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Performance Evaluation of Single-mode and Multimode Fiber in LAN Environment

Authors: Farah Diyana Abdul Rahman, Wajdi Al-Khateeb, Aisha Hassan Abdalla Hashim


Optical networks are high capacity networks that meet the rapidly growing demand for bandwidth in the terrestrial telecommunications industry. This paper studies and evaluates singlemode and multimode fiber transmission by varying the distance. It focuses on their performance in LAN environment. This is achieved by observing the pulse spreading and attenuation in optical spectrum and eye-diagram that are obtained using OptSim simulator. The behaviors of two modes with different distance of data transmission are studied, evaluated and compared.

Keywords: Attenuation, eye diagram, fiber transmissions, multimode fiber, pulse dispersion, OSNR, single-mode fiber.

Digital Object Identifier (DOI):

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[1] Anjali Singh, "Modulation Formats for High-Speed, Long-Haul Fiber Optic Communication Systems." Inphi Corporation.
[2] Fiber Optics Rotary Joints. Available:
[3] V. Mikhailov et al, "Limitation to WDM Transmission Distance due to Cross-Phase Modulation Induced Spectral Broadening in Dispersion Compensated Standard Fiber Systems." IEEE.
[4] R. I. Killey et al, "Optimisation of WDM Transmission of Multi-10 Gbit/s, 50 GHz-Spaced Channels over Standard Fiber." IEEE.
[5] OptSim Models Reference.
[6] P.M.Watts et al, London Communications Symposium (2003), p69
[7] H.B├╝low et al, OFC 2001, WDD34-1
[8] P. Kirkpatrick et al, T. Mader, S. Shang, C. Schulz, D. Sprock and J-M Verdiell, 2004, "10 Gb/s Optical transceivers: fundamentals and emerging technologies." Intel Technology Journal, Volume 8, Issue 02.
[9] F. Devaux et al, 1993, "Simple measurement of fiber dispersion chirp parameter of intensity modulated light emitter." Journal of Lightwave Technology, Volume 11, No. 12.
[10] D.M. Rothnie et al, 1996, "Improved standard fiber performance by positioning the dispersion compensating fiber." Electronics Letters, Volume 32.
[11] M.Sieben et al, J. of Lightwave Tech., Vol.17 (1999), p1742.