Broad-area edge-emitting monolithic mode-locked semiconductor quantum dot lasers
emitting at 1.26 μm could potentially serve as ideal sources for the generation of high power …

Semiconductor laser based optical frequency combs — Applications in communications
and signal processing Page 1 Semiconductor laser based optical frequency combs …

Optical frequency combs generated by self mode-locking of single-section quantum dot
based semiconductor lasers are ideal sources for applications in high capacity optical …

Quantum dot-based diode comb lasers can provide a single multi-channel-laser source for
short-reach, high-speed WDM interconnects. In this paper, we review the technology and …

Current fibre optic communication systems owe their high-capacity abilities to the
wavelength-division multiplexing (WDM) technique, which combines data channels running …

In this chapter optical and electrical properties of quantum-dot mode-locked semiconductor
lasers as well as applications based on these devices are discussed. Section 4.1 gives a …

We report a study on the performance limits of stabilized optical frequency combs from
semiconductor mode-locked diode lasers. Operating characteristics such as the number of …

Feedback-insensitive Quantum Dot (QD) comb lasers hold significant promise for integrated
dense wavelength division multiplexing (DWDM) photonic systems due to their ability to …

Next generation short and long reach communication networks would be required to provide
data rates of multiterabit/s. Such high line rates are not feasible using a single wavelength …

Coherent comb lasers may serve as a source for multiwavelength modulators in short reach
transmission, or for phase controlled OFDM channels in long reach. We explore and …