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- W2766730803 abstract "Abstract High-speed transoceanic optical fiber transmission using direct modulation (DM) and direct detection (DD) was one of the most stirring breakthroughs for telecommunication in 1990s, which drove the internet as a global phenomenon. However, the later evolution of optical coherent communications in 2000s gradually took over the long-haul applications, due to its superior optical spectral efficiency. Nowadays, DM–DD systems are dominant mainly in cost- and power-sensitive short-reach applications, because of its natural characteristics—the simplicity. This paper reviews the recent advances of DM–DD transceivers from both hardware and signal processing perspectives. It introduces a variety of modified DM and/or DD systems for 3 application scenarios: very-short-reach interconnect with little fiber channel impact; single or a few spans of fiber transmission up to several hundred km; and distance beyond the 2nd scenario. Besides the DM–DD and multi-dimension DM–DD with polarization diversity, this paper focuses on how to rejuvenate traditional DM and DD technologies in order to bridge the transmission application gap between DM-DD and coherent transceivers, using technologies such as dispersion compensation, signal field recovery from the intensity-only DD receiver, and complex direct modulation with coherent detection. More than 30 years since the birth, DM and DD still hold indispensable roles in modern optical communications." @default.
- W2766730803 created "2017-11-10" @default.
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- W2766730803 date "2018-02-01" @default.
- W2766730803 modified "2023-10-17" @default.
- W2766730803 title "Rejuvenating direct modulation and direct detection for modern optical communications" @default.
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- W2766730803 doi "https://doi.org/10.1016/j.optcom.2017.09.089" @default.
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