7 March 2013 Optical-electrical printed wiring board for high-speed computing applications
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Abstract
Optical-electrical printed wiring boards were fabricated featuring mechanical transfer (MT)-compatible interconnections for out-of-plane optical signal routing with an average optical link loss of 10.7 dB. Commercially available components were integrated into an optical layer for out-of-plane optical routing, including light turning devices that feature spherical micro lens arrays, a total internal reflection mirror, and alignment slots compatible with standard MT connectors. The feasibility of the optical-electrical printed wiring board is discussed in detail to demonstrate its compatibility with common printed circuit board manufacturing processes. The optical-electrical printed wiring board prototypes survived thermal cycling (−40°C to 85°C) and humidity exposure (95% humidity) showing an overall degradation of <3  dB of optical performance. Operational failure (<18  dB ) occurred after environmental aging life testing at 110°C for 216 h.
© 2013 Society of Photo-Optical Instrumentation Engineers (SPIE)
Joseph Dingeldein, Joseph Dingeldein, Kevin L. Kruse, Kevin L. Kruse, Casey D. Demars, Casey D. Demars, Christopher T. Middlebrook, Christopher T. Middlebrook, Craig R. Friedrich, Craig R. Friedrich, Michael C. Roggemann, Michael C. Roggemann, } "Optical-electrical printed wiring board for high-speed computing applications," Optical Engineering 52(3), 035201 (7 March 2013). https://doi.org/10.1117/1.OE.52.3.035201 . Submission:
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