The medium for next-generation communication is considered as fiber for fast, secure
communication and switching capability. Mode division and space division multiplexing …

In this work, we present an ultra-dispersion flattened few-mode (UDF-FMF) fiber design that
can support ten linearly polarized modes in the C-band. The proposed fiber has an M-type …

The next generation of communication, 5G and beyond works to connect people and things
via intelligent networks. It is difficult to handle this massive data traffic with the current …

Few-mode fibers have been used in contemporary communication with mode multiplexing
and space-division-multiplexing techniques to enhance the capacity crunch in recent …

In order to increase the throughput of a single-wavelength-carrier optical-interconnect
connection, researchers have focused on spatial-division multiplexing technology. It is …

Nano‐materials have undergone tremendous advancement in recent years, specifically in
the field of engineering applications. To demonstrate these advances, seven high quality …

The authors show how to keep a flattened and low dispersion in a graded-index depressed
core fiber for a few-mode operation in this paper. The proposed design supports seven …

Few-mode fibers that allow mode division multiplexing (MDM) as well as spatial division
multiplexing (SDM)) have the potential to increase the capacity crunch in single-mode fibers …

In this work, a dual-core trench-assisted few-mode fiber (DC-TA-FMF) is proposed, which
can support ten linearly polarized (LP) mode groups over the C band. Modal characteristics …