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 …

Low loss fibre transmission of high speed pulse signals at 1.29 μm wavelength × Close The
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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 …

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 …

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 …

A Gbit/sec optical fiber communication experiment was performed. The maximum speed was
3 Gbit/sec with a BH laser and 5 Gbits/sec with a TJS laser. A 500-m single-mode fiber was …

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 …

An optical transmission experiment with an extremely long repeater spacing is conducted
using graded-index multimode fibres, an InGaAsP/InP laser diode and a germanium …

Broadening of short optical pulses propagated along 10.4-and 6-km-long single-mode fibers
was measured at a wavelength of 1.293 μm. The fiber core was made of germanium-doped …

High-speed pulse response and receiver sensitivity at 1.55 μm were measured at data rates
ranging from 400 Mbits/s to 2 Gbits/s, in order to elucidate characteristics of a reach-through …