Bamiedakis, N and Hashim, A and Penty, RV and White, IH (2012) Polymer waveguide-based backplanes for board-level optical interconnects. International Conference on Transparent Optical Networks. ISSN 2162-7339Full text not available from this repository.
Optical interconnects are increasingly considered for use in high-performance electronic systems. Multimode polymer waveguides are a promising technology for the formation of optical backplane as they enable cost-effective integration of optical links onto standard printed circuit boards. In this paper, two different types of polymer waveguide-based optical backplanes are presented. The first one implements a passive shuffle architecture enabling non-blocking on-board optical interconnection between different cards/modules, while the second one deploys a regenerative bus architecture allowing the interconnection of an arbitrary number of electrical cards over a common optical bus. The polymer materials and the multimode waveguide components used to form the optical backplanes are presented, while details of the interconnection architectures and design of the backplanes are described. Proof-of-principle demonstrators fabricated onto low-cost FR4 substrates, including a 10-card 1 Tb/s-capacity passive shuffle router and 4-channel 3-card polymeric bus modules, are reported and their optical performance characteristics are presented. Low-loss, low-crosstalk on-board interconnection is achieved and error-free (BER10 12) 10 Gb/s communication between different card/module interfaces is demonstrated in both polymeric backplane systems. © 2012 IEEE.
|Uncontrolled Keywords:||interconnection architectures optical backplanes optical interconnects polymer waveguides|
|Divisions:||Div B > Photonics|
|Depositing User:||Cron Job|
|Date Deposited:||07 Mar 2014 12:18|
|Last Modified:||08 Dec 2014 02:36|