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The CTC-1 satellite constellation will test the capability that makes global decentralized coverage possible: inter-satellite links (ISL). One ground station could cover an entire region because satellites pass data along the chain, like repeaters in a radio network. Adam Wexler on how ISL works 🛰️

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LEO satellites move fast. You only get ten minutes of coverage before one passes over the horizon. Another capability CTC-1 will test: seamless handovers, or how your connection shifts from satellite to satellite without ever dropping. Adam Wexler on maintaining continuous coverage as satellites race across the sky 🛰️
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LEO satellites move fast. You only get ten minutes of coverage before one passes over the horizon. Another capability CTC-1 will test: seamless handovers, or how your connection shifts from satellite to satellite without ever dropping. Adam Wexler on maintaining continuous coverage as satellites race across the sky 🛰️

Spacecoin™ 🛰️

95,226 просмотров • 9 месяцев назад

🇨🇳 CHINA PLANS TO TAKE ON STARLINK BY LAUNCHING 200,000 SATELLITES Beijing has filed paperwork to launch a massive satellite constellation to rival Starlink. The state-backed China Satellite Network Group submitted its bid to the UN’s ITU, aiming to lock down radio frequencies for a global broadband network. The goal? A “secure, controllable, and efficient” satellite system - one that doesn’t rely on the West. Nothing says "global internet freedom" like 200,000 government-controlled satellites and a firewall in space. Source: SCMP
0:24

🇨🇳 CHINA PLANS TO TAKE ON STARLINK BY LAUNCHING 200,000 SATELLITES Beijing has filed paperwork to launch a massive satellite constellation to rival Starlink. The state-backed China Satellite Network Group submitted its bid to the UN’s ITU, aiming to lock down radio frequencies for a global broadband network. The goal? A “secure, controllable, and efficient” satellite system - one that doesn’t rely on the West. Nothing says "global internet freedom" like 200,000 government-controlled satellites and a firewall in space. Source: SCMP

Mario Nawfal

219,951 просмотров • 7 месяцев назад

Elon Musk on building data centers in Space: "We don't think this is a particularly difficult thing to do. In fact, we think it's easier than our communication satellites. The Starlink V3 communication satellite is an incredibly complex machine. The AI data center would be much simpler by comparison, because it's really just solar power plus radiator basic equipment for operating satellite, and then the laser links, which would connect to the Starlink communications constellation and then back to the ground the connection would happen no matter what the weather is because once you connect to the Starlink communication constellation the Starlink communicates the ground with frequencies that are cloud penetrating, so that in fact even roof penetrating some degree, so you would always be able to close link with the data centers."
1:04

Elon Musk on building data centers in Space: "We don't think this is a particularly difficult thing to do. In fact, we think it's easier than our communication satellites. The Starlink V3 communication satellite is an incredibly complex machine. The AI data center would be much simpler by comparison, because it's really just solar power plus radiator basic equipment for operating satellite, and then the laser links, which would connect to the Starlink communications constellation and then back to the ground the connection would happen no matter what the weather is because once you connect to the Starlink communication constellation the Starlink communicates the ground with frequencies that are cloud penetrating, so that in fact even roof penetrating some degree, so you would always be able to close link with the data centers."

DogeDesigner

38,116 просмотров • 2 месяцев назад

SpaceX has released an updated Starlink Mobile website, along with a new video and coverage map that shows where the service is currently available and where it's coming soon. Starlink Mobile: • Available on 40+ apps and on 100+ devices. Future service will offer video calls, streaming, emails and more. • 32+ countries (covering 1.7+ billion people) • The next generation of Starlink Mobile satellites - V2 - will deliver full cellular coverage to "places never thought possible via the highest performing satellite-to-mobile network ever built." • V2 Starlink Mobile satellites will use custom SpaceX-designed silicon and phased array antennas. The satellites will support thousands of spatial beams and higher bandwidth capability, enabling around 20x the throughput capability as compared to a first-generation satellite. • V2 will enable full 5G cellular connectivity with a comparable experience to current terrestrial service. Site:
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SpaceX has released an updated Starlink Mobile website, along with a new video and coverage map that shows where the service is currently available and where it's coming soon. Starlink Mobile: • Available on 40+ apps and on 100+ devices. Future service will offer video calls, streaming, emails and more. • 32+ countries (covering 1.7+ billion people) • The next generation of Starlink Mobile satellites - V2 - will deliver full cellular coverage to "places never thought possible via the highest performing satellite-to-mobile network ever built." • V2 Starlink Mobile satellites will use custom SpaceX-designed silicon and phased array antennas. The satellites will support thousands of spatial beams and higher bandwidth capability, enabling around 20x the throughput capability as compared to a first-generation satellite. • V2 will enable full 5G cellular connectivity with a comparable experience to current terrestrial service. Site:

Sawyer Merritt

196,019 просмотров • 5 месяцев назад

🇵🇰🚀 Pakistan Completes EO-3 Launch, Accelerating Its Satellite Constellation Drive Pakistan has successfully placed its PRSC EO-3 Earth Observation Satellite into orbit, marking a significant step in the country’s expanding space programme. The satellite, developed domestically by SUPARCO, was launched from China’s Taiyuan Satellite Launch Center, underscoring a model of local manufacturing supported by external launch capability. EO-3 completes a three satellite Earth Observation series: ◽EO-1 (2025) ◽EO-2 (February 2026) ◽EO-3 (latest launch) Together, they form the backbone of a planned integrated Earth Observation system aimed at improving data availability and coverage. Pakistan now operates 5+ Earth observation satellites, with most deployed in the last two years, highlighting a noticeable acceleration in activity. Officials describe the programme as part of a broader shift: 📡 From isolated missions → to a coordinated satellite network From external reliance → to increasing data independence 🚀 From slow launches → to a structured rollout strategy The EO-3 mission also reflects continued technical cooperation with China, particularly in launch services. With additional satellites expected in the coming years, Pakistan appears to be moving toward a multi satellite constellation designed for regular, wide area monitoring. The direction is clear: a steady build up rather than a one off achievement.
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🇵🇰🚀 Pakistan Completes EO-3 Launch, Accelerating Its Satellite Constellation Drive Pakistan has successfully placed its PRSC EO-3 Earth Observation Satellite into orbit, marking a significant step in the country’s expanding space programme. The satellite, developed domestically by SUPARCO, was launched from China’s Taiyuan Satellite Launch Center, underscoring a model of local manufacturing supported by external launch capability. EO-3 completes a three satellite Earth Observation series: ◽EO-1 (2025) ◽EO-2 (February 2026) ◽EO-3 (latest launch) Together, they form the backbone of a planned integrated Earth Observation system aimed at improving data availability and coverage. Pakistan now operates 5+ Earth observation satellites, with most deployed in the last two years, highlighting a noticeable acceleration in activity. Officials describe the programme as part of a broader shift: 📡 From isolated missions → to a coordinated satellite network From external reliance → to increasing data independence 🚀 From slow launches → to a structured rollout strategy The EO-3 mission also reflects continued technical cooperation with China, particularly in launch services. With additional satellites expected in the coming years, Pakistan appears to be moving toward a multi satellite constellation designed for regular, wide area monitoring. The direction is clear: a steady build up rather than a one off achievement.

Defence Index

14,724 просмотров • 4 месяцев назад

$ASTS: 🚨🇳🇿 2DEGREES AND AST SPACEMOBILE TEST VOICE CALLS, VIDEO CALLS AND MOBILE BROADBAND DATA SESSIONS OVER STANDARD 4G AND 5G HANDSETS IN NEW ZEALAND DURING THE MONTH OF AUGUST "HI MARK - IT'S MARK!" 😁 2degrees has opened a satellite ground station in Marton and completed voice-call and broadband data tests on standard smartphones through AST SpaceMobile's network. The facility is among the first commercial AST SpaceMobile ground stations worldwide and is intended to support the rollout of direct-to-device satellite mobile services in New Zealand. Paul Goldsmith, Minister for Media and Communications and Minister for Space, opened the site as 2degrees marked a new stage in its satellite connectivity programme. The Marton station will connect with 2degrees' core network and support voice, data and messaging services for users outside existing mobile coverage. Engineers from 2degrees and AST SpaceMobile have been testing the system during August. The trials included voice calls, video calls and mobile data sessions using standard 4G and 5G handsets rather than dedicated satellite phones or extra hardware. 2degrees said it has invested millions in the local ground station. It also said calls, data and messages on the service are designed to originate and terminate on the 2degrees core network without passing through another country or jurisdiction. Mark Callander, Chief Executive, 2degrees, described the project as a response to persistent coverage gaps in New Zealand. "AST SpaceMobile approaches satellite connectivity in a unique way. The service is designed to offer voice calling, data and SMS, extending connectivity into places that have traditionally been difficult to serve. 2degrees has invested millions in building a ground station locally, providing access to advanced technology that will enable connectivity for Kiwis outside traditional coverage areas," said Mark Callander, Chief Executive, 2degrees. 2degrees has not given a launch date for customers. Further testing will continue before it confirms timings for trials and a commercial launch. Callander also linked the timing to the pace of AST SpaceMobile's satellite deployment. "AST SpaceMobile has a robust launch roadmap, and with each additional satellite deployed, service availability increases. We will offer the service commercially when service availability reaches a level we consider viable," said Callander. Global push AST SpaceMobile is building a direct-to-device satellite network through partnerships with mobile operators rather than standalone satellite handsets. It has agreements with more than 50 mobile network operators globally, including Verizon, AT&T and Rakuten, covering a combined subscriber base of nearly three billion. That operator-led model has become a key part of the emerging race to provide mobile coverage from space. Telecom groups are exploring satellite links as a way to extend service in remote and rural areas, where conventional mobile towers are harder to justify on cost grounds or face geographic constraints. New Zealand's terrain and dispersed population have made that challenge particularly acute in some parts of the country. For 2degrees, the Marton ground station provides domestic infrastructure as it seeks to add satellite links to its existing mobile network. Chris Ivory, Chief Commercial Officer, AST SpaceMobile, framed the New Zealand deployment as an early commercial step in the company's international expansion. "New Zealand's early adoption of AST SpaceMobile's technology and deployment of commercial ground infrastructure position the country at the forefront of space-based cellular broadband. Working alongside 2degrees, we are bringing a new satellite connectivity capability and advancing the integration of our networks to deliver voice, broadband data and SMS directly to everyday smartphones, without specialised devices," said Chris Ivory, Chief Commercial Officer, AST SpaceMobile. Article:
2:33

$ASTS: 🚨🇳🇿 2DEGREES AND AST SPACEMOBILE TEST VOICE CALLS, VIDEO CALLS AND MOBILE BROADBAND DATA SESSIONS OVER STANDARD 4G AND 5G HANDSETS IN NEW ZEALAND DURING THE MONTH OF AUGUST "HI MARK - IT'S MARK!" 😁 2degrees has opened a satellite ground station in Marton and completed voice-call and broadband data tests on standard smartphones through AST SpaceMobile's network. The facility is among the first commercial AST SpaceMobile ground stations worldwide and is intended to support the rollout of direct-to-device satellite mobile services in New Zealand. Paul Goldsmith, Minister for Media and Communications and Minister for Space, opened the site as 2degrees marked a new stage in its satellite connectivity programme. The Marton station will connect with 2degrees' core network and support voice, data and messaging services for users outside existing mobile coverage. Engineers from 2degrees and AST SpaceMobile have been testing the system during August. The trials included voice calls, video calls and mobile data sessions using standard 4G and 5G handsets rather than dedicated satellite phones or extra hardware. 2degrees said it has invested millions in the local ground station. It also said calls, data and messages on the service are designed to originate and terminate on the 2degrees core network without passing through another country or jurisdiction. Mark Callander, Chief Executive, 2degrees, described the project as a response to persistent coverage gaps in New Zealand. "AST SpaceMobile approaches satellite connectivity in a unique way. The service is designed to offer voice calling, data and SMS, extending connectivity into places that have traditionally been difficult to serve. 2degrees has invested millions in building a ground station locally, providing access to advanced technology that will enable connectivity for Kiwis outside traditional coverage areas," said Mark Callander, Chief Executive, 2degrees. 2degrees has not given a launch date for customers. Further testing will continue before it confirms timings for trials and a commercial launch. Callander also linked the timing to the pace of AST SpaceMobile's satellite deployment. "AST SpaceMobile has a robust launch roadmap, and with each additional satellite deployed, service availability increases. We will offer the service commercially when service availability reaches a level we consider viable," said Callander. Global push AST SpaceMobile is building a direct-to-device satellite network through partnerships with mobile operators rather than standalone satellite handsets. It has agreements with more than 50 mobile network operators globally, including Verizon, AT&T and Rakuten, covering a combined subscriber base of nearly three billion. That operator-led model has become a key part of the emerging race to provide mobile coverage from space. Telecom groups are exploring satellite links as a way to extend service in remote and rural areas, where conventional mobile towers are harder to justify on cost grounds or face geographic constraints. New Zealand's terrain and dispersed population have made that challenge particularly acute in some parts of the country. For 2degrees, the Marton ground station provides domestic infrastructure as it seeks to add satellite links to its existing mobile network. Chris Ivory, Chief Commercial Officer, AST SpaceMobile, framed the New Zealand deployment as an early commercial step in the company's international expansion. "New Zealand's early adoption of AST SpaceMobile's technology and deployment of commercial ground infrastructure position the country at the forefront of space-based cellular broadband. Working alongside 2degrees, we are bringing a new satellite connectivity capability and advancing the integration of our networks to deliver voice, broadband data and SMS directly to everyday smartphones, without specialised devices," said Chris Ivory, Chief Commercial Officer, AST SpaceMobile. Article:

Anp🅰️nman

52,527 просмотров • 2 дней назад

What if Elon Musk is actually underselling what SpaceX could become? Today, Starlink is known for satellite internet. But some believe it could eventually become a global communications network where your phone connects directly to satellites almost anywhere on Earth. Larry Goldberg says the bigger story is how Starlink, Starship, AI, robotics, and orbital data centers could all work together in the future. Most people see a rocket company. Others see the early foundation of an entirely new space-based economy. It sounds crazy... until you remember that reusable rockets and global satellite internet once sounded crazy too! $SPCX
1:21

What if Elon Musk is actually underselling what SpaceX could become? Today, Starlink is known for satellite internet. But some believe it could eventually become a global communications network where your phone connects directly to satellites almost anywhere on Earth. Larry Goldberg says the bigger story is how Starlink, Starship, AI, robotics, and orbital data centers could all work together in the future. Most people see a rocket company. Others see the early foundation of an entirely new space-based economy. It sounds crazy... until you remember that reusable rockets and global satellite internet once sounded crazy too! $SPCX

Herbert Ong

20,406 просмотров • 2 месяцев назад

Elon Musk: Space data centers will be easier to build than Starlink. “In fact, we think it’s quite easier than our communication satellites. The Starlink V3 communication satellite is an incredibly complex machine. The AI data center would be much simpler by comparison because it's really just solar power + radiator, some basic equipment for operating the satellite and then the laser links which would connect to the Starlink communications constellation and then back and then to the ground. The connection would happen no matter what the weather is because once you connect via lasers to the Starlink communication constellation, the Starlink communicates to the ground with frequencies that are cloud penetrating, so they in fact even roof penetrating to some degree. So you would always be able to close link with the data centers.” Source: Elon Musk Interviewed by Jamie Dimon at JPMorgan, June 5, 2026
0:46

Elon Musk: Space data centers will be easier to build than Starlink. “In fact, we think it’s quite easier than our communication satellites. The Starlink V3 communication satellite is an incredibly complex machine. The AI data center would be much simpler by comparison because it's really just solar power + radiator, some basic equipment for operating the satellite and then the laser links which would connect to the Starlink communications constellation and then back and then to the ground. The connection would happen no matter what the weather is because once you connect via lasers to the Starlink communication constellation, the Starlink communicates to the ground with frequencies that are cloud penetrating, so they in fact even roof penetrating to some degree. So you would always be able to close link with the data centers.” Source: Elon Musk Interviewed by Jamie Dimon at JPMorgan, June 5, 2026

ELON CLIPS

18,389 просмотров • 2 месяцев назад

NEWS: Each new Starlink V3 satellite carries six space lasers moving 400 gigabits each The lasers connect the satellites to each other, forming a mesh in orbit that can route your data between almost any two points on Earth without touching the ground. Together they add up to a petabit-scale network, and the paths are redundant. If one link is busy or blocked, traffic reroutes through another satellite. This is why Starlink can work in the middle of an ocean or a desert. Data hops satellite to satellite by laser, then drops down only where it needs to. It is the same laser tech NASA just chose to beam 4K video from its Orion Moon spacecraft. (Source: Starlink, July 17)
0:40

NEWS: Each new Starlink V3 satellite carries six space lasers moving 400 gigabits each The lasers connect the satellites to each other, forming a mesh in orbit that can route your data between almost any two points on Earth without touching the ground. Together they add up to a petabit-scale network, and the paths are redundant. If one link is busy or blocked, traffic reroutes through another satellite. This is why Starlink can work in the middle of an ocean or a desert. Data hops satellite to satellite by laser, then drops down only where it needs to. It is the same laser tech NASA just chose to beam 4K video from its Orion Moon spacecraft. (Source: Starlink, July 17)

Muskonomy

14,851 просмотров • 1 месяц назад

🛰️Satellite modem demo on Flipper One — an emergency pager Experimenting with satellite connectivity on Flipper One. The video shows an emergency SOS pager that sends your geolocation so you can be evacuated from a zombie apocalypse when there is no mobile coverage. NTN (Non-Terrestrial Network) is a 3GPP standard in the LTE/5G family. It uses a regular SIM card and is supported by many modern smartphones and smartwatches. NTN is extremely slow and is billed per byte (!), but this is okay when you need to send tiny amounts of data: telemetry or short messages like “I’m alive, heart rate 80 bpm.” In this demo, we use a Blues Blues NOTE-NGBLWX module that connects to a geostationary satellite on the Skylo Skylo network and transmits data to a Blues NoteHub server. We’re planning to develop a Flipper One IoT module that can serve as a backup communication channel for outdoor use or as an emergency gateway for alarm and monitoring IoT systems.
0:32

🛰️Satellite modem demo on Flipper One — an emergency pager Experimenting with satellite connectivity on Flipper One. The video shows an emergency SOS pager that sends your geolocation so you can be evacuated from a zombie apocalypse when there is no mobile coverage. NTN (Non-Terrestrial Network) is a 3GPP standard in the LTE/5G family. It uses a regular SIM card and is supported by many modern smartphones and smartwatches. NTN is extremely slow and is billed per byte (!), but this is okay when you need to send tiny amounts of data: telemetry or short messages like “I’m alive, heart rate 80 bpm.” In this demo, we use a Blues Blues NOTE-NGBLWX module that connects to a geostationary satellite on the Skylo Skylo network and transmits data to a Blues NoteHub server. We’re planning to develop a Flipper One IoT module that can serve as a backup communication channel for outdoor use or as an emergency gateway for alarm and monitoring IoT systems.

Flipper R&D

93,413 просмотров • 1 месяц назад

🚨🇷🇺 NATO'S NIGHTMARE: RUSSIA’S OWN STARLINK OPENS DAILY COMMUNICATION WINDOWS OVER UKRAINE Russia’s Rassvet low-orbit satellite network is now believed to provide around two hours of usable broadband coverage over Ukraine each day. The connection is not yet continuous, but Russia is building a sovereign communications channel that no foreign company can switch off. 🔸 Russian company Bureau 1440 launched the first 16 satellites of the operational constellation on March 23. The spacecraft were placed on an initial orbit before beginning their movement toward working altitude. 🔸 A second package was launched on July 19. Bureau 1440 did not publicly disclose its size, but orbital tracking identified another 16 satellites, bringing the likely total from the two 2026 launches to 32. 🔸 The current network is believed to offer around two hours of strong coverage over Ukraine per day. That is not enough for uninterrupted remote piloting, but it can support short bursts of high-speed communication. 🔸 During those windows, units could upload reconnaissance footage, receive new routes and target coordinates, synchronize battlefield maps and update missions before returning to autonomous or ground-based links. Combat use of Rassvet itself has not been officially confirmed. 🔸 The Russian-built satellites use 5G-based communications, inter-satellite laser links and plasma propulsion. Laser links allow information to move between satellites without relying on a ground station beneath every part of the route. 🔸 Predictable passes currently allow electronic-warfare systems to concentrate on limited periods. But every additional orbital group lengthens the available windows, and overlapping coverage would eventually force jammers to operate almost continuously. 🔸 Bureau 1440 plans to deploy more than 250 satellites for round-the-clock global coverage. Initial customer testing is scheduled for 2026, with commercial service targeted for 2027. Rassvet currently provides a scheduled link rather than continuous coverage. But every new batch moves Russia closer to a satellite network it controls from orbit to terminal — without depending on foreign permission or vulnerable ground relays. Do you think Russia’s own Starlink could change the drone war over Ukraine?
0:25

🚨🇷🇺 NATO'S NIGHTMARE: RUSSIA’S OWN STARLINK OPENS DAILY COMMUNICATION WINDOWS OVER UKRAINE Russia’s Rassvet low-orbit satellite network is now believed to provide around two hours of usable broadband coverage over Ukraine each day. The connection is not yet continuous, but Russia is building a sovereign communications channel that no foreign company can switch off. 🔸 Russian company Bureau 1440 launched the first 16 satellites of the operational constellation on March 23. The spacecraft were placed on an initial orbit before beginning their movement toward working altitude. 🔸 A second package was launched on July 19. Bureau 1440 did not publicly disclose its size, but orbital tracking identified another 16 satellites, bringing the likely total from the two 2026 launches to 32. 🔸 The current network is believed to offer around two hours of strong coverage over Ukraine per day. That is not enough for uninterrupted remote piloting, but it can support short bursts of high-speed communication. 🔸 During those windows, units could upload reconnaissance footage, receive new routes and target coordinates, synchronize battlefield maps and update missions before returning to autonomous or ground-based links. Combat use of Rassvet itself has not been officially confirmed. 🔸 The Russian-built satellites use 5G-based communications, inter-satellite laser links and plasma propulsion. Laser links allow information to move between satellites without relying on a ground station beneath every part of the route. 🔸 Predictable passes currently allow electronic-warfare systems to concentrate on limited periods. But every additional orbital group lengthens the available windows, and overlapping coverage would eventually force jammers to operate almost continuously. 🔸 Bureau 1440 plans to deploy more than 250 satellites for round-the-clock global coverage. Initial customer testing is scheduled for 2026, with commercial service targeted for 2027. Rassvet currently provides a scheduled link rather than continuous coverage. But every new batch moves Russia closer to a satellite network it controls from orbit to terminal — without depending on foreign permission or vulnerable ground relays. Do you think Russia’s own Starlink could change the drone war over Ukraine?

NewRulesGeopolitics

26,320 просмотров • 22 дней назад

🚨🇺🇸 SPACEX CREW CHANTS “USA!” AS STARSHIP COMPLETES SATELLITE DEPLOYMENT TEST Starship just ejected its last dummy satellite during payload testing and the SpaceX team erupted into chants of "USA! USA!" The test simulated how Starship will one day deploy around 60 Starlink V3 satellites per launch, adding 60 terabits per second of network capacity — about 20 times more than a Falcon 9 can deliver. Starship is about to replace Falcon 9 as SpaceX's workhorse despite being bigger and more complex, because it'll cost less per kilogram to orbit. American engineers just flexed on the entire planet. Source: SpaceX
0:30

🚨🇺🇸 SPACEX CREW CHANTS “USA!” AS STARSHIP COMPLETES SATELLITE DEPLOYMENT TEST Starship just ejected its last dummy satellite during payload testing and the SpaceX team erupted into chants of "USA! USA!" The test simulated how Starship will one day deploy around 60 Starlink V3 satellites per launch, adding 60 terabits per second of network capacity — about 20 times more than a Falcon 9 can deliver. Starship is about to replace Falcon 9 as SpaceX's workhorse despite being bigger and more complex, because it'll cost less per kilogram to orbit. American engineers just flexed on the entire planet. Source: SpaceX

Mario Nawfal

156,841 просмотров • 10 месяцев назад

SpaceX now operates the largest satellite constellation in Earth orbit Starlink today: • ~65–70% of all active satellites around Earth • ~9,500 active satellites in orbit • ~8,500+ fully operational, delivering real broadband worldwide • Speeds: 200–400 Mbps typical with ~30 ms latency • Tonight: Falcon 9 adds 29 more satellites And this is just the beginning The FCC approved 7,500 additional Gen2 satellites, bringing the total to 15,000 This means better global coverage, higher speeds, and support for direct-to-cell connectivity From remote villages to oceans and skies, Starlink is reshaping global connectivity at a scale never seen before SpaceX is building planet-scale infrastructure that will accelerate human progress on Earth like never before
0:22

SpaceX now operates the largest satellite constellation in Earth orbit Starlink today: • ~65–70% of all active satellites around Earth • ~9,500 active satellites in orbit • ~8,500+ fully operational, delivering real broadband worldwide • Speeds: 200–400 Mbps typical with ~30 ms latency • Tonight: Falcon 9 adds 29 more satellites And this is just the beginning The FCC approved 7,500 additional Gen2 satellites, bringing the total to 15,000 This means better global coverage, higher speeds, and support for direct-to-cell connectivity From remote villages to oceans and skies, Starlink is reshaping global connectivity at a scale never seen before SpaceX is building planet-scale infrastructure that will accelerate human progress on Earth like never before

X Freeze

717,433 просмотров • 7 месяцев назад

2025 was the kind of year where our calendar needed mission control. 🚀 We waved off 12 Connecta satellites, accelerated our path toward the Observa constellation, and expanded our global service footprint with new authorizations in Türkiye, Australia, Sweden and Denmark. On the ground, we leveled up operations with a new ground station in Sweden, delivered 1,000+ Connecta IoT Modems into real-world deployments, and stayed out front by showing up at major events; speaking, sharing lessons learned, and turning handshakes into real connections. Along the way, we signed new partnerships, earned meaningful awards, and closed the year with a long-term, strategic agreement that will be a global turning point for satellite-based IoT. 🛰️ Now 2026 is on the countdown clock, and we are ready for what’s next. 🚀 #WeArePlanS #PlanS #NewYear #countdown
0:31

2025 was the kind of year where our calendar needed mission control. 🚀 We waved off 12 Connecta satellites, accelerated our path toward the Observa constellation, and expanded our global service footprint with new authorizations in Türkiye, Australia, Sweden and Denmark. On the ground, we leveled up operations with a new ground station in Sweden, delivered 1,000+ Connecta IoT Modems into real-world deployments, and stayed out front by showing up at major events; speaking, sharing lessons learned, and turning handshakes into real connections. Along the way, we signed new partnerships, earned meaningful awards, and closed the year with a long-term, strategic agreement that will be a global turning point for satellite-based IoT. 🛰️ Now 2026 is on the countdown clock, and we are ready for what’s next. 🚀 #WeArePlanS #PlanS #NewYear #countdown

Plan-S

12,449 просмотров • 8 месяцев назад

Promo | ANI Broadcast episode with Suyash Singh, CEO & Co-Founder, GalaxEye, premieres today at 5 PM “Our satellite is alive and kicking. We’re still in the commissioning phase, all on track.” “Our best sell to our customers is consistency. Rain or shine, day or night, I’ll give you one data.” “The Future RDI fund will also become a big driver of the innovative ecosystem that’s going to come in India.” “We’re preparing to launch an entire constellation of around 10 satellites in the next three and a half years.” Tap 'notify me' to get episode alerts: #ANIBroadcast #IshaanPrakash #GalaxEye #OptoSAR #MissionDrishti #India #Satellite #SpaceTech
1:21

Promo | ANI Broadcast episode with Suyash Singh, CEO & Co-Founder, GalaxEye, premieres today at 5 PM “Our satellite is alive and kicking. We’re still in the commissioning phase, all on track.” “Our best sell to our customers is consistency. Rain or shine, day or night, I’ll give you one data.” “The Future RDI fund will also become a big driver of the innovative ecosystem that’s going to come in India.” “We’re preparing to launch an entire constellation of around 10 satellites in the next three and a half years.” Tap 'notify me' to get episode alerts: #ANIBroadcast #IshaanPrakash #GalaxEye #OptoSAR #MissionDrishti #India #Satellite #SpaceTech

ANI

60,760 просмотров • 3 месяцев назад

Elon Musk explains how Starlink works? "I think there's several 1000 satellites in low Earth orbit, and they're moving around 25 times the speed of sound in these zipping around the Earth, basically. And they're at an altitude of about 550 kilometers, which is called generally low earth orbit, because they're at low Earth orbit. Their latency is low because the distances is not that far, compared to Geo stationary satellite, 36,000 kilometers. So you've got 1000s of satellites providing low latency, high speed internet throughout the world, and they are interconnected as well. So there are laser links between the satellites. So it forms sort of a laser mesh, so that if, let's say if cables are damaged or cut, like fiber cables, the satellites can communicate between each other and provide connectivity. For example, when the Red Sea cables were cut, I think a few months ago, the Starlink satellite network, continued to function."
1:25

Elon Musk explains how Starlink works? "I think there's several 1000 satellites in low Earth orbit, and they're moving around 25 times the speed of sound in these zipping around the Earth, basically. And they're at an altitude of about 550 kilometers, which is called generally low earth orbit, because they're at low Earth orbit. Their latency is low because the distances is not that far, compared to Geo stationary satellite, 36,000 kilometers. So you've got 1000s of satellites providing low latency, high speed internet throughout the world, and they are interconnected as well. So there are laser links between the satellites. So it forms sort of a laser mesh, so that if, let's say if cables are damaged or cut, like fiber cables, the satellites can communicate between each other and provide connectivity. For example, when the Red Sea cables were cut, I think a few months ago, the Starlink satellite network, continued to function."

DogeDesigner

536,493 просмотров • 9 месяцев назад

BREAKING: $AMPG CEO CONFIRMS $AMZN, CPI & VIASAT AS SATCOM CUSTOMERS! Well, it seems that my speculative post was 100% correct and this was confirmed by the CEO Fawad himself. This is first time I've seen Amazon named by the CEO in the satcom context. CEO Fawad Maqbool was asked where AmpliTech sits in satellite, named Viasat, Amazon and CPI as ground-station customers and said they supply "pretty much all the high-end ones." To understand why this is so bullish, please read the quoted tweet where I broke down why I think Amazon will be significant customer for $AMPG in future. Amazon Leo/Kuiper needs a massive ground segment. Every antenna farm talking to those satellites needs the lowest possible noise figure on the front end, because everything is digital data now. Maqbool claims AmpliTech has the lowest noise figures in the industry. That is a pick-and-shovel position in the LEO buildout. You do not need to know which constellation wins. They all need ground stations. He also mentioned $SPCX: "Right now satellite is growing tremendously because LEOs are being launched, MEOs are being launched, SpaceX is launching, Amazon is launching satellites. All of these are going to require satellite terminals, high-speed terminals at Ku-band and Ka-band frequencies. We're in the thick of that. We're providing the most advanced, lowest-noise satellite communication terminal technology. That's a growing demand, just like the other two things I mentioned: private 5G and the commercial MNO adoption of O-RAN 5G."
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BREAKING: $AMPG CEO CONFIRMS $AMZN, CPI & VIASAT AS SATCOM CUSTOMERS! Well, it seems that my speculative post was 100% correct and this was confirmed by the CEO Fawad himself. This is first time I've seen Amazon named by the CEO in the satcom context. CEO Fawad Maqbool was asked where AmpliTech sits in satellite, named Viasat, Amazon and CPI as ground-station customers and said they supply "pretty much all the high-end ones." To understand why this is so bullish, please read the quoted tweet where I broke down why I think Amazon will be significant customer for $AMPG in future. Amazon Leo/Kuiper needs a massive ground segment. Every antenna farm talking to those satellites needs the lowest possible noise figure on the front end, because everything is digital data now. Maqbool claims AmpliTech has the lowest noise figures in the industry. That is a pick-and-shovel position in the LEO buildout. You do not need to know which constellation wins. They all need ground stations. He also mentioned $SPCX: "Right now satellite is growing tremendously because LEOs are being launched, MEOs are being launched, SpaceX is launching, Amazon is launching satellites. All of these are going to require satellite terminals, high-speed terminals at Ku-band and Ka-band frequencies. We're in the thick of that. We're providing the most advanced, lowest-noise satellite communication terminal technology. That's a growing demand, just like the other two things I mentioned: private 5G and the commercial MNO adoption of O-RAN 5G."

Johan N.

37,016 просмотров • 1 месяц назад

Northwood just achieved some major technical validation: our phased array ground station achieved bidirectional communications links over the full duration of satellite passes with Planet Labs — this baby works!! How do you eat an elephant? One bite at a time. At Northwood we’re taking on the big task of transforming connectivity between Earth and space. And a few days ago we made meaningful progress. Here’s the moment we first received signal from our array:
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Northwood just achieved some major technical validation: our phased array ground station achieved bidirectional communications links over the full duration of satellite passes with Planet Labs — this baby works!! How do you eat an elephant? One bite at a time. At Northwood we’re taking on the big task of transforming connectivity between Earth and space. And a few days ago we made meaningful progress. Here’s the moment we first received signal from our array:

Bridgit Mendler

1,278,960 просмотров • 1 год назад