Cold climate, low humidity, and abundant supply of local hydropower will significantly cut power costs for this new data center in Norway.
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Latest Posts
Maximizing Subsea Cable System Capacity: Recent Lab Demos and Field Trials (4/4)
Combining multiple advanced technologies, recent lab demos and field trials demonstrate impressive increase in subsea cable system capacity.
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Getting Closer to the Shannon Limit with Constellation Shaping (3/4)
Constellation shaping is a way to outperform conventional modulation schemes capacity wise and to operate subsea cable closer to the Shannon limit.
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What Are the Options for Increasing Subsea Cable System Capacity? (2/4)
Various multiplexing options are available for increasing subsea cable system capacity and lowering the cost per transported bit as well.
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Shannon Limit Sets the Upper Bar in Optical Networks (1/4)
In a theory developed in the 40s, the Shannon limit provided a fundamental law that still governs the maximal capacity of modern coherent optical networks.
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Equinix Data Centers Terminating Eastern Light’s Subsea Cable
The termination of Eastern Light’s Sweden-Finland subsea cable system in Equinix data centers is a further illustration of Equinix model with subsea cables.
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Abandoned Mine Turned into an Ultra Power-Efficient Data Center in Norway
Lefdal Mine Datacenter reuses an old mine to build a new data center in Norway with exceptional power and water consumption performances.
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The How’s and Why’s of Optical Infrastructure Sharing
Optical infrastructure sharing is an efficient way to enable the building of new optical network infrastructure, in emerging countries especially.
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How Low Can Fiber Loss Go?
Predicting the future is not easy, and this is especially true for the absolute minimum fiber loss that could be achieved within the next years.
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When the Cloud Funds Subsea Cable Systems – Update
This updated post lists, for all the relevant subsea cable systems, the ICPs/OTTs who are customers, investors or owners of these systems.
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