Single-mode optical fiber transmission technology in the 1.0-1.8-μ m wavelength region is
reviewed. Owing to low fiber loss in the spectral region and to wide-band single-mode fiber …

Recent research on long-wavelength lightwave communication utilizing the wavelength
region between 1.3 and 1.6 µm is reviewed with an eye toward future system development …

By using an InGaAsP semiconductor laser emitting at 1.5? m, where silica fibre loss is at a
minimum, single-mode fibre transmission experiments were successfully carried out at 100 …

Error-rate performances of a single-mode fibre transmission system are evaluated at
wavelengths of 1.18 and 1.31 μm. It is proven that longitudinal single-mode oscillation of the …

The intrinsic low-dispersion and low-attenuation properties of single-mode fibers between
1.3 and 1.6 μm make them attractive for use in high-capacity, long-haul digital systems. In …

This review discusses the requirements and constraints on components for long-wavelength
monomode systems. In particular it critically reviews the current status of fibre, splicing …

An attainable repeater spacing at 1.3 μm and 1.55 μm wavelengths using a step-index
monomode fibre cable is given, after detailed consideration of total loss as well as total …

Twenty years have passed since the first serious proposal was made to use a glass‐fiber
waveguide as a telecommunications transmission medium. Since then, vigorous research …

Optical transmission experiments performed at 2.24 Gb/s using standard single-mode fiber
with dispersion zero at 1.3 mu m are discussed. In the optical transmitter, a 1.5-mu m …

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