There is no shortage of headlines about high-profile cable breaks, particularly around the Baltic Sea and Taiwan. But it's worth remembering that where there have been faults, there have also been repairs.
There is no shortage of headlines about high-profile cable breaks, particularly around the Baltic Sea and Taiwan. But it's worth remembering that where there have been faults, there have also been repairs.
A new report details what is needed to sustain current service levels and reduce repair delays for the undersea cables that carry global internet traffic.
In this episode of the TeleGeography Explains the Internet podcast, FCC Commissioner Nathan Simington joins the show for a deep dive into the evolving world of spectrum allocation, broadband infrastructure, submarine cable policy, and cybersecurity. With a unique background in finance, law, and policy, Simington offers an interesting perspective on the complexities of the current telecom environment and where federal policy is headed.
What's shaping the trajectory of the global bandwidth market? To answer that question, we identified four significant trends worth watching within our recently updated Transport Networks Research Service.
To understand the future of long-haul capacity demand and pricing, bookmark these industry headlines.
A steady stream of investment has driven tremendous growth in subsea cable infrastructure to keep pace with ever-increasing bandwidth demand.
According to new data from TeleGeography’s Transport Networks Research Service, the aggregate cost of new construction over the past nine years has averaged over $2 billion annually.
Let's review the state of submarine cable investment in 2025.
Latency is a term that’s frequently cited when discussing long-haul networks. But what is it really?
Subsea cables power the internet under oceans all over the world. But how many cables are there?
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