Study of all-optical logic XOR gate based on linear optical amplifier cross-gain modulation

Li, Xiaoying; Jin, Jie; Li, H; Zhang, Q

doi:10.5277/oa150402

Optica Applicata; 04/2015; Issn 1429-7507 2015

DOI: 10.5277/oa150402

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Study of all-optical logic XOR gate based on linear optical amplifier cross-gain modulation

Xiaoying Li

Jie Jin

H Li

et al.

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2017

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Optical Channel Capacity Upgrade Based on Multiwavelength Conversion XGM Using Semiconductor Optical Amplifier for Access Networks

Ab-Rahman¹,

Swedan

2017

International Journal of Optics

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This paper demonstrates a 10 Gb/s one-to-two-wavelength conversion configuration based on cross-gain modulation for optical access networks using a single TW-SOA. The method is capable of converting a signal data of specific wavelength 1541 nm to certain wavelengths of CW's laser 1554 nm and 1558 nm with 4 nm spacing. The pump power level was classified due to channel response. A result obtained was the best power level offering wavelength converter between −6 and 3 dBm. The conversion efficiency achievement provided an acceptable result for probe signals. The findings of -factor performance were investigated. The values were found to be more than 9 for point to point transmission and 20 km fiber configurations for the original and converted signal. The technique implemented at 20 km and the power of all channels were adequate to provide a splitting ratio of 1/64 for the launched pump power 3 dBm.

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Optical Channel Capacity Upgrade Based on Multiwavelength Conversion XGM Using Semiconductor Optical Amplifier for Access Networks

Ab-Rahman¹,

Swedan

2017

International Journal of Optics

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Study of all-optical logic XOR gate based on linear optical amplifier cross-gain modulation

Cited by 1 publication

References 8 publications

Optical Channel Capacity Upgrade Based on Multiwavelength Conversion XGM Using Semiconductor Optical Amplifier for Access Networks

Optical Channel Capacity Upgrade Based on Multiwavelength Conversion XGM Using Semiconductor Optical Amplifier for Access Networks

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