Semiconductor laser diodes play an important role in synchronous optical networks as sources of optical modelocked pulse trains with robust timing stability. In this paper, it is demonstrated how these diodes may be used in such applications as optical clock distribution, photonic network synchronization, and all-optic clock recovery. Emphasis is placed on all-optical clock recovery with preliminary results presented
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
The dynamics of coherent clock recovery (CR) using self-pulsing two-section distributed feedback (TS...
Compact and efficient sources of high power ultrafast optical pulses are needed to incorporate high ...
Semiconductor laser diodes may play an important role in synchronous optical networks as sources of ...
Semiconductor laser diodes may play an important role in synchronous optical networks as sources of ...
Semiconductor laser diodes may play an important role in synchronous optical networks as sources of ...
Abstract—We experimentally demonstrate optical clock re-covery using a novel mode-locked laser (MLL)...
International audienceAs channels rates in optical networks are expected to exceed 100Gb/s in the ne...
OFC technical session OWK " Optical Regeneration and Transmission " [OWS4]International audienceAn i...
We experimentally demonstrate optical clock recovery using a novel mode-locked laser (MLL) monolithi...
The locking time of an all-optical clock is investigated. Self-pulsating, DFB lasers with detuned gr...
Abstract: An investigation into the effects of varying levels of chromatic dispersion on a Mode-Lock...
Abstract We demonstrate optical packet clock recovery with locking in less than 700 ps (25 bits) usi...
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
The dynamics of coherent clock recovery (CR) using self-pulsing two-section distributed feedback (TS...
Compact and efficient sources of high power ultrafast optical pulses are needed to incorporate high ...
Semiconductor laser diodes may play an important role in synchronous optical networks as sources of ...
Semiconductor laser diodes may play an important role in synchronous optical networks as sources of ...
Semiconductor laser diodes may play an important role in synchronous optical networks as sources of ...
Abstract—We experimentally demonstrate optical clock re-covery using a novel mode-locked laser (MLL)...
International audienceAs channels rates in optical networks are expected to exceed 100Gb/s in the ne...
OFC technical session OWK " Optical Regeneration and Transmission " [OWS4]International audienceAn i...
We experimentally demonstrate optical clock recovery using a novel mode-locked laser (MLL) monolithi...
The locking time of an all-optical clock is investigated. Self-pulsating, DFB lasers with detuned gr...
Abstract: An investigation into the effects of varying levels of chromatic dispersion on a Mode-Lock...
Abstract We demonstrate optical packet clock recovery with locking in less than 700 ps (25 bits) usi...
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
With a mode-locked figure-eight laser, we demonstrate the clock division operation using a semicondu...
The dynamics of coherent clock recovery (CR) using self-pulsing two-section distributed feedback (TS...