55$\rm\mu m $ lasers have received considerable research interest due to the low
attenuation and dispersion characteristic of optical fibers at that wavelength. These optical …

This paper describes the essential elements for creating a practical wide bandwidth directly
modulated laser source. This includes considerations of the intrinsic limitations of the laser …

High brightness, high power, and highly reliable 915nm InAlGaAs laser diodes with
optimized design are reported in this paper. The laser diodes exhibit excellent performance …

Single-mode semiconductor lasers operating near 1.55 μm are of considerable interest for
long-distance communications. The lowest reported fiber losses 1 occur here, making this …

1. Introduction 2. Line-narrowed fiber laser devices Integral fiber reflective Bragg grating
lasers Intra-cavity etalon laser 3. Tunable, line narrowed fiber laser devices Ring lasers …

High-power single mode channeled-substrate-planar AlGaAs diode lasers are being
developed for reliable, high-power operation for use as sources in spaceborne optical …

The surge of interest in solid-state lasers over the past decade has been led by bulk lasers,
with fiber lasers next to join in, and planar waveguide lasers the most recent addition. Each …

Rapid progress in optical-fiber development has accelerated research and development on
quaternary laser diodes (LDs) in the 1-μm wavelength range. 1.3-μm land systems with LDs …

Summary form only given. In conclusion, large-area InGaAs QW surface-emitting lasers are
an excellent choice as sources for low-cost multigigabit multimode optical fiber data link …

In this work we report on a specially optimized type-I InAsSb/InAsSbP double heterostructure
(DH) ridge laser grown by liquid phase epitaxy (LPE). To remove residual impurities and …