In this paper, the analysis of crosstalk induced by stimulated Raman scattering has been discussed. The expression for SRS induced crosstalk has been observed at different fiber types, such as single mode fiber, DCF, ...In this paper, the analysis of crosstalk induced by stimulated Raman scattering has been discussed. The expression for SRS induced crosstalk has been observed at different fiber types, such as single mode fiber, DCF, NZDF and NZDSF with the variation of modulation frequency, transmission length and the input power. It has been observed that as an increase in the modulation frequency, the crosstalk decreases.展开更多
Using lower-cost lasers, 30% savings are possible for 10-Gb/s uncompensated metro transmission over NZDF, compared to G.652 fiber. We present WDM transmission results for a mixed plant of NZDF rings interconnected to ...Using lower-cost lasers, 30% savings are possible for 10-Gb/s uncompensated metro transmission over NZDF, compared to G.652 fiber. We present WDM transmission results for a mixed plant of NZDF rings interconnected to G.652.C-fiber access laterals.展开更多
文摘In this paper, the analysis of crosstalk induced by stimulated Raman scattering has been discussed. The expression for SRS induced crosstalk has been observed at different fiber types, such as single mode fiber, DCF, NZDF and NZDSF with the variation of modulation frequency, transmission length and the input power. It has been observed that as an increase in the modulation frequency, the crosstalk decreases.
文摘Using lower-cost lasers, 30% savings are possible for 10-Gb/s uncompensated metro transmission over NZDF, compared to G.652 fiber. We present WDM transmission results for a mixed plant of NZDF rings interconnected to G.652.C-fiber access laterals.
