Low loss fibre transmission of high speed pulse signals at 1.29 μm wavelength × Close The
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Optical-fiber transmission experiments in the 1.3-μm wavelength region are reported.
GaInAsP/InP double-heterostructure semiconductor laser emitting at 1.293 μm is modulated …

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 …

Experimental and analytical results on high-speed optical pulse transmission characteristics
for long-span single-mode fibers by using InGaAsP lasers, emitting at 1.1, 1.3, and 1.5 μm …

The intense interest in fiber optic communications has been encouraging the development
of long wavelength semiconductor lasers emitting at 1.1-1.6 μm 1-3), where silica fibers …

We report transmission of 60 ps InGaAsP injection laser pulses (Δλ̃7 nm) through a 27 km-
long single-mode fibre at the wavelength of minimum chromatic dispersion (1.314 μm) …

Power levels up to 100 µW have been launched from GaInAsP LED's with 14-µm-diameter
emitting regions into low-loss small numerical aperture (NA) silica fibers at a dc drive level of …

The use of four in-line semiconductor laser amplifiers is reported in an optical fibre
transmission experiment. Using direct detection at 1 Gbit/s, a transmission distance of 313 …

Wavelength-dependent pulse dispersion in germanium-and phosphorus-doped silica fibres
of different concentrations was measured using mode-locked subnanosecond pulses in the …

Transmission of a 10 Gbit/s return-to-zero (RZ) signal at 1300 nm over 550 km of standard
singlemode fibre is demonstrated. The effect of semiconductor optical amplifiers, different …