The transmission characteristics of digital systems comprised of 1.3‐μm zero dispersion,
single‐mode fibers (1.3‐μm SMF) and 0.78‐μm band laser diodes (LD) are investigated …

The present state of the art and expected development in discrete components for Fiber-
optic transmission systems are reviewed. Predicted performance of fiber systems in the 0.85 …

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 …

The optical transmission of 20Gbit/s signals over a record distance of 53 km standard
nondispersion-shifted singlemode fiber (SMF) without optical dispersion compensation has …

Transmission characteristics for a 400 Mbit/s signal over a 104 km single-mode fibre are
reported. A DFB laser diode is restricted to a single longitudinal mode at 1.53? m. No …

The maximum span length of high-speed optical transmission systems operating in the 1.5-
μm window can be severely limited by dispersion effects if existing fiber routes of 1.3-μm …

LED/DFSM fiber systems for maximum transmission capacity - Optical Communication, 1988.
(ECOC 88)., Fourteenth European Conferen Page 1 183 3 ISSIONC AC Y LL KANTERS and GD …

Long-wavelength single-mode optical fiber transmission technology has recently made
rapid progress and is now moving into the commercial operation stage. This paper …

Operation of a laser diode (LD) module for a single‐mode fiber (SMF) is affected by
reflection from coupling elements, in particular, from the SMF endface. For an LD module …

The present state of the art and expected development in discrete components for fiber-optic
transmission systems are reviewed. Predicted performance of fiber systems in the 0.85, 1.06 …