Characterization of Four Wave Mixing Effect in Dense Wavelength Division Multiplexing Systems

Author(s):  
Firat Ertac Durak ◽  
Serif Ali Sadik ◽  
Karima Boumediene ◽  
Mounir Khelladi ◽  
Ahmet Altuncu
2020 ◽  
Vol 0 (0) ◽  
Author(s):  
Ghanendra Kumar ◽  
Chakresh Kumar

AbstractThis review paper scrutinizes the staging of dense wavelength division multiplexing soliton system in return to zero and non-return to zero format. In-line optical phase conjugator (OPC) is used to depreciate the power of four wave mixing (FWM). Destructive interference between both the halves of in-line OPC plummets the FWM power sturdily. This paper concludes with the indication that return-to-zero with OPC gives out better performance with FWM suppression.


2021 ◽  
Vol 5 (4) ◽  
pp. 1-11
Author(s):  
Anita Antwiwaa ◽  
Seth Okyere-Dankwa ◽  
Sitti Mensah ◽  
Kumar Anil

The data yearning of the world is expanding massively with time and it is convincing media transmission organizations tomount up procedures to satisfy the high information need just as giving a proficient support. During the exponentialdevelopment of data hungry clients, media transmission organizations fantasize about giving nature of administrations ata lower cost to their clients to endure the challenge in the market. Transmitting products of signs through a solitary directin perspective on serving a huge number of clients all the while by wavelength division multiplexing (WDM) is theappropriate response. Four-wave multiplexing (FWM) is the optical sign float from one channel to the next. This impacthas the inclination of forcing a danger on the fiber correspondence organize consequently undermining the security andsecrecy of the data sent by the clients. In this work, FWM impact and its security issues are broken down. The differentTangle lab reenactment consequences of this FPM is contemplated utilizing optical. Citation: Anita Antwiwaa, Seth Okyere-Dankwa, Mensah Sitti and Anil Kumar, Four-Wave Mixing Effect and Its SecurityImplications on a WDM System, 2020; 5(4): 1-11. Received: October 3, 2020Accepted: December 31, 2020


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