So far, we’ve looked at integrating DIA and business broadband into a hybrid WAN. But there are a host of other network services that corporate networks teams have employed in their network transformations.
Our next scenario represents an Internet-first WAN with data center sites, a BYOB (bring your own backbone), if you will.
This customer may be someone with their own servers looking to build a fiber loop around the globe to connect them, even if they are at a neutral facility.
Use of the internet in corporate WANs is quickly growing. And for good reason.
Not only are internet services such as DIA and broadband cheaper than MPLS, many of the SaaS applications and cloud services that enterprises have adopted have been optimized to work over local internet connections rather than through central internet breakouts.
In addition, SD-WAN has emerged as a tool that allows WAN managers to incorporate these lower cost internet services into their network without sacrificing performance or security. But not every network site (or enterprise customer) is a good fit for an all internet WAN.
In our next two scenarios, we take an approach that we see many enterprises taking—designating network sites into tiers and assigning different network services to each tier. This allows companies to add in local internet breakouts at most offices, but keep some MPLS at higher priority sites that need service level assurances.
Back in 2019, we built a hypothetical network to illustrate how different network configurations might affect total cost of ownership (TCO).
Now that it's nearly 2023, we got to thinking, if Cheaper By the Dozen can get a reboot, why can't our hypothetical network series?
So here we are. The world has changed a lot in the last three years, and WAN managers are also facing a number of changes.
Our latest Global Internet Geography Research Service refresh came with new pricing data.
And if you'd like a sample of this new data, you've come to the right place. Let's jump right in, shall we?
Welcome back, podcast listeners. We're thrilled to dive into a new season of telecom tech talk.
First, you might have noticed that we look a little different than when we were last in your headphones. That's because we did a little old-fashioned rebranding while on summer break. What was once the WAN Manager Podcast is now TeleGeography Explains the Internet.
Last week, Senior Research Manager Patrick Christian shared an African network geography update with the African Peering and Interconnection Forum.
Patrick's keynote showcased fresh TeleGeography data with a look at global bandwidth trends, followed by a deeper dive into African network trends.
If you weren't among the audience in Kigali, you can still catch the recording below.
Endeavors like SpaceX’s Starlink and Amazon’s Project Kuiper have brought lots of attention to the expanding market for connecting more residential customers to satellite broadband.
But how are enterprises affected by the growing satellite market?
Here's a headline you might have caught recently.
Our research indicates that India’s used international bandwidth is expected to grow at a compounded annual rate of 38% between 2021 and 2028. This rate of growth implies international bandwidth demand will increase 10 times over this period.
To provide insight into how a complete SD-WAN overlay can impact total network spend, it’s useful to look at how various cost components apply to a specific network.
Looking at the total cost of the overlay and its impact on a network’s total cost of ownership (TCO) affords the most apples-to-apples comparison between service providers, particularly with a number of pricing models currently in the market.
To do this level of analysis, we created a hypothetical network based on our median WAN Cost Benchmark customer.
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