C+L repeater technology will deliver in 2018 up to 47 Tbit/s capacity per fiber pair (i.e. 282 Tbit/s subsea cable system capacity over regional distances).
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C+L repeater technology will deliver in 2018 up to 47 Tbit/s capacity per fiber pair (i.e. 282 Tbit/s subsea cable system capacity over regional distances).
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The linear subsea cable system cost, expressed in $k per km, strongly varies across submarine cable systems, driven by cable types and installation methods.
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Content providers are becoming significant players for the subsea transport infrastructure with massive investment in high-capacity subsea cables.
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Subsea cable transport cost, international connectivity richness and/or latency can impact the decision about the location where IP transit should happen.
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Facebook and Google are investing in the building of the highest-capacity transpacific subsea cable together with China Soft Power Technology company.
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Equinix is developing its data center model where cable landing equipment is hosted and subsea cable systems are terminated into data centers.
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This subsea cable system tutorial delivers an overview of the architecture, technologies and components involved in subsea networks.
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The MAREA transatlantic subsea cable system announcement is a perfect illustration of the current optical communication industry trends.
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