Investigation on the pre-compensation and post-compensation cascaded multi-channel-chirped fiber Bragg gratings for a repeaterless transmission system

K. Khairi; H. Fong Kok; Z. Lambak; M. I. Abdan; M. A. Farhan; M. H. Othman; M. L. H. Jamaluddin; S. A. Mohamad Rofie; Tee Din Chai; K. Chia Ching; A. Mohd. Ramli; M. A. Mokhtar; S. A. Syed Ahmad; M. Mokhtar; S. B. Ahmad Anas; M. A. Mahdi

doi:10.3788/COL201816.040607

Chinese Optics Letters, Volume. 16, Issue 4, 040607(2018)

Investigation on the pre-compensation and post-compensation cascaded multi-channel-chirped fiber Bragg gratings for a repeaterless transmission system

K. Khairi^1,2、*, H. Fong Kok¹, Z. Lambak¹, M. I. Abdan¹, M. A. Farhan¹, M. H. Othman¹, M. L. H. Jamaluddin¹, S. A. Mohamad Rofie¹, Tee Din Chai¹, K. Chia Ching¹, A. Mohd. Ramli¹, M. A. Mokhtar¹, S. A. Syed Ahmad¹, M. Mokhtar², S. B. Ahmad Anas², and M. A. Mahdi²

Author Affiliations

¹TM Research & Development Sdn. Bhd., Lingkaran Teknokrat Timur, 63000 Cyberjaya, Selangor, Malaysia

²Wireless and Photonics Network Research Center, Department of Computer & Communication Systems Engineering, Faculty of Engineering, Universiti Putra Malaysia, 43400 Serdang, Selangor, Malaysia

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Figures & Tables(8)

Fig. 1. Experimental setup: (a) pre-compensation and (b) post-compensation cascaded MC-CFBG of single-channel 10 Gbps repeaterless transmission system over 300 km SSMF.

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Fig. 2. Experimental setup for WDM channel of 10 Gbps repeaterless transmission system.

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Fig. 3. Optical spectra (resolution bandwidth=0.01 nm) of transmitted and received signals of single-channel transmission.

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Fig. 4. (a) BER versus launch power and (b) BER versus received power of pre-compensation cascaded MC-CFBG over 10 Gbps single-channel repeaterless system.

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Fig. 5. (a) BER versus launch power and (b) BER versus received power of post-compensation cascaded MC-CFBG.

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Fig. 6. BER versus (a) launch power and (b) received power of pre-compensation for single channel and WDM channel.

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Fig. 7. (a) BER versus launch power and (b) BER versus received power of post-compensation for single channel and WDM channel.

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Table 1. MC-CFBG Composition in the Experimental Setup

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Table 1. MC-CFBG Composition in the Experimental Setup

	Dispersion Value
Pre-compensation	$- 2006.0 ps / nm$ at 120 km and $- 3008.0 ps / nm$ at 180 km
	$- 2338.3 ps / nm$ at 140 km and $- 2674.0 ps / nm$ at 160 km
Post-compensation	$- 2006.0 ps / nm$ at 120 km and $- 3008.0 ps / nm$ at 180 km
	$- 2338.3 ps / nm$ at 140 km and $- 2674.0 ps / nm$ at 160 km

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K. Khairi, H. Fong Kok, Z. Lambak, M. I. Abdan, M. A. Farhan, M. H. Othman, M. L. H. Jamaluddin, S. A. Mohamad Rofie, Tee Din Chai, K. Chia Ching, A. Mohd. Ramli, M. A. Mokhtar, S. A. Syed Ahmad, M. Mokhtar, S. B. Ahmad Anas, M. A. Mahdi, "Investigation on the pre-compensation and post-compensation cascaded multi-channel-chirped fiber Bragg gratings for a repeaterless transmission system," Chin. Opt. Lett. 16, 040607 (2018)

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Paper Information

Category: Fiber Optics and Optical Communications

Received: Dec. 18, 2017

Accepted: Feb. 28, 2018

Published Online: Jul. 12, 2018

The Author Email: K. Khairi (kharina@tmrnd.com.my)

DOI:10.3788/COL201816.040607

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