A new architecture of reconfigurable WDM-PON networks for the dynamic capacity allocation is proposed and experimentally demonstrated. The architecture based on an SOA gate allows 1 µs switching time to the re-allocation of wavelength resources
The intensification of traffic in the access network requires the development of novel architectural...
Next-generation optical access networks should not only increase capacity but also be able to redist...
The intensification of traffic in the access network requires the development of novel architectural...
A new architecture of reconfigurable WDM-PON networks for the dynamic capacity allocation is propose...
A new architecture of reconfigurable WDM-PON networks for the dynamic capacity allocation is propose...
A new architecture of reconfigurable WDM-PON networks for the dynamic capacity allocation is propose...
The service evolution and the rapid increase in traffic levels fuel the interest toward switching pa...
This paper demonstrates a wavelength-division-multiplexed passive optical network (WDM-PON) scheme b...
This paper demonstrates a wavelength-division-multiplexed passive optical network (WDM-PON) scheme b...
Next generation optical access networks should not only increase the capacity but also be able to re...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
The intensification of traffic in the access network requires the development of novel architectural...
Next-generation optical access networks should not only increase capacity but also be able to redist...
The intensification of traffic in the access network requires the development of novel architectural...
A new architecture of reconfigurable WDM-PON networks for the dynamic capacity allocation is propose...
A new architecture of reconfigurable WDM-PON networks for the dynamic capacity allocation is propose...
A new architecture of reconfigurable WDM-PON networks for the dynamic capacity allocation is propose...
The service evolution and the rapid increase in traffic levels fuel the interest toward switching pa...
This paper demonstrates a wavelength-division-multiplexed passive optical network (WDM-PON) scheme b...
This paper demonstrates a wavelength-division-multiplexed passive optical network (WDM-PON) scheme b...
Next generation optical access networks should not only increase the capacity but also be able to re...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
Reconfigurability is essential for an efficient optical access network because user demands highly v...
The intensification of traffic in the access network requires the development of novel architectural...
Next-generation optical access networks should not only increase capacity but also be able to redist...
The intensification of traffic in the access network requires the development of novel architectural...