Presentation 2011-01-27
A Study on the PAPR Enhancement due to Fiber Non-linearity in Optical OFDM Transmissions
Yuki YOSHIDA, Akihiro MARUTA, Ken-ichi KITAYAMA,
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Abstract(in English) One performance limiting issue in optical OFDM transmissions is nonlinear signal distortion due to fiber non-linearity, i.e., OFDM singaling, which is known to have high peak-to-average ratio (PAPR), is susceptible to the optical Kerr effect in the fiber which causes intensity-depended nonlinear phase noise. In this report, we investigate the impact of the Kerr effect on the optical OFDM transmissions by focusing on the PAPR distribution along the fiber. We numerically reveal more than 1dB increment of the PAPR after 50km transmission over SMF and corresponding BER performance degradation due to the nonlinear phase noise. The mechanism of the PAPR enhancement will be explained in terms of the higher order soliton compression. In addition, based on the PAPR analysis, we show the BER performance improvement of the optical OFDM transmission by the use of inverse dispersion fiber.
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Keyword(in English) OFDM / PAPR / Fiber non-linearity / Optical Kerr effect
Paper # OCS2010-101
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Committee OCS
Conference Date 2011/1/20(1days)
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Registration To Optical Communication Systems (OCS)
Language JPN
Title (in Japanese) (See Japanese page)
Sub Title (in Japanese) (See Japanese page)
Title (in English) A Study on the PAPR Enhancement due to Fiber Non-linearity in Optical OFDM Transmissions
Sub Title (in English)
Keyword(1) OFDM
Keyword(2) PAPR
Keyword(3) Fiber non-linearity
Keyword(4) Optical Kerr effect
1st Author's Name Yuki YOSHIDA
1st Author's Affiliation Dept. of Electrical, Electronics and Information Engineering, Graduate School of Engineering, Osaka University()
2nd Author's Name Akihiro MARUTA
2nd Author's Affiliation Dept. of Electrical, Electronics and Information Engineering, Graduate School of Engineering, Osaka University
3rd Author's Name Ken-ichi KITAYAMA
3rd Author's Affiliation Dept. of Electrical, Electronics and Information Engineering, Graduate School of Engineering, Osaka University
Date 2011-01-27
Paper # OCS2010-101
Volume (vol) vol.110
Number (no) 392
Page pp.pp.-
#Pages 6
Date of Issue