Design of XPM based all optical contention detection circuit at 120 Gbps

Cross-phase modulation based ultra-flat 90-line optical frequency comb generation

“…Here in equation ( 1), 𝜃 u and 𝜃l are the phase variation in the periodic optical signal HNLF 1 and HNLF 2. 𝜃 u, and 𝜃 l can be calculated using equation ( 2) and ( 3) [2].…”

“…The gradual increase in network traffic with 20% to 30% per year increases the demand for data transmission capacity [1][2][3]. To fulfil these demands, the future network needs to introduce optical wavelength division multiplexing (WDM) technology which uses the path routing technology where a particular wavelength behaves as an address of destination/output node [4][5].…”

“…Still, it is not favourable in terms of scalability, complexity and high energy consumption as the requirement of a large number of laser sources [9]. Over worldwide, around 9 % of all electricity is consumed for data transmission only [1][2], which needs to be considered. These things can be overcome using an OFC as a multichannel source [9][10][11].…”

Cross-Phase Modulation Based Ultra-Flat 90-Line Optical Frequency Comb Generation

“…Here in equation ( 1), u and l are the phase variation in the periodic optical signal HNLF 1 and HNLF 2. u, and l can be calculated using equation ( 2) and ( 3) [2].…”

“…The gradual increase in network traffic with 20% to 30% per year increases the demand for data transmission capacity [1][2][3]. To fulfil these demands, the future network needs to introduce optical wavelength division multiplexing (WDM) technology which uses the path routing technology where a particular wavelength behaves as an address of destination/output node [4][5].…”