… The microscopic lengths of the fiber loops were optimized by optical delay lines based on
stepper-controlled stages with resolution 1.67 ps. Polarization controllers in each loop plus a …

… To demonstrate the capability of an all-fiber delay line to improve the OFC stabilization, two
experimental setups are developed and schematically depicted in Fig. 1. In both setups, the …

… can be avoided by incorporating an optical delay line in the unmodulated path to equalize …
and transmitted over the optical fiber link to the RRU. The optical fiber link is comprised of 25-…

… The fiber loop is connected to port 2 and 3 of the OC. 10% of … the original diode field and
the delayed feedback field [40]. … include quantum dot semiconductor lasers, fiber lasers, …

… The terabit per second transmission using Q-Dash MLLs was demonstrated in this paper,
and was enabled using intensity modulated and directly detected (IM/DD) single-side band …

… pulse and a delayed one. The signal is then amplified using an erbium-doped fiber amplifier
(… of the laser pulses for a DSF delay of 37.5 m, and for a fine delay scan of 50 ps. This time …

… laser and was improved to –6.8dBm for a fiber length of 50 meters, and –15dBm for a fiber
length of 2370 meters. For a 65 meter length of fiber, a pulse width below 1ps was measured, …

… quantum dash monolayers grown by gas source molecular beam epitaxy (GSMBE) embedded
within two barrier layers (dash-in-… of the fiber loops were fine-tuned by optical delay lines …

… fiber-wired/fiber-wireless/fiber-VLC/fiber-IVLC transmission system based on a self-seeded
InP based quantum dash-… alternative not only for progressive fiber backbone network but also …

… OBPF) before propagating through the 51 km dispersion compensated transmission fiber
link. The transmission fiber link consists of a 51 km true-wave fiber (loss of 11 dB, second-order …