We express a photonic packet switch prototype based on optical label processing methods which dramatically increase the label processing capability. We experimentally demonstrate 40Gbit/s/port packet switching and opt...We express a photonic packet switch prototype based on optical label processing methods which dramatically increase the label processing capability. We experimentally demonstrate 40Gbit/s/port packet switching and optical buffering capabilities of the prototype.展开更多
We propose photonic packet-switched networks in which more than 10Gbps optical packets are transferred. WDM-based packet compression at edge nodes plays an important role in resolving interface gap between core and me...We propose photonic packet-switched networks in which more than 10Gbps optical packets are transferred. WDM-based packet compression at edge nodes plays an important role in resolving interface gap between core and metro.展开更多
文摘We express a photonic packet switch prototype based on optical label processing methods which dramatically increase the label processing capability. We experimentally demonstrate 40Gbit/s/port packet switching and optical buffering capabilities of the prototype.
文摘We propose photonic packet-switched networks in which more than 10Gbps optical packets are transferred. WDM-based packet compression at edge nodes plays an important role in resolving interface gap between core and metro.
