Fully optical backplane system using novel optical plug and slot

In-Kui Cho; Seung-Ho Ahn; Woo-Jin Lee; Sang-Pil Han; Jin-Tae Kim; Chun-Ki Choi; Kyung-Up Shin; Keun Byoung Yoon; Myung-Yung Jeong; Hyo Hoon Park

doi:10.1117/12.630311

24 October 2005 Fully optical backplane system using novel optical plug and slot

In-Kui Cho, Seung-Ho Ahn, Woo-Jin Lee, Sang-Pil Han, Jin-Tae Kim, Chun-Ki Choi, Kyung-Up Shin, Keun Byoung Yoon, Myung-Yung Jeong, Hyo Hoon Park

Author Affiliations +

Proceedings Volume 6014, Active and Passive Optical Components for WDM Communications V; 60140I (2005) https://doi.org/10.1117/12.630311
Event: Optics East 2005, 2005, Boston, MA, United States

Abstract

A fully optical PCB with transmitter/receiver system boards and optical bakcplane was prepared, which is board-to-board interconnection by an optical slot. We report a 10 Gb/s PRBS NRZ data transmission between transmitter system board and optical backplane embedded multimode polymeric waveguide arrays. The basic concept of the optical PCB is as follows; 1) Metal optical bench is integrated with optoelectronic devices, driver and receiver circuits, polymeric waveguide and access line PCB module. 2) Multimode polymeric waveguide inside an optical backplane, which is embedded into PCB, 3) Optical slot and plug for high-density (channel pitch : 500 um) board-to-board interconnection. The polymeric waveguide technology can be used for transmission of data between transmitter/receiver processing boards and backplane boards. The main components are low-loss tapered polymeric waveguides and a novel optical plug and slot for board-to-board interconnections, respectively. The transmitter/receiver processing boards are designed as plug types, and can be easily plugged-in and -out at an optical backplane board. The optical backplane boards are prepared by employing the lamination processes for conventional electrical PCBs. A practical optical backplane system was implemented with two processing boards and an optical backplane. As connection components between the transmitter/receiver processing boards and backplane board, optical slots made of a 90°-bending structure-embedded optical plug was used. A 10 Gb/s data link was successfully demonstrated. The bit error rate (BER) was determined and is 5.6×10^-9(@10Gb/s) and the BER of 8 Gb/s is < 10^-12.

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In-Kui Cho, Seung-Ho Ahn, Woo-Jin Lee, Sang-Pil Han, Jin-Tae Kim, Chun-Ki Choi, Kyung-Up Shin, Keun Byoung Yoon, Myung-Yung Jeong, and Hyo Hoon Park "Fully optical backplane system using novel optical plug and slot", Proc. SPIE 6014, Active and Passive Optical Components for WDM Communications V, 60140I (24 October 2005); https://doi.org/10.1117/12.630311

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KEYWORDS

Waveguides

Polymer multimode waveguides

Polymers

Receivers

Transmitters

Active optics

Metals

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