode-gap-few-mode-amplifier-development-2015.pdf download View | Download
Summary: This activities on few mode fibre amplifier development aims to design, implement and characterize a novel platform of optical amplifiers operating at 1.55m and 2m ...
Categories: Progress
p13-mode-gap-fibre-developemnt-2015.pdf download View | Download
Summary: Hollow-core photonic bandgap fibers (HC-PBGFs) have demonstrated potential to address some of the intrinsic capacity limitations of standard transmission fibers while providing a substantial reduction ...
Categories: Progress
coriant_whitepaper_sdm_121413.pdf download View | Download
Summary: With the proliferation of smart devices, video-based applications and developments such as machine-to-machine communication, the demand for data capacity is increasing at a staggering rate ...
Categories: Progress
Coriant-Kuschnerov-ECOC-Market-Focus-2013.pdf download View | Download
Summary: ECOC 2013 Market focus presentation by: Maxim Kuschnerov1, Vincent Sleiffer² 1: Coriant R&D GmbH, ModeGap 2: TU Eindhoven, ModeGap  
Categories: Progress
P12_Modegap-TransmissionSystems-20131.pdf download View | Download
Summary: The Mode-Gap project has demonstrated several barrier breaking experiments in the last year pushing the limit of mode division multiplexed transmission. Research covered solid core ...
Categories: Progress
FIBER-DEVELOPMENT.pdf download View | Download
Summary: The objectives of this part of the Modegap project are:  To design and demonstrate a MM-EDFA providing more than 10dB signal gain per mode ...
Categories: Progress
P10-Modegap-Signal-Processing-2013.pdf download View | Download
Summary: Adaptive multiple-input multiple-output (MIMO) digital signal processing is key to the current exploitation of spatial division multiplexing in high capacity optical transmission systems. This paper ...
Categories: Progress
P9-Mode-conversion-technolgies-for-FMF-2013.pdf download View | Download
Summary: Mode division multiplexed transmission in few mode fibers has recently attracted a lot of attention as a mean of increasing the transmission capacity of a ...
Categories: Progress