Transceiver technologies for passive optical networks: past, present, and future [Invited Tutorial]
Journal of Optical Communications and Networking, 2020•ieeexplore.ieee.org
This paper provides an overview of transceiver technologies to be used for current and next-
generation passive optical networks (PONs). The uninterrupted scaling of PONs to higher
bitrates in a cost-effective way to meet future bandwidth demands will drive the need for
continuous improvement in PON transceiver technologies. In this paper we try to analyze the
requirements needed and the impact on this for next-generation transceiver technologies
based on past and present PON transceiver designs.
generation passive optical networks (PONs). The uninterrupted scaling of PONs to higher
bitrates in a cost-effective way to meet future bandwidth demands will drive the need for
continuous improvement in PON transceiver technologies. In this paper we try to analyze the
requirements needed and the impact on this for next-generation transceiver technologies
based on past and present PON transceiver designs.
This paper provides an overview of transceiver technologies to be used for current and next-generation passive optical networks (PONs). The uninterrupted scaling of PONs to higher bitrates in a cost-effective way to meet future bandwidth demands will drive the need for continuous improvement in PON transceiver technologies. In this paper we try to analyze the requirements needed and the impact on this for next-generation transceiver technologies based on past and present PON transceiver designs.
ieeexplore.ieee.org
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