What drives your SD-WAN adoption? Will MPLS be part of your WAN? Are you benchmarking your network spend?
We asked these questions—and many more—to the audience during our recent WAN Summit New York. Keep scrolling to see what attendees said about SD-WAN, MPLS, and more.
One of our recent recommended reads was all about what happened when a cable was cut near Mauritania.
The short version? On March 30, damage to the ACE cable disrupted internet service to connected countries, with reported problems occurring over the next several days. The Dyn blog reported that “of the countries listed as having landing points for the ACE Submarine Cable, 10 had significant disruptions evident in Oracle’s Internet Intelligence data.”
Europe was initially slower than North America to adopt SD-WAN. But in recent years the technology has caught on and spread to the broader Europe/Middle East/Africa (EMEA) region.
April reading recommendations are in. First up? We've got a great post from the Dyn blog about the aftermath of a cable cut near Mauritania. (It's a brilliant example of redundancy at work.)
We've also got stories about data centers, 5G, and new cables that will be coming to submarinecablemap.com real soon. Read up on all of our picks below.
TeleGeography’s Cloud and WAN Infrastructure analyzes service and pricing trends for four key enterprise network services: virtual private networks (VPNs) based on internet protocol (IP) and multi-protocol label switching (MPLS); dedicated internet access (DIA); Ethernet VPN (EVPN); and Ethernet private line (EPL).
This analysis—which has recently been updated with new data—reviews these services and the developing software-defined WAN (SD-WAN) service.
Today we’re sharing the latest on Ethernet VPN and SD-WAN services. Click here to catch up on our recent post about MPLS IP VPN and DIA services.
Recent developments in the wireless market in North America have centered on cellular operators’ preparations for future 5G technology. As we discussed in a blog post last May, the main providers in the U.S. have been busying themselves with trials, while preparations are also being made over the border in Canada.
Things are now moving closer to the first pre-commercial launches; we’ll have a look at these below as part of a wider round-up of the region’s wireless sector.
Haven’t I seen you around?
Perhaps you’ve thought that while gazing at a TeleGeography map. This might be because our map catalog is rather well traveled. Keep scrolling to learn more about where you might have spotted a TG-designed map over the years. (And get details on how to score a free Global Internet Map at the bottom.)
Global bandwidth consumption has grown exponentially in recent years due in large part to massive amounts of content being generated by internet content providers. (Cat videos, anyone?)
This growth isn’t slowing down any time soon. It's actually driving the need for more data centers and network capacity to interconnect them—overland and undersea.
Join TeleGeography's Jon Hjembo and Ciena's Brian Lavallée on April 25 for an update on the latest data center trends driving subsea connectivity growth.
TeleGeography’s Cloud and WAN Infrastructure analyzes service and pricing trends for four key enterprise network services: virtual private networks (VPNs) based on internet protocol (IP) and multi-protocol label switching (MPLS); dedicated internet access (DIA); Ethernet VPN (EVPN); and Ethernet private line (EPL).
This analysis—which has recently been updated with new data—reviews these services and the developing software-defined WAN (SD-WAN) service.
Today we’re sharing trends in MPLS IP VPN and DIA services. Check back next week when we dive into Ethernet VPN and SD-WAN.
TeleGeography’s Cloud and WAN Infrastructure details the international wide area network (WAN) services, cloud connectivity offerings, and cloud geographies of 170 WAN service providers.
Since the 2018 update is now available to our subscribers, we thought it would be a good time to take a closer look at who is connecting to the cloud and where cloud data centers are located based on our latest batch of data.
