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Here’s how Starlink next‑generation V3’s laser network works in space Each Starlink V3 satellite is equipped with six high-capacity space lasers capable of operating at up to 400 Gbps These laser links connect satellites directly to one another, creating a fast, high-bandwidth and resilient mesh network in orbit that... show more

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10,200 operational Starlink satellites are impressive. But having them talk to one another is where it gets really interesting. The V3 satellites tested on Starship all connected through laser links, while Starlink’s broadband fleet is already delivering around 800 Tbps of downlink capacity. Now combine that inter-satellite network with Starship carrying much larger V3 deployments. More capacity. More routes for the data. More places Starlink can reach properly. This is becoming one very capable orbital network. Starlink SpaceX / Writer: Annette, Grok Imagine Designer: Janné

10,200 operational Starlink satellites are impressive. But having them talk to one another is where it gets really interesting. The V3 satellites tested on Starship all connected through laser links, while Starlink’s broadband fleet is already delivering around 800 Tbps of downlink capacity. Now combine that inter-satellite network with Starship carrying much larger V3 deployments. More capacity. More routes for the data. More places Starlink can reach properly. This is becoming one very capable orbital network. Starlink SpaceX / Writer: Annette, Grok Imagine Designer: Janné

Mario Nawfal

74,240 Aufrufe • vor 22 Tagen

Starlink V3 is the kind of upgrade where you check the numbers twice. It could bring around 100x more total space-based bandwidth. Each V3 satellite is expected to deliver roughly 1 Tbps downlink capacity, while V2 Mini sits around 96 Gbps. Then Starship makes the plan even more ridiculous, because now SpaceX can launch far more of them. More users. Higher speeds. Lower latency. Direct-to-cell. AI traffic. Starlink is prepping for a sky that has a lot more internet to give. Starlink / Writer: Annette, Designer: Janné

Starlink V3 is the kind of upgrade where you check the numbers twice. It could bring around 100x more total space-based bandwidth. Each V3 satellite is expected to deliver roughly 1 Tbps downlink capacity, while V2 Mini sits around 96 Gbps. Then Starship makes the plan even more ridiculous, because now SpaceX can launch far more of them. More users. Higher speeds. Lower latency. Direct-to-cell. AI traffic. Starlink is prepping for a sky that has a lot more internet to give. Starlink / Writer: Annette, Designer: Janné

Mario Nawfal

64,717 Aufrufe • vor 1 Monat

SpaceX has introduced a new website for its next-generation Starlink V3 satellites, along with new information about the satellite. • 1 Tbps downlink capacity (~10× higher than Starlink V2). • 160 Gbps uplink capacity (~22× higher than Starlink V2). • 2,048 downlink beams + 2,048 uplink beams (vs. 192 downlink/144 uplink beams on V2). • Upgraded phased array antennas enable the increased user capacity and beam count. • New SpaceX-designed beamformer chips power the phased arrays. • Modem chips handle ~64× more throughput per chip, allowing more efficient simultaneous service and real-time beam allocation based on demand. • Each satellite includes 6 high-capacity 400 Gbps laser links, enabling a redundant petabit-scale laser mesh network for global routing. • Each satellite also has 4 quad-band RF backhaul antennas operating across Ka, E, V, and W bands. • RF backhaul capacity increases to 1.2 Tbps (>8× Starlink V2). • Backhaul uplink supports 60 GHz of spectrum across frequencies and polarizations (4.3× more than V2). • New solar arrays generate ~2× the power of the V2 satellite arrays. • Solar arrays are manufactured using a continuous roll of solar blanket, cut into 19-meter sections, with 4 sections stitched together per array. • Solar arrays are optimized to reduce atmospheric drag in low Earth orbit. • A Starship launch carrying V3 satellites will deploy ~20× more network capacity than a Falcon 9 launch carrying V2 satellites. • V3 technology will support future Starlink Mobile Gen 2 satellites, delivering terrestrial-like LTE speeds directly to unmodified smartphones. Website:

SpaceX has introduced a new website for its next-generation Starlink V3 satellites, along with new information about the satellite. • 1 Tbps downlink capacity (~10× higher than Starlink V2). • 160 Gbps uplink capacity (~22× higher than Starlink V2). • 2,048 downlink beams + 2,048 uplink beams (vs. 192 downlink/144 uplink beams on V2). • Upgraded phased array antennas enable the increased user capacity and beam count. • New SpaceX-designed beamformer chips power the phased arrays. • Modem chips handle ~64× more throughput per chip, allowing more efficient simultaneous service and real-time beam allocation based on demand. • Each satellite includes 6 high-capacity 400 Gbps laser links, enabling a redundant petabit-scale laser mesh network for global routing. • Each satellite also has 4 quad-band RF backhaul antennas operating across Ka, E, V, and W bands. • RF backhaul capacity increases to 1.2 Tbps (>8× Starlink V2). • Backhaul uplink supports 60 GHz of spectrum across frequencies and polarizations (4.3× more than V2). • New solar arrays generate ~2× the power of the V2 satellite arrays. • Solar arrays are manufactured using a continuous roll of solar blanket, cut into 19-meter sections, with 4 sections stitched together per array. • Solar arrays are optimized to reduce atmospheric drag in low Earth orbit. • A Starship launch carrying V3 satellites will deploy ~20× more network capacity than a Falcon 9 launch carrying V2 satellites. • V3 technology will support future Starlink Mobile Gen 2 satellites, delivering terrestrial-like LTE speeds directly to unmodified smartphones. Website:

Sawyer Merritt

242,948 Aufrufe • vor 1 Monat

The first Starlink V3 satellites got to space and immediately got busy. They deployed their solar arrays, fired up their thrusters, connected to the Starlink constellation through radio and laser links, then casually took pictures of Starship. Not a bad first day in orbit. SpaceX Starlink / Writer: Annette, Grok Imagine Designer: Janné

The first Starlink V3 satellites got to space and immediately got busy. They deployed their solar arrays, fired up their thrusters, connected to the Starlink constellation through radio and laser links, then casually took pictures of Starship. Not a bad first day in orbit. SpaceX Starlink / Writer: Annette, Grok Imagine Designer: Janné

Mario Nawfal

44,688 Aufrufe • vor 1 Monat

NEW STARLINK GIGABIT DISHES INCOMING—FASTER THAN FIBER? SpaceX is turning up the heat with its next-gen Starlink gigabit connection gear! New dishes are in the works: * 2 Gigs, No Wires – New dish pushes speeds up to 2 Gbps. Blink and you’ll miss your download. * Next-Level Mini – A souped-up follow-up to the Starlink Mini is already in the pipeline. * Waiting on Launch – Needs FCC clearance and a Starship boost to get those V3 satellites in orbit. * Fiber, Who? – Tighter beams. Lower lag. Bigger bandwidth. Space-based internet just got real. Expect business users to get first dibs for now—but don’t blink! The future of lightning-fast satellite internet is closing in. Source: PCMag

NEW STARLINK GIGABIT DISHES INCOMING—FASTER THAN FIBER? SpaceX is turning up the heat with its next-gen Starlink gigabit connection gear! New dishes are in the works: * 2 Gigs, No Wires – New dish pushes speeds up to 2 Gbps. Blink and you’ll miss your download. * Next-Level Mini – A souped-up follow-up to the Starlink Mini is already in the pipeline. * Waiting on Launch – Needs FCC clearance and a Starship boost to get those V3 satellites in orbit. * Fiber, Who? – Tighter beams. Lower lag. Bigger bandwidth. Space-based internet just got real. Expect business users to get first dibs for now—but don’t blink! The future of lightning-fast satellite internet is closing in. Source: PCMag

Mario Nawfal

684,310 Aufrufe • vor 1 Jahr

STARLINK IS RUNNING EARTH’S LARGEST SERVER… IN ORBIT While everyone else is bragging about data centers on the ground, SpaceX quietly put 9,000 solar-powered computers in space and called it a constellation! Orbital Math: •⁠ ⁠Starlink sits at over 9,000+ active satellites after the latest batch •⁠ ⁠The entire rest of Earth manages roughly 3,000 to 4,000 combined •⁠ ⁠Each Starlink unit is a solar-powered network node with onboard compute •⁠ ⁠SpaceX now operates around 75 % of all active satellites in orbit At this rate Earth’s “space industry” is basically Starlink plus supporting characters! Source: Grok

STARLINK IS RUNNING EARTH’S LARGEST SERVER… IN ORBIT While everyone else is bragging about data centers on the ground, SpaceX quietly put 9,000 solar-powered computers in space and called it a constellation! Orbital Math: •⁠ ⁠Starlink sits at over 9,000+ active satellites after the latest batch •⁠ ⁠The entire rest of Earth manages roughly 3,000 to 4,000 combined •⁠ ⁠Each Starlink unit is a solar-powered network node with onboard compute •⁠ ⁠SpaceX now operates around 75 % of all active satellites in orbit At this rate Earth’s “space industry” is basically Starlink plus supporting characters! Source: Grok

Mario Nawfal

246,597 Aufrufe • vor 9 Monaten

🚨 BREAKING: Starcloud just turned Starlink’s laser network into the backbone for orbital AI data centers. A company called Starcloud has ordered 50+ Starlink Mini Laser terminals to equip 25+ future satellites. Not ground stations. Not fiber cables. Direct laser-linked computing nodes in orbit plugged straight into SpaceX’s space-based optical mesh. This is the sci-fi future arriving now: Orbital cloud computing AI servers floating in space Powered by 24/7 sunlight Connected globally at light speed via Starlink lasers The insane part: Starcloud says its satellites will eventually handle full AI inference and training workloads directly in orbit. Data won’t always need to come back to Earth to be processed. The advantages are massive: • Unlimited solar energy (no grid limits) • Zero land or water constraints • Passive radiative cooling in vacuum • Instant global relay with zero terrestrial bottlenecks • Near real-time Earth observation analysis Their first major spacecraft (Starcloud-3) is designed for 200 kilowatts in orbit a full-on space-based data center node, not just a satellite. And here’s the bigger picture: SpaceX has filed plans for up to ONE MILLION orbital data centers of its own. Read that again. We may be watching the birth of the first true space-based computing infrastructure layer for civilization. The internet already left the ground. Now AI might be next. What happens when the cloud literally moves into space? Follow for more frontier physics and future technology.

🚨 BREAKING: Starcloud just turned Starlink’s laser network into the backbone for orbital AI data centers. A company called Starcloud has ordered 50+ Starlink Mini Laser terminals to equip 25+ future satellites. Not ground stations. Not fiber cables. Direct laser-linked computing nodes in orbit plugged straight into SpaceX’s space-based optical mesh. This is the sci-fi future arriving now: Orbital cloud computing AI servers floating in space Powered by 24/7 sunlight Connected globally at light speed via Starlink lasers The insane part: Starcloud says its satellites will eventually handle full AI inference and training workloads directly in orbit. Data won’t always need to come back to Earth to be processed. The advantages are massive: • Unlimited solar energy (no grid limits) • Zero land or water constraints • Passive radiative cooling in vacuum • Instant global relay with zero terrestrial bottlenecks • Near real-time Earth observation analysis Their first major spacecraft (Starcloud-3) is designed for 200 kilowatts in orbit a full-on space-based data center node, not just a satellite. And here’s the bigger picture: SpaceX has filed plans for up to ONE MILLION orbital data centers of its own. Read that again. We may be watching the birth of the first true space-based computing infrastructure layer for civilization. The internet already left the ground. Now AI might be next. What happens when the cloud literally moves into space? Follow for more frontier physics and future technology.

TheNewPhysics

152,463 Aufrufe • vor 3 Monaten

Space AI data centers sound insanely complicated. Elon says they’re actually easier to build than Starlink satellites. Starlink has to pack in huge phased-array antennas, parabolic antennas and multiple laser links just to keep everyone connected. An AI satellite is much simpler: lots of solar cells, a radiator, compute and a few laser links. No giant antenna gymnastics required. Turns out putting AI in space may be the easy part. SpaceX Starlink SpaceXAI / Writer: Annette, Grok Imagine Designer: Janné

Space AI data centers sound insanely complicated. Elon says they’re actually easier to build than Starlink satellites. Starlink has to pack in huge phased-array antennas, parabolic antennas and multiple laser links just to keep everyone connected. An AI satellite is much simpler: lots of solar cells, a radiator, compute and a few laser links. No giant antenna gymnastics required. Turns out putting AI in space may be the easy part. SpaceX Starlink SpaceXAI / Writer: Annette, Grok Imagine Designer: Janné

Mario Nawfal

57,195 Aufrufe • vor 2 Tagen

Starlink’s long-term vision is absolutely massive once you zoom out far enough. Not thousands of satellites. Over 100K V3/V4/V5 satellites eventually supporting broadband and direct-to-cell internet across planet Earth. If the growth curve keeps compounding, Starlink stops being “a satellite internet provider.” It starts looking more like the backbone layer other networks plug into. The really weird part? Telecom companies may eventually end up connecting to Starlink instead of competing against it. Starlink

Starlink’s long-term vision is absolutely massive once you zoom out far enough. Not thousands of satellites. Over 100K V3/V4/V5 satellites eventually supporting broadband and direct-to-cell internet across planet Earth. If the growth curve keeps compounding, Starlink stops being “a satellite internet provider.” It starts looking more like the backbone layer other networks plug into. The really weird part? Telecom companies may eventually end up connecting to Starlink instead of competing against it. Starlink

Mario Nawfal

78,492 Aufrufe • vor 3 Monaten

Elon Musk is building a data center that no grid has to power and no county has to approve. Musk: “Think of it as a rack of compute in space.” Orbital hardware has always been custom. Each satellite is its own program, its own team, its own decade. SpaceX’s AI1 satellites are copies of each other. Each is built around a single Nvidia NVL72, the same rack-scale architecture running the largest data centers on the ground, redesigned to fly. Space stops being a program and becomes an inventory. Designing for orbit made the rack simpler and cheaper than the ground version, so SpaceX plans to run the space design in terrestrial data centers too. Racks alone have never made a data center. A thousand of them in a building with no network between them is a thousand computers. The interconnect is what turns them into one machine. Training a frontier model means moving enormous volumes of data between processors without pause, and the whole system runs at the speed of its slowest link. That is why the fabric between chips is fought over as hard as the chips themselves. Musk: “And then you can connect these racks of compute to either each other by the laser links, or directly to the Starlink constellation.” Light moves through glass at about two thirds of its speed in a vacuum, and fiber optic cable is glass. Every backbone route and undersea cable on Earth pays that tax. A laser between two satellites pays nothing. Over long distances, an orbital link arrives sooner than the same run in fiber. Orbit was supposed to be a trade, unlimited power in exchange for a worse network. The network is faster. The compute plugs into a delivery layer that is already finished. Thousands of satellites are up there right now carrying laser links, terminating at ground stations and dishes across most of the planet. The last mile was built years before the thing it delivers existed. Anyone else attempting this needs the rocket, the satellite bus, the solar manufacturing, the laser mesh, the ground network, and a supply line to a chipmaker. SpaceX had five of them before the project had a name. None of it was built for this. Starlink existed to sell internet subscriptions. The lasers existed so those subscriptions would work over open ocean. Starship existed for Mars. Nobody planned this. It assembled itself out of problems solved for other reasons. That is what twenty years of hard engineering leaves behind. Every previous expansion of human capability ran on a resource sitting inside somebody’s borders. Coal, oil, water, land. Sunlight in orbit belongs to nobody and never runs out. Compute still has an address. A building in Virginia, a substation, a county that had to approve it, a grid connection someone waited four years for. He is describing a version that only has an altitude.

Elon Musk is building a data center that no grid has to power and no county has to approve. Musk: “Think of it as a rack of compute in space.” Orbital hardware has always been custom. Each satellite is its own program, its own team, its own decade. SpaceX’s AI1 satellites are copies of each other. Each is built around a single Nvidia NVL72, the same rack-scale architecture running the largest data centers on the ground, redesigned to fly. Space stops being a program and becomes an inventory. Designing for orbit made the rack simpler and cheaper than the ground version, so SpaceX plans to run the space design in terrestrial data centers too. Racks alone have never made a data center. A thousand of them in a building with no network between them is a thousand computers. The interconnect is what turns them into one machine. Training a frontier model means moving enormous volumes of data between processors without pause, and the whole system runs at the speed of its slowest link. That is why the fabric between chips is fought over as hard as the chips themselves. Musk: “And then you can connect these racks of compute to either each other by the laser links, or directly to the Starlink constellation.” Light moves through glass at about two thirds of its speed in a vacuum, and fiber optic cable is glass. Every backbone route and undersea cable on Earth pays that tax. A laser between two satellites pays nothing. Over long distances, an orbital link arrives sooner than the same run in fiber. Orbit was supposed to be a trade, unlimited power in exchange for a worse network. The network is faster. The compute plugs into a delivery layer that is already finished. Thousands of satellites are up there right now carrying laser links, terminating at ground stations and dishes across most of the planet. The last mile was built years before the thing it delivers existed. Anyone else attempting this needs the rocket, the satellite bus, the solar manufacturing, the laser mesh, the ground network, and a supply line to a chipmaker. SpaceX had five of them before the project had a name. None of it was built for this. Starlink existed to sell internet subscriptions. The lasers existed so those subscriptions would work over open ocean. Starship existed for Mars. Nobody planned this. It assembled itself out of problems solved for other reasons. That is what twenty years of hard engineering leaves behind. Every previous expansion of human capability ran on a resource sitting inside somebody’s borders. Coal, oil, water, land. Sunlight in orbit belongs to nobody and never runs out. Compute still has an address. A building in Virginia, a substation, a county that had to approve it, a grid connection someone waited four years for. He is describing a version that only has an altitude.

Dustin

12,365 Aufrufe • vor 5 Tagen

You thought the sky was the limit? Wingbits is going to space 🚀 thanks to a strategic partnership with Spire, leader in space-based data and operator of the largest multipurpose satellite constellation. 🛰️ Together we’re launching a new satellite that will act as a validator of Wingbits’ ground data, increasing the security and reliability of our global flight tracking network. The satellite is scheduled for launch on the SpaceX Transporter-13 mission.

You thought the sky was the limit? Wingbits is going to space 🚀 thanks to a strategic partnership with Spire, leader in space-based data and operator of the largest multipurpose satellite constellation. 🛰️ Together we’re launching a new satellite that will act as a validator of Wingbits’ ground data, increasing the security and reliability of our global flight tracking network. The satellite is scheduled for launch on the SpaceX Transporter-13 mission.

wingbits

243,982 Aufrufe • vor 1 Jahr

STARLINK FUN FACT – YOUR DISH IS PLAYING LASER TAG WITH SPACE Starlink’s been running a secret cosmic game… and your dish is the main character. Space Tag: •⁠ ⁠Your dish tags satellites flying 27,000 km/h like it’s swapping teammates mid-match •⁠ ⁠Thousands of laser links firing across orbit - yes, literal lasers •⁠ ⁠Handoffs so smooth you don’t even feel the switch •⁠ ⁠Internet so fast it outruns half the planet’s fibre routes You thought you bought Wi-Fi. Turns out you bought a front-row seat to a space laser tournament! Source: Starlink

STARLINK FUN FACT – YOUR DISH IS PLAYING LASER TAG WITH SPACE Starlink’s been running a secret cosmic game… and your dish is the main character. Space Tag: •⁠ ⁠Your dish tags satellites flying 27,000 km/h like it’s swapping teammates mid-match •⁠ ⁠Thousands of laser links firing across orbit - yes, literal lasers •⁠ ⁠Handoffs so smooth you don’t even feel the switch •⁠ ⁠Internet so fast it outruns half the planet’s fibre routes You thought you bought Wi-Fi. Turns out you bought a front-row seat to a space laser tournament! Source: Starlink

Mario Nawfal

60,964 Aufrufe • vor 8 Monaten

STARLINK MADE DEAD ZONES EXTINCT SpaceX’s Direct to Cell service is now live in the US and New Zealand. It brings satellite messaging straight to 4G phones without towers. Over 400 satellites are already flying, texting, and even video calling from space. T-Mobile and One NZ users are first in, but more countries are coming fast. Global connectivity? Just getting started. Source: Starlink

STARLINK MADE DEAD ZONES EXTINCT SpaceX’s Direct to Cell service is now live in the US and New Zealand. It brings satellite messaging straight to 4G phones without towers. Over 400 satellites are already flying, texting, and even video calling from space. T-Mobile and One NZ users are first in, but more countries are coming fast. Global connectivity? Just getting started. Source: Starlink

Mario Nawfal

84,413 Aufrufe • vor 1 Jahr

4th Batch. 4 More Satellites. 4x4 in Orbit. 🛰️🛰️🛰️🛰️ This launch marks a milestone in the Connecta IoT Network, expanding our constellation to 16 satellites and significantly boosting our global IoT connectivity services. Our latest “four-of-a-kind” of Connecta IoT satellites in orbit turns into more passes, better revisit times, and greater capacity to deliver resilient IoT connectivity where terrestrial networks can’t reach. With every new satellite, the Connecta IoT Network pushes coverage deeper into remote, hard to reach regions worldwide, supporting sectors such as energy, utilities, logistics, agriculture, and environmental monitoring. Quad inside, impact outside. Feel the fource and stay tuned! #WeArePlanS #PlanS #IoT #Connecta #ConnectaIoTNetwork

4th Batch. 4 More Satellites. 4x4 in Orbit. 🛰️🛰️🛰️🛰️ This launch marks a milestone in the Connecta IoT Network, expanding our constellation to 16 satellites and significantly boosting our global IoT connectivity services. Our latest “four-of-a-kind” of Connecta IoT satellites in orbit turns into more passes, better revisit times, and greater capacity to deliver resilient IoT connectivity where terrestrial networks can’t reach. With every new satellite, the Connecta IoT Network pushes coverage deeper into remote, hard to reach regions worldwide, supporting sectors such as energy, utilities, logistics, agriculture, and environmental monitoring. Quad inside, impact outside. Feel the fource and stay tuned! #WeArePlanS #PlanS #IoT #Connecta #ConnectaIoTNetwork

Plan-S

13,150 Aufrufe • vor 9 Monaten

STARLINK LANDS IN BHUTAN—HIGH-SPEED INTERNET FOR ALL! Bhutan just got a major digital boost—Starlink is now live! Starlink’s blazing-fast internet is connecting even the most remote spots. - Speeds That Stun – Up to 220 Mbps with ultra-low latency. - Globally Connected – Bhutan joins a growing list of nations unlocking next-gen connectivity. - Pocket-Sized Power – Starlink Mini brings high-speed internet anywhere—just unpack and go. - Fully Approved – Local regulators gave the green light, to integrated payment systems. Bhutan just unlocked next-level connectivity—stream, work, and game from anywhere! Source: Starlink, Latestly, SpaceX

STARLINK LANDS IN BHUTAN—HIGH-SPEED INTERNET FOR ALL! Bhutan just got a major digital boost—Starlink is now live! Starlink’s blazing-fast internet is connecting even the most remote spots. - Speeds That Stun – Up to 220 Mbps with ultra-low latency. - Globally Connected – Bhutan joins a growing list of nations unlocking next-gen connectivity. - Pocket-Sized Power – Starlink Mini brings high-speed internet anywhere—just unpack and go. - Fully Approved – Local regulators gave the green light, to integrated payment systems. Bhutan just unlocked next-level connectivity—stream, work, and game from anywhere! Source: Starlink, Latestly, SpaceX

Mario Nawfal

25,472 Aufrufe • vor 1 Jahr

Italy’s mountain dead zones just got put on notice. Starlink and Fastweb started Italy’s first Direct-to-Cell trial in the central Apennines. A normal 4G smartphone can connect directly to Starlink satellites outdoors when the ground signal disappears. No bulky satellite phone brick needed. No dramatic rescue device. That is how dead zones start getting embarrassed. Starlink / Writer: Annette, Designer: Janné

Italy’s mountain dead zones just got put on notice. Starlink and Fastweb started Italy’s first Direct-to-Cell trial in the central Apennines. A normal 4G smartphone can connect directly to Starlink satellites outdoors when the ground signal disappears. No bulky satellite phone brick needed. No dramatic rescue device. That is how dead zones start getting embarrassed. Starlink / Writer: Annette, Designer: Janné

Mario Nawfal

53,732 Aufrufe • vor 1 Monat

Starlink just launched its first European satellite-to-phone service. Today. Virgin Media O2 switched on O2 Satellite on February 26. It is the first commercial satellite-to-smartphone data service in the UK and in all of Europe. Powered by Starlink Direct to Cell. What it does: If you're an O2 customer with a Samsung Galaxy S25, your phone automatically connects to Starlink satellites when you move beyond traditional cell coverage. No special hardware. No satellite phone. Your regular smartphone connects directly to space. O2's UK landmass coverage jumped overnight from 89% to 95%. That's new connectivity across an area roughly two-thirds the size of Wales, according to Virgin Media O2. At launch, the service supports text messaging and a limited set of apps including WhatsApp, Google Maps, Facebook Messenger, and X. Standard voice calls are not yet supported. Speeds are estimated around 4Mbps. More devices and apps are expected to follow. 650+ Starlink satellites now support Direct to Cell. SpaceX has signed 11 carrier partnerships to date, with similar services already live in the U.S. through T-Mobile. £3 per month. That's what O2 is charging to keep you connected in places where there was zero signal yesterday. Starlink is becoming the invisible backup layer for phone networks worldwide

Starlink just launched its first European satellite-to-phone service. Today. Virgin Media O2 switched on O2 Satellite on February 26. It is the first commercial satellite-to-smartphone data service in the UK and in all of Europe. Powered by Starlink Direct to Cell. What it does: If you're an O2 customer with a Samsung Galaxy S25, your phone automatically connects to Starlink satellites when you move beyond traditional cell coverage. No special hardware. No satellite phone. Your regular smartphone connects directly to space. O2's UK landmass coverage jumped overnight from 89% to 95%. That's new connectivity across an area roughly two-thirds the size of Wales, according to Virgin Media O2. At launch, the service supports text messaging and a limited set of apps including WhatsApp, Google Maps, Facebook Messenger, and X. Standard voice calls are not yet supported. Speeds are estimated around 4Mbps. More devices and apps are expected to follow. 650+ Starlink satellites now support Direct to Cell. SpaceX has signed 11 carrier partnerships to date, with similar services already live in the U.S. through T-Mobile. £3 per month. That's what O2 is charging to keep you connected in places where there was zero signal yesterday. Starlink is becoming the invisible backup layer for phone networks worldwide

tetsuo

13,518 Aufrufe • vor 6 Monaten

Starlink is one of those rare technologies that feels like a cheat code for life. Plug it in, point it at the sky, and high-speed internet is literally beamed down to me from space. Technology is the closest thing we have to magic in the real world.

Starlink is one of those rare technologies that feels like a cheat code for life. Plug it in, point it at the sky, and high-speed internet is literally beamed down to me from space. Technology is the closest thing we have to magic in the real world.

Teslaconomics

14,571 Aufrufe • vor 2 Monaten

🚨 A SATELLITE JUST REVEALED SOMETHING SHOCKING: GPS JAMMING IS FAR MORE WIDESPREAD THAN ANYONE REALIZED. An experimental navigation satellite called Pulsar-0, flying just 500 km above Earth, has mapped GPS signal tampering from space for the first time and the scale surprised even the engineers who built it. As soon as the satellite passed over Europe and parts of the Middle East, its GPS receiver showed massive signal degradation. In the worst areas, signal strength dropped from a normal 40 decibels all the way down to just 10 decibels. Why this matters: • Ground-based jammers (used in conflicts like Ukraine and the Middle East) are now reaching all the way into low Earth orbit • Satellites like Starlink that rely on GPS for collision avoidance and positioning are being affected across a huge region from France to the borders of Pakistan • When GPS drops out, satellites can’t accurately point their antennas, maintain formation, or safely maneuver • This isn’t just a military problem it threatens the growing network of commercial satellites we increasingly depend on The deeper implication: We’ve long known that GPS signals on the ground can be jammed. What we didn’t fully appreciate is how far those jamming signals reach into space. Even satellites in low Earth orbit the backbone of global communications, Earth observation, and future mega-constellations are now operating in an increasingly hostile electromagnetic environment. Xona’s upcoming constellation aims to fix this with signals 100 times stronger than traditional GPS. But the bigger question remains: as more nations and groups weaponize jamming and spoofing, how resilient will our orbital infrastructure actually be? How concerned are you that GPS jamming is now reaching into space and affecting satellites? Follow for more frontier space technology and the hidden vulnerabilities of our orbital systems.

🚨 A SATELLITE JUST REVEALED SOMETHING SHOCKING: GPS JAMMING IS FAR MORE WIDESPREAD THAN ANYONE REALIZED. An experimental navigation satellite called Pulsar-0, flying just 500 km above Earth, has mapped GPS signal tampering from space for the first time and the scale surprised even the engineers who built it. As soon as the satellite passed over Europe and parts of the Middle East, its GPS receiver showed massive signal degradation. In the worst areas, signal strength dropped from a normal 40 decibels all the way down to just 10 decibels. Why this matters: • Ground-based jammers (used in conflicts like Ukraine and the Middle East) are now reaching all the way into low Earth orbit • Satellites like Starlink that rely on GPS for collision avoidance and positioning are being affected across a huge region from France to the borders of Pakistan • When GPS drops out, satellites can’t accurately point their antennas, maintain formation, or safely maneuver • This isn’t just a military problem it threatens the growing network of commercial satellites we increasingly depend on The deeper implication: We’ve long known that GPS signals on the ground can be jammed. What we didn’t fully appreciate is how far those jamming signals reach into space. Even satellites in low Earth orbit the backbone of global communications, Earth observation, and future mega-constellations are now operating in an increasingly hostile electromagnetic environment. Xona’s upcoming constellation aims to fix this with signals 100 times stronger than traditional GPS. But the bigger question remains: as more nations and groups weaponize jamming and spoofing, how resilient will our orbital infrastructure actually be? How concerned are you that GPS jamming is now reaching into space and affecting satellites? Follow for more frontier space technology and the hidden vulnerabilities of our orbital systems.

TheNewPhysics

50,100 Aufrufe • vor 2 Monaten