PHOTON SWITCH OF FULL OPTICAL NETWORKS
Mehman Huseyn Hasanov, Azerbaijan Technical University,
Baku, Azerbaijan, mhasanovnew@gmail.com
Abstract
The future development of OFTN is due to the creation of complete optical photon networks and optical communication lines. In such systems, without the use of electronic devices and electronic processes, signal transmission, reception and processing will be fully photonized. For this purpose, optically controlled optical switches, new high-capacity optical cross-switches, remote optical feeder optical amplifiers, optical pulse generators, optical passive elements: optical level channel separators, couplers, optical vents, chromatic dispersion compensators, optical filters, polarizers and circulators, multiplexers and demultiplexors, optical processors, etc. new optical devices are created along with optical devices. Thus, it is advisable to look at the application of all components of the new generation OFTN, including the creation of new photon switches based on theoretical, experimental, and computer modeling. The article discusses the principles and methods of layout, routing and methods for constructing compressed information channels over fiber-optic networks, as well as the parameters of the photon switches used. In principle, a new controllable photon switch for high capacity photo switches is proposed.
Keywords: optical fiber networks, photon switches, microelectromechanical systems, optical channel, wavelength.
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Information about author:
Mehman Huseyn Hasanov, Candidate of Technical Sciences, PhD, Department of “Telecommunication systems and information security”, Azerbaijan Technical University, Baku, Azerbaijan