Add to ORKG180-Gb/s all-optical clock recovery has been demonstrated by using a self-pulsing multi-section gain-coupled distributed feedback laser. This clock recovery scheme has a jitter less than 0.4 ps over a dynamic range of 7dB. © 2005 Optical Society of America
A 5 GHz to 20 GHz bit-rate flexible all-optical clock is presented. 10 GHz and 20 GHz pulse trace an...
All-optical clock recovery from 80 Gbit/s data stream has been demonstrated using a two-section gain...
We report all optical clock recovery based on a monolithic integrated four-section amplified feedbac...
180-Gb/s all-optical clock recovery has been demonstrated by using a self-pulsing multi-section gain...
180-Gb/s all-optical clock recovery has been demonstrated by using a self-pulsing multi-section gain...
All-optical clock recovery from 180-Gb/s data streams has been demonstrated using a self-pulsing mul...
All-optical clock recovery from 180-Gb/s data streams has been demonstrated using a self-pulsing mul...
Wavelength- and polarization-insensitive all-optical clock recovery from data streams up to 96 Gb/s ...
In this paper we will present ultrafast all-optical clock recovery up to 100 Gb/s using two-section ...
High-speed optical clock recovery using two-section gain-coupled DFB lasers is described. Characteri...
High-speed optical clock recovery using two-section gain-coupled DFB lasers is described. Characteri...
High-speed optical clock recovery using two-section gain-coupled DFB lasers is described. Characteri...
The dynamics of coherent clock recovery (CR) using self-pulsing two-section distributed feedback (TS...
High-speed all-optical clock recovery using a two-section gain-coupled distributed feedback laser is...
The dynamics of coherent clock recovery (CR) using self-pulsing two-section distributed feedback (TS...
A 5 GHz to 20 GHz bit-rate flexible all-optical clock is presented. 10 GHz and 20 GHz pulse trace an...
All-optical clock recovery from 80 Gbit/s data stream has been demonstrated using a two-section gain...
We report all optical clock recovery based on a monolithic integrated four-section amplified feedbac...
180-Gb/s all-optical clock recovery has been demonstrated by using a self-pulsing multi-section gain...
180-Gb/s all-optical clock recovery has been demonstrated by using a self-pulsing multi-section gain...
All-optical clock recovery from 180-Gb/s data streams has been demonstrated using a self-pulsing mul...
All-optical clock recovery from 180-Gb/s data streams has been demonstrated using a self-pulsing mul...
Wavelength- and polarization-insensitive all-optical clock recovery from data streams up to 96 Gb/s ...
In this paper we will present ultrafast all-optical clock recovery up to 100 Gb/s using two-section ...
High-speed optical clock recovery using two-section gain-coupled DFB lasers is described. Characteri...
High-speed optical clock recovery using two-section gain-coupled DFB lasers is described. Characteri...
High-speed optical clock recovery using two-section gain-coupled DFB lasers is described. Characteri...
The dynamics of coherent clock recovery (CR) using self-pulsing two-section distributed feedback (TS...
High-speed all-optical clock recovery using a two-section gain-coupled distributed feedback laser is...
The dynamics of coherent clock recovery (CR) using self-pulsing two-section distributed feedback (TS...
A 5 GHz to 20 GHz bit-rate flexible all-optical clock is presented. 10 GHz and 20 GHz pulse trace an...
All-optical clock recovery from 80 Gbit/s data stream has been demonstrated using a two-section gain...
We report all optical clock recovery based on a monolithic integrated four-section amplified feedbac...