We've discussed the ways in which the WAN is moving away from private networks and MPLS in favor of reliance on the public internet. Not to mention the costs and benefits of that evolution.
Although it's certainly always been the case that WAN managers must stay on top of internet performance and outages, this is increasingly crucial in the internet-first WAN era in which we find ourselves.
As India’s long-awaited 5G deployment draws nearer, a new pilot program may prompt you to look at ordinary objects—like lampposts, mailboxes, and park benches—much differently.
This program will equip street furniture with small cell networks across four different locations: Indira Gandhi International Airport in Delhi, Bengaluru Metro Rail Corporation, Kandla Port in Gujarat, and Bhopal city.
Before 2009, only 16 African countries were connected to a submarine cable system.
But in 2016, submarine cable capacity reached 33 countries; seven sub-Saharan countries had access to three or more systems.
Today, Africa leads the globe in international bandwidth growth. This has been facilitated by improved international connectivity along the critical Europe-to-India-and-Asia submarine corridor that connects East Africa to the rest of the world.
Our own Paul Brodsky will be joining forces with Ciena and Djibouti Telecom on March 23 at 11:00 a.m. ET for a live discussion on this topic.
We recently shared the pricing workshop and interconnection sector review our team presented at PTC '22.
But wait—there's more!
TeleGeography VP of Research Tim Stronge was on the scene to answer three questions about the submarine cable buildout boom.
Believe it or not, with 2022 comes our fifth State of the Network Report.
If this is your first State of the Network rodeo, think of this e-book as an annual telecom check-in, informed by another year of data collection and analysis from TeleGeography’s larger research portfolio.
As usual, we extract the major global bandwidth headlines, take a snapshot of the global internet, peruse the latest in data centers, check in on the cloud, and finish with an update from the voice market.
There’s no other way to put it. This State of the Network Report is a weird one.
Happy Valentine's Day to you, beloved reader. Or Discount Candy Day Eve, as some of us like to say.
Love hurts, after all. But for a recently-launched fleet of Starlink satellites, a geomagnetic storm hurts even more.
You're a master of our submarine cable FAQs. You know how many cables there are. You know how thick they are. You could take on the next generation of submarine cable experts in a head-to-head knowledge battle.
It sounds like you're ready for the next level of cable know-how.
Cable faults happen fairly often and for a variety of reasons.
Most of the time, damage to submarine cables comes from human activity—primarily fishing and anchoring. But environmental factors can also cause a cable to break.
This just happened in Tonga, where an underwater volcanic eruption and subsequent tsunami damaged the country's only undersea cable. Early reports indicate that it could be a few weeks before the necessary repairs are made. More on that below.
Our data is powered by a team of superstars who live and breathe telecom.
So when SubOptic—the nonprofit group of undersea communications enthusiasts known for their triennial cable conference—has questions, TeleGeography experts are ready to answer the call.
Specifically, which applications and network operators have latency on their minds?
Well, content providers, gaming companies, financial enterprises, and cloud service providers, to name a few.
TeleGeography Senior Analyst Paul Brodsky recently joined experts from Ciena and Angola Cables for an hour-long discussion centered around Connecting to Africa with Low-Latency Services.
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