rus
Issue #2/2024
S.S.Kogan
TRANSPORT HIGH-CAPACITY FOTS CAPACITIES. Part 1. Standardisation of 400G open line interfaces with interchangeable coherent optical transceiver modules
TRANSPORT HIGH-CAPACITY FOTS CAPACITIES. Part 1. Standardisation of 400G open line interfaces with interchangeable coherent optical transceiver modules
DOI: 10.22184/2070-8963.2024.118.2.44.54
This series of papers presents international industry standards for 400G open line interfaces with interchangeable coherent optical transceiver modules (transceivers) for OTN/DWDM transport fiber-optic transmission systems (OTN/DWDM) (Part 1), evolution of generations of coherent digital signal processors (DSPs) for high-speed optical channels (wavelengths) in OTN/DWDM (Part 2), and evolution of technologies used to manufacture coherent DSPs for OTN/DWDM (Part 3).
Tags: coherent digital signal processors fiber-optic transmission systems line interfaces modulation format peripheral computing pluggable transceiver modules волоконно-оптические системы передачи когерентные цифровые сигнальные процессоры линейные интерфейсы периферийные вычисления сменные модули-трансиверы формат модуляции
Subscribe to the journal Last Mile to read the full article.
This series of papers presents international industry standards for 400G open line interfaces with interchangeable coherent optical transceiver modules (transceivers) for OTN/DWDM transport fiber-optic transmission systems (OTN/DWDM) (Part 1), evolution of generations of coherent digital signal processors (DSPs) for high-speed optical channels (wavelengths) in OTN/DWDM (Part 2), and evolution of technologies used to manufacture coherent DSPs for OTN/DWDM (Part 3).
Tags: coherent digital signal processors fiber-optic transmission systems line interfaces modulation format peripheral computing pluggable transceiver modules волоконно-оптические системы передачи когерентные цифровые сигнальные процессоры линейные интерфейсы периферийные вычисления сменные модули-трансиверы формат модуляции
Subscribe to the journal Last Mile to read the full article.
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