For TeleGeography Explains the Internet to truly explain the internet, sometimes we have to get into where your internet comes from. Internet sourcing for those in the know.
For TeleGeography Explains the Internet to truly explain the internet, sometimes we have to get into where your internet comes from. Internet sourcing for those in the know.
Earlier this week, operators of two communications cables—C-Lion 1 and BCS East-West Interlink—reported faults in the Baltic Sea.
Local internet service seems largely unaffected, but a swirl of sabotage allegations have emerged in the global press.
Without making a ruling on any ongoing investigations, let’s look at the facts.
The data center market is in the midst of an unprecedented shift that started—publicly at least—five years ago with the announced moratoria on new development in Singapore and Frankfurt. Those regulatory interventions highlighted the challenges the industry faces in securing sufficient power.
Since then, it turned out that data centers would need much more power than had been realized—just at a time when regulators and community organizations were growing increasingly critical of the sector's existing demand.
Our Data Center Research Service estimates that, as of 2024, colocation operators in the top ten data center markets by MW consume about 13 gigawatts (GW) of power.
That's enough power to generate electricity for roughly 10 million homes—or, in this case, only about 1,000 commercial data centers!
Many of the world’s top data center markets face issues such as rising energy costs, connectivity, and in some cases, moratoriums on new data center buildouts.
To help decision-makers navigate these challenges and prepare for the future, we’ve launched the Market Connectivity Score (MCS), a dynamic tool that measures current and potential connectivity and data center market size for 3,000 cities worldwide.
As of Q4 2024, the MCS ranks Kuala Lumpur, Malaysia as the fastest-growing city for near-future connectivity infrastructure growth.
Our IP Networks Research Service—which recently underwent its big annual update—includes an analysis that explores how, what, and where internet backbone providers connect.
Keep reading for a sample of our 2024 provider rankings findings, where we compare different metrics to examine which internet providers have the richest set of connections to other companies.
Competition between the United States and China continues to be a hot topic.
Take The Economist, which recently published America v China: who controls Asia’s internet?
While this piece did a great job highlighting the impact of geopolitical tensions on telecom infrastructure throughout Asia, my colleague Alan Mauldin and I want to expand on this coverage by offering updated data on two important areas of the story: cloud and cables.
Another year, another African Peering and Interconnection Forum (AfPIF) keynote presentation for Senior Research Manager Patrick Christian.
His 2024 African Network Geography Update explored global network trends, as well as African bandwidth trends, interconnection hub trends, and end-user demand. There was a special focus on Kinshasa, where this year’s AfPIF conference was held.
What are the best-connected hubs in Africa? Where are new and planned submarine cables landing? Is intra-African bandwidth gaining traction?
Trends in the IP transit market generally follow regional trends of the transport market.
And while some have suggested that price erosion may slow as a result of recent inflation and supply chain constraints (as it has in the wavelength market), we have not seen this trend make its way into the IP transit market.
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