SEPIANetAcronym/Short Name: SEPIANet
Proposal Full Name: System embedded Photonics in Access Networks
Project Coordinator: Stuart Smithson
Organisation: Xyratex Technology Ltd
Partners per country: 3 x DE, 3 x UK
Duration (months): 30
The project aim is to develop technology solutions for embedded optical architectures in access network head-end systems to allow significant reduction in power consumption, increased energy efficiency, system density and bandwidth scalability, which is currently unfeasible in today's copper driven access network systems.
The SEPIANet project will enable up to 10 Gb/s data interconnect to the home while establishing an embedded future-proof interconnect infrastructure allowing further scalability of serial bandwidth to the home by over 5 times beyond that in future. To this end a consortium of 5 industrial partners and a world leading research partner will draw on their combined expertise in access network system design, glass optical waveguides, electro-optical printed circuit board (EOCB) fabrication, optical PCB interconnect solutions, integrated optical transceiver solutions and high speed VCSEL fabrication to design and develop optical components, modules and subsystems for future access products based on embedded electro-optical printed circuit board technology. Project activities will centre on the development of optical printed circuit boards incorporating multimode glass waveguides, lens integrated parallel optical transceiver subassemblies, thermally stable 1310 nm VCSELs and high density pluggable optical connectors. Key outputs of the project will also include optical devices suitable for direct integration, optical coupling techniques for chip to PCB, optical board-to-board interconnect and pluggable optical PCB connectors, culminating in the development of a representative demonstration platform to showcase and fully evaluate the technology solutions developed.