This paper reviews the state-of-the-art of monolithic integration on InP of components for wavelength multiplexed networks. Key components such as multiwavelength lasers and wavelength demultiplexers are reviewed in terms of their performance and ease of fabrication. In addition, the crucial issue of the wavelength precision of these devices is addresse
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
This paper reviews the state-of-the-art of monolithic integration on InP of components for wavelengt...
This paper reviews the state-of-the-art of monolithic integration on InP of components for wavelengt...
This paper reviews the state-of-the-art of monolithic integration on InP of components for wavelengt...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
Wavelength multiplexers, demultiplexers and routers based on optical phased arrays play a key role i...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
This paper reviews the state-of-the-art of monolithic integration on InP of components for wavelengt...
This paper reviews the state-of-the-art of monolithic integration on InP of components for wavelengt...
This paper reviews the state-of-the-art of monolithic integration on InP of components for wavelengt...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
The progress in phased array-type (PHASAR) based integrated optical WDM devices like multiplexers, d...
Wavelength multiplexers, demultiplexers and routers based on optical phased arrays play a key role i...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
Two directly-modulated GalnAsP/InP micro-rings with different radii vertically-coupled on a common b...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...
An integrated 4-channel WDM-receiver frontend with 1 GHz channel bandwidth is described. The receive...