Add to ORKGA novel reconfigurable access network architecture which enables the bidirectional transmission of 1.25-2.5 Gbit/s is described in this paper. Optical Network Units (ONUs) are equipped with a Reflective Semiconductor Optical Amplifier (RSOA) and Remote Nodes (RNs) are based on microring resonators. We also propose ONU upgrade to serve 10 Gbit/s per end-user. Next to the brief description of the architecture and transmission simulations some principle measurement results are presented which show the feasibility of the concept
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
In this paper we describe experiments performed on a testbed of a novel dynamically reconfigurable a...
A novel reconfigurable access network architecture which enables the bidirectional transmission of 1...
A novel reconfigurable access network architecture which enables the bidirectional transmission of 1...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper, we demonstrate symmetrical bidirectional transmission of 1.25 Gbit/s wavelength chann...
In this paper, we demonstrate symmetrical bidirectional transmission of 1.25 Gbit/s wavelength chann...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
In this paper we describe experiments performed on a testbed of a novel dynamically reconfigurable a...
A novel reconfigurable access network architecture which enables the bidirectional transmission of 1...
A novel reconfigurable access network architecture which enables the bidirectional transmission of 1...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper we propose a novel reconfigurable access network architecture which enables the bidire...
In this paper, we demonstrate symmetrical bidirectional transmission of 1.25 Gbit/s wavelength chann...
In this paper, we demonstrate symmetrical bidirectional transmission of 1.25 Gbit/s wavelength chann...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
The BB Photonics develops reconfigurable access networks for providing the user with congestion-free...
In this paper we describe experiments performed on a testbed of a novel dynamically reconfigurable a...