It's 2024. We obviously had to do an AI episode of the pod.
For our next episode of TeleGeography Explains the Internet, we look to the sky.
TeleGeography Explains the Internet is back from summer break.
We return a little older, a little wiser, and you can bet that we've done the summer reading. To that end, we're starting this season with a classic TeleGeography Explains deep dive.
The topic? U.S. telecom law!
Telecom is a regulated industry, and U.S. law holds complexities that impact what happens across the larger ecosystem. I have a lot to learn about telecom policy, so thankfully I'm joined in this explainer by Jeff Long, an attorney in private practice with broad experience in both the data center and telecom industry.
Last week, we wrapped up a five-part podcast special that literally explains how the internet works.
This series describes precisely how data moves around the world, covering the basics of internet, transport networks, data centers, the cloud, and WAN along the way.
At the end of each episode, I thought it would be fun to relate what we talked about to a real world example: the lifecycle of a YouTube video.
To paint the full picture, I've compiled each piece of the story here. Keep reading to find out how a video goes from one camera to millions of screens around the world.
Welcome back to TeleGeography Explains the Internet. We've reached the finale of our five-part series that makes good on our name, literally explaining the ins and outs of the interwebs.
Over the past five weeks, we've endeavored to explain precisely how data moves around the world, covering the basics of internet, transport networks, data centers, and the cloud along the way.
Today we answer the lingering question: What is a WAN?
Welcome back to our five-part podcast special that seeks to demystify the internet.
Our last episode focused on data centers, but we didn’t get into what happens on the rows and rows of servers you would find in those facilities.
So today we're explaining the cloud.
We're back at it with episode three of our five-part podcast special that explains the nuts and bolts of the internet.
You've come to the right place if you're looking to understand how all of those cat videos travel from the source to your phone.
We explained in episode two how the internet is made of transport networks to carry data over (mostly) fiber optic wires distributed around the world. And in the episode before that, we discussed how the internet is a network of networks operated by thousands of mostly private companies.
But we haven’t yet covered exactly how and where those networks meet and exchange traffic with each other and access their destinations.
So today, it's data center time.
Welcome back to our five-part podcast special that literally explains how the internet you know and love works.
Last week we covered the most basic question: what is the internet?
Today, we tunnel deeper, exploring the physical transport networks behind this seemingly invisible, omnipresent information superhighway.
If you've caught TeleGeography's podcast, you'll know that we endeavor to explain the business behind human connection every week. We've chatted about Wi-Fi, WAN, and everything in between.
We've audaciously called our show TeleGeography Explains the Internet, but we've never properly explained how the internet works and how bits get pushed around the globe. Until now.
That's right. We decided it was time to, quite literally, explain the internet.
On TeleGeography Explains the Internet, we often focus on the long-haul, zeroing in on the network portion of telecoms. Today, with the help of Tiago Rodrigues, President and CEO of the Wireless Broadband Alliance (WBA), we’re switching things up a bit.
Drawing upon his vast expertise in the Wi-Fi space, Tiago steps into the hot seat to outline the key issues in the wireless LAN.
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