Best Podcast Episodes About Starlink Mobile
Everything podcasters are saying about Starlink Mobile — curated from top podcasts
Updated: Apr 08, 2026 – 7 episodes
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Ridealong has curated the best and most interesting podcasts and clips about Starlink Mobile.
Top Podcast Clips About Starlink Mobile
“… dead zone is a day of the past. It's just we will never have dead zones again because last week they rebranded their satellite's phone service as Starlink Mobile and announced a second generation of these satellites that deliver 100 times the data capacity of what's already up there today with no dish, no special hardware. It works with your current iPhone at up to 150 megabits per second from space. That's enough to stream 4K Netflix video. That's enough to watch anything on YouTube, FaceTime with your friends. So this is a pretty compelling product that they're launching, which might come as a threat …”
“… driving, we're in New York, driving through upstate New York, there is frequent times in which I just completely lose cell connection and am offline for better or for worse. But SpaceX has come along and decided that those days are over. The day of the dead zone is a day of the past. It's just we will never have dead zones again because last week they rebranded their satellite's phone service as Starlink Mobile and announced a second generation of these satellites that deliver 100 times the data capacity of what's already up there today with no dish, no special hardware. It works with your current iPhone at up to 150 megabits per second from space. That's enough to stream 4K Netflix video. That's enough to watch anything on YouTube, FaceTime with your friends. So this is a pretty compelling product that they're launching, which might come as a threat to a lot of the cellular providers that we use today, like Verizon, AT&T, and even T-Mobile. This is going to be a pretty big deal. Yeah, I've got to be honest. I started off as a hater towards Starlink because I was kind of like, okay, cool, we get additional phone coverage. Who cares? Like, I'm not going to be in the mountains like for 99% of the …”
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Ridealong summary
Starlink Mobile is revolutionizing cell coverage by eliminating dead zones, providing up to 150 Mbps data speed directly from space. This technology proved crucial during the LA wildfires, enabling emergency communications for millions when traditional networks failed. With 10 million users across six continents, Starlink is reshaping how we connect, even in the most remote locations.
“… really have like a solid answer for that yet. But I do think that if you are bullish on data centers in space, you have to start with the fact that Starlink works in space currently because it is doing compute. You couldn't possibly put – let's be honest, John. We couldn't possibly put a computer up there. Yeah, there are computers with – they can't inference frontier models. They can't, you know, it's not gigawatts in space yet, but there are, I believe, across the entire Starlink cluster megawatts of compute in space with solar panels. And they do heat up because you are running a chip that …”
“… TerraFab is needed because his company's demand for chips is slated to far outstrip the supply it gets from partners. I was listening to Chuck Robbins from Cisco talk about data centers in space and the heating issue came up and he was like, I don't really have like a solid answer for that yet. But I do think that if you are bullish on data centers in space, you have to start with the fact that Starlink works in space currently because it is doing compute. You couldn't possibly put – let's be honest, John. We couldn't possibly put a computer up there. Yeah, there are computers with – they can't inference frontier models. They can't, you know, it's not gigawatts in space yet, but there are, I believe, across the entire Starlink cluster megawatts of compute in space with solar panels. And they do heat up because you are running a chip that routes packets across the Internet from one satellite to the next to get you your Internet via Starlink. And so it's not that it's a solved problem. It's that we are actually we are on a path to, you know, deploy some level of compute in space. Tyler? Yeah, I mean, we've seen, like, Philip Johnson, like, there are chips in space right now. Like, there …”
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Ridealong summary
Elon Musk is pushing for space data centers, claiming that current demand for chips from his companies will outstrip supply. While challenges like heat dissipation exist, there's already computation happening in space with Starlink, indicating a path forward for ambitious projects. This sets the stage for potential breakthroughs in space technology and data processing.
“… They don't have to do like a big one off capital expenditure on the system. They get to, you know, smooth out their costs and everybody's happy. Starlink is working on direct optical intersatellite links. How much of that is a threat to the ground station business model? I view it as like a 0% threat. And the reason why is if you are banking on any of the space infrastructure, it is about the direction of data volume. And so for us, anything that supports growing the trend of data volume through space is great. We're all on board with the same objective there. And so for intersatellite links, …”
“… then what's great for customers on their end with that is that they're able to take advantage of all the learnings and all the investment that we've made across a bunch of different concepts. And so, you know, winds up being more beneficial for them. They don't have to do like a big one off capital expenditure on the system. They get to, you know, smooth out their costs and everybody's happy. Starlink is working on direct optical intersatellite links. How much of that is a threat to the ground station business model? I view it as like a 0% threat. And the reason why is if you are banking on any of the space infrastructure, it is about the direction of data volume. And so for us, anything that supports growing the trend of data volume through space is great. We're all on board with the same objective there. And so for intersatellite links, what's great about that solution is that it's reducing the latency. It reduces the friction of how you can actually transmit data through space. And so think about all the use cases that that opens up. I mean, I think Starlink is a great example of this. Talking about matching and at certain times beating internet latency speeds, that would be …”
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Ground stations are essential for satellite missions, and their resilience is crucial for the future of space infrastructure. Bridgit Mendler, CEO of Northwood, explains how a shared service model allows multiple missions to benefit from a single investment, ensuring that if one ground site fails, others can maintain service. This approach not only enhances efficiency but also supports the growing demand for data transmission in space.
“… astronomers on that plateau out there. And sometimes the internet goes out, and then everybody's out of the water, including me. So I put a Starlink in. So now I'm connected to Starlink. The backup is the regular internet they provide. So I'm paying an additional $120 a month for the peace of mind to know that from 2,600 miles away, I won't lose connection to this telescope. You've got to have it. And the bitter irony that you're using Starlink, the bane of every astronomer on the planet. I've said that so many times. You have to do it. I'm taking pictures of these beautiful nebulae, and …”
“… pew, it's all gone. It's like, ah. It really fills your heart with fear when you lose connection. But what I did was I circumvented that by having a secondary internet. the internet out there was okay. In Benson, we're sharing it with nine other professional astronomers on that plateau out there. And sometimes the internet goes out, and then everybody's out of the water, including me. So I put a Starlink in. So now I'm connected to Starlink. The backup is the regular internet they provide. So I'm paying an additional $120 a month for the peace of mind to know that from 2,600 miles away, I won't lose connection to this telescope. You've got to have it. And the bitter irony that you're using Starlink, the bane of every astronomer on the planet. I've said that so many times. You have to do it. I'm taking pictures of these beautiful nebulae, and depending where you are in the sky, and the thing is, a typical session, for instance, I'll be sitting there looking at objects in the sky, and I've got people from all over the world watching. And I've been a performer all my life. I started as a magician early on. I do a lot of talks. I speak all over the country. I'm very comfortable in front of …”
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Ridealong summary
Marc D'Antonio shares his journey of setting up a telescope in Arizona, highlighting the challenges of maintaining a live connection 2,600 miles away. Despite the irony of using Starlink, which many astronomers criticize, he ensures a seamless experience for viewers around the world, enhancing his live streams with music and engaging commentary. His background as a performer helps him keep the audience captivated while exploring the cosmos.
“… technology, galt scotch in the middle of the jungle. That's amazing. Last question for me. I'm sure you got asked this in all the VC pitches. How is Starlink rolling out? How is satellite internet fit into this? Is that a competitor? Is that a compliment? A lot of people in America sort of have both, but how does that fit into the picture? I think the big takeaway here is I would sell your Comcast or Telephonic or Telemex stock because I think what's happening is Starlink is attacking lower density areas, moving stuff, mobile. Somos is basically building, think of Starlink for city. So we're …”
“… It's a long flight. The time zone's not too bad, but... It's 75 degree the other year round. We have awesome engineering. It's like San Francisco without the fog and we get to just build whatever the hell you want. It's kind of like cowboy western technology, galt scotch in the middle of the jungle. That's amazing. Last question for me. I'm sure you got asked this in all the VC pitches. How is Starlink rolling out? How is satellite internet fit into this? Is that a competitor? Is that a compliment? A lot of people in America sort of have both, but how does that fit into the picture? I think the big takeaway here is I would sell your Comcast or Telephonic or Telemex stock because I think what's happening is Starlink is attacking lower density areas, moving stuff, mobile. Somos is basically building, think of Starlink for city. So we're building a pure play, just the best internet for dense urban environments. And I think there's like a density threshold where below that Starlink will win. Above that, a thing like Somos will win. But realistically, if I'm on level, if I'm on the third floor of a 15 story building in the heart of the city, like you're going to win on reliability, …”
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Ridealong summary
SOMOS is revolutionizing urban internet by offering a solution that's more reliable and faster than Starlink for city dwellers. As they prepare to expand into Mexico and beyond, they're addressing the growing bandwidth needs driven by AI applications. This innovative approach could lead to Latin America having superior computing capabilities compared to parts of the US.
“Okay turning now to the war in Ukraine For months Russian forces have been quietly tapping into the Starlink satellite system used by the Ukraine military They didn have a system of their own so instead the Kremlin found a way to piggyback off of Starlink smuggling terminals through third countries, gaining limited access, and using that to keep their ground forces connected. And the importance of Starlink cannot be understated. For Ukraine, it's given their military and government the ability to coordinate in real time, operate drones beyond the line …”
“Okay turning now to the war in Ukraine For months Russian forces have been quietly tapping into the Starlink satellite system used by the Ukraine military They didn have a system of their own so instead the Kremlin found a way to piggyback off of Starlink smuggling terminals through third countries, gaining limited access, and using that to keep their ground forces connected. And the importance of Starlink cannot be understated. For Ukraine, it's given their military and government the ability to coordinate in real time, operate drones beyond the line of sight, and stay connected even under heavy electronic warfare. So when Russian forces managed to tap into that same system, even in a limited way, it gave the Russian military many of the same capabilities. But that workaround by the Kremlin didn't last. Just last month, it was abruptly cut off after SpaceX implemented a strict verification and …”
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Ridealong summary
Russian forces have been cut off from the Starlink satellite system, leading to a significant communication breakdown on the battlefield. This disruption has allowed Ukraine to regain momentum, recapturing 460 square kilometers of territory since early 2026. With Russia's own satellite system still in its infancy, they face a daunting challenge in matching Ukraine's advanced communication capabilities.
“… really have like a solid answer for that yet. But I do think that if you are bullish on data centers in space, you have to start with the fact that Starlink works in space currently. because it is doing compute. You couldn't possibly put, let's be honest, John. We couldn't possibly put a computer up there. Yeah, like there are computers with, like, they can't inference frontier models. They can't, you know, it's not gigawatts in space yet. But there are, I believe, across the entire Starlink cluster, megawatts of compute in space with solar panels. And they do heat up because you are running a chip …”
“… is needed because his company's demand for chips This is slated to far outstrip the supply it gets from partners. I was listening to Chuck Robbins from Cisco talk about data centers in space and the heating issue came up. And he was like, I don't really have like a solid answer for that yet. But I do think that if you are bullish on data centers in space, you have to start with the fact that Starlink works in space currently. because it is doing compute. You couldn't possibly put, let's be honest, John. We couldn't possibly put a computer up there. Yeah, like there are computers with, like, they can't inference frontier models. They can't, you know, it's not gigawatts in space yet. But there are, I believe, across the entire Starlink cluster, megawatts of compute in space with solar panels. And they do heat up because you are running a chip that routes packets across the internet from one satellite to the next to get you your internet via Starlink. And so it's not that it's a solved problem. It's that we are on a path to, you know, deploy some level of compute in space.”
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Ridealong summary
Data centers in space face significant heating issues, as highlighted by Cisco's Chuck Robbins. While current technology allows for some computing in space, like Starlink's packet routing, the industry is still grappling with how to effectively manage heat in these environments. As demand for space-based computing grows, addressing this challenge will be crucial for future advancements.
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