New-Generation Interconnect
Helmut Albrecht, Axel Beier, P. Demmer, Martin Franke, Roland Mödinger, K. Pfeiffer, Peter Beil, Jan Kostelnik, Jörg Bauer, F. Ebling, H. Schröder, Elmar Griese
Abstract
Helmut Albrecht, Axel Beier, P. Demmer, Martin Franke, Roland Mödinger, K. Pfeiffer, Peter Beil, Jan Kostelnik, Jörg Bauer, F. Ebling, H. Schröder, Elmar Griese
Abstract
A new-generation interconnect for optical backplane systems based on printed circuits board is presented for transmitting data via integrated multimode polymer optical waveguides both on electro-optical transmitter/receiver processing boards and on optical backplane board. Different developments concerning this system such as optical waveguide technology, transmitter/receiver module activities, and optical interconnect/coupling concepts are discussed.
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A new-generation interconnect for optical backplane systems based on printed circuits board is presented for transmitting data via integrated multimode polymer optical waveguides both on electro-optical transmitter/receiver processing boards and on optical backplane board. Different developments concerning this system such as optical waveguide technology, transmitter/receiver module activities, and optical interconnect/coupling concepts are discussed.
Key concepts: Backplane, Transmitter, Multi-mode optical fiber, Optical interconnect, Printed circuit board, Interconnection, Optical cross-connect, Optical performance monitoring