… utilizing quantum dots or dashes (QD) rather than quantum … , and hence ultra-low timing
jitter. They are promising sources for … For all these applications, low timing jitter is necessary in …

… Abstract—We compare the timing jitter of a mode-locked InAs/InP quantum dash (QD) coherent
… In this paper, we report on time jitter measurements and analysis of that laser with and …

… time on the systematic measurement of timing jitter of 40-GHz self-pulsating Fabry-Perot laser
based on InAs/InP quantum dashes … a good agreement, yielding a jitter of 0.86 ps in the 1 …

… In addition, the timing jitter associated with the optical pulses … and the timing jitter of the
optically generated pulses by setting the dc-bias current from 150 mA to 450 mA . The timing jitter …

… -mode-locked quantum-dash lasers with … timing jitter, compared to single-loop feedback.
Significant reduction in RF linewidth and timing jitter was produced by optimizing the delay time …

… In addition, an integrated root-mean-square (rms) timing jitter of … The integrated rms timing
jitter obtained under optical … and reducing the integrated timing jitter of the associated pulses. It …

… on detailed quantum dash structures. We will demonstrate that these quantum dash lasers
… extremely low timing jitter. They can also be used to achieve all-optical clock recovery, with …

… timing jitter of the recovered clock becomes more stringent as the data rate increases (eg
timing jitter <… Herein, we assessed timing jitter by integrating the phase noise trace from 100 Hz …

… of RF linewidth and timing jitter in dual loop feedback … quantum dash mode-locked laser in
a dual loop feedback scheme. We also demonstrate optimum RF linewidth, and timing jitter for …

… and quantum well (QW) semiconductor devices for more than 30 years [3]. It has been
demonstrated that using quantum dots (QDots) or quantum dashes (… for the timing jitter and noise …