Theoretical investigation for optimization of FWM effects for 1Tb/s ultra-band DWDM system
K Venkatesan, A Chandrasekar… - Optoelectronics and …, 2021 - oam-rc.inoe.ro
This paper investigates the Four-Wave Mixing (FWM) issues in ultra-band dense wavelength
division multiplexing (DWDM) system design using low input power, high optical gain, and
modulation format with an optimized duty cycle. Bandwidth and high data rate are key
considerations in fiber optic system design. Emerging 5G technologies, internet
development demand higher bandwidth, and large data rates, leading to DWDM
enhancement in fiber optic communication. This introduces more fiber nonlinear effects and …
division multiplexing (DWDM) system design using low input power, high optical gain, and
modulation format with an optimized duty cycle. Bandwidth and high data rate are key
considerations in fiber optic system design. Emerging 5G technologies, internet
development demand higher bandwidth, and large data rates, leading to DWDM
enhancement in fiber optic communication. This introduces more fiber nonlinear effects and …
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