2019-10-10
org.kosen.entty.User@1b7d2a26
노형미(october18)
- 초록
- The data rate for transmission through fiber-optic cables has increased to 400 Gbps in single-wavelength channels. However, speeds up to 1 Tbps are required now to meet the ever-increasing bandwidth demand driven by the diverse requirements of contemporary applications for high-quality on-demand video streaming, cloud services, various social media, and emerging 5G-enabled applications. Because the data rates of the per-channel optical interfaces depend strongly on the operational speed of the optoelectronic devices used in optical transceivers, ultrahigh-speed photonic devices and components, and eventually, chiplevel transmitter and receiver technologies, are essentially required to realize futuristic optical transceivers with data rates of 1 Tbps and beyond. In this paper, we review the recent progress achieved in high-speed optoelectronic devices, such as laser diodes, optical modulators, photodiodes, and the transmitter–receiver optical subassembly for optical transceivers in data centers and in metro/long-haul transmission.
- 저자
- 김종회광통신부품연구실jonghoi@etri.re.kr
한영탁광통신부품연구실frenclin@etri.re.kr
김덕준광통신부품연구실djkim@etri.re.kr
김동철광통신부품연구실dchankim@etri.re.kr
최중선양자광학연구실jschoe@etri.re.kr
이동훈광통신부품연구실dhlee@etri.re.kr
이서영광통신부품연구실sylee84@etri.re.kr
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