The proposal and technical feasibility of a wavelength-division multiplexed system consisting of eight optical channels, each transporting data at 50 Gb/s ...
The proposal and technical feasibility of a wavelength-division multiplexed system consisting of eight optical channels, each transporting data at 50 Gb/s ...
An alternative approach to increase the overall capacity of the 40-km link from 100 to 400 Gb/s, consists in employing faster electronics to speed up the ...
An alternative for the implementation of 40-km reach Ethernet at 400Gb/s using an 8Ö50Gb/s PHY at 1310nm with SOA pre-amplification. Authors: E. Ramírez-Cruz.
An alternative for the implementation of 40-km reach Ethernet at 400Gb/s ...
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An alternative for the implementation of 40-km reach Ethernet at 400Gb/s using an 8×50Gb/s PHY at 1310nm with SOA pre-amplification. E. Ramírez-Cruz, R ...
An alternative for the implementation of 40-km reach Ethernet at 400 Gb/s using an 8 50 Gb/s PHY at 1310 nm with SOA pre-amplification. E. Ramírez-Cruz, R ...
Nov 1, 2016 · The proposed architecture thus represents an alternative for the implementation of the physical layer of next-generation Ethernet or similar ...
An alternative for the implementation of 40-km reach Ethernet at 400 Gb/s using an 8× 50 Gb/s PHY at 1310 nm with SOA pre-amplification. E Ramírez-Cruz, R ...
An alternative for the implementation of 40-km reach Ethernet at 400 Gb/s using an 8×50 Gb/s PHY at 1310 nm with SOA pre-amplification · E. Ramírez-CruzR ...
We present extensive numerical simulations of an optical link deploying four electroabsorption modulated lasers (EMLs) at 25 Gb/s over up to 40 km of ...