Maximum information capacity of fibre-optic waveguides

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Maximum information capacity of fibre-optic waveguides

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For the region of ‘zero material dispersion’, it is shown that a 2nd-order effect proportional to the square of the source spectral width determines the lower limit to fibre pulse spreading. The optimum operating wavelength depends on the V-value of the guide.

Inspec keywords: optical communication; optical dispersion; optical fibres

Other keywords: maximum information capacity; fibre pulse spreading; V-value; zero material dispersion; optimum operating wavelength; source spectral width; fibre optic waveguides

Subjects: Fibre optics; Fibre optics and fibre waveguides; Optical waveguides and couplers

References

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      • I.H. Mallitson . Interspecimen comparison of the refractive index of fused silica. J. Opt. Soc. Am. , 1205 - 1209
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      • K. Okamoto , T. Okoshi . Analysis of wave propagation in optical fibers having core with α-power refractive-index distribution uniform cladding. IEEE Trans. , 416 - 421
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      • D.N. Payne , W.A. Gambling . Zero material dispersion in optical fibres. Electron. Lett. , 176 - 178
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      • H.-D. Rudolph , E.-G. Neumann . Approximations for the eigenvalues of the fundamental mode of a step index glass fiber waveguide. Nachrichtentech. Z. , 328 - 329
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      • Osanai, H.: `On the ultimate low loss “window” in doped silica glass optical fiber', Paper PDL 1, 2nd European conference on optical fiber communication, September 1976, Paris, at the.
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Erratum: Maximum information capacity of fibre-optic waveguides