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ELON: YOUR PHONE WILL EVENTUALLY CONNECT DIRECTLY TO STARLINK SATELLITES “High broadband connectivity from the satellite to the phones, but there are hardware changes that need to happen to the phone. The chip-set has to be modified to add these frequencies, so the phones that are able to use... this, would probably start shipping in about 2 years. And then we also need to build the satellites that are going to communicate all those frequencies. So we’re building the satellites and working with the hand-set makers to add these frequencies to the phones. The net effect is that you should be able to watch videos anywhere on your phone.” Source: Tesla Owners Silicon Valley, Starlink, Elon Muskshow more

Mario Nawfal

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144,847 просмотров • 8 месяцев назад •via X (Twitter)

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Elon Musk on Starlink Mobile: "It will allow SpaceX delivery high bandwidth connectivity directly from the satellites, to the phone. But there are hardware changes that need to happen in the phones since these frequencies aren't supported in current phones— the chipset needs to be modified to add these frequencies. That is probably a two year timeframe. The net effect is that you should be able to watch videos on your phone anywhere in the world, from space." Sign me up.

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Elon Musk has been planning satellite-to-mobile internet for years and it’s now becoming reality High-bandwidth connectivity directly from Starlink satellites to your regular phone is coming Starlink has officially announced its next-generation 5G Mobile V2 satellites “So in parallel, we’re building the satellites and working with the handset makers to add these frequencies to the phones. And then the satellites and the phones will handshake very well to achieve high-bandwidth connectivity" Elon’s vision: “You should be able to watch videos anywhere on your phone” True global coverage with no dead zones - exactly what Elon has been working toward for years

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“This will allow SpaceX to deliver high-bandwidth connectivity directly from satellites to phones… The phones that are able to use the spectrum we acquired will probably start shipping in around two years." — Elon Musk

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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

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ELON: TESLA OWNERS WILL BE ABLE TO ADD THEIR CARS TO THE ROBOTAXI FLEET “Any customer will be able to add or remove their car to the Tesla network. We expect this to operate like a combination of maybe the Uber and Airbnb model. If you own the car, you can add or subtract it to the Tesla network and Tesla would take 25% or 30% of the revenue. In places where there aren't enough people sharing their cars, we would just have dedicated Tesla vehicles. It's really simple. We'll update the app and add summon Tesla or add or subtract your car to the fleet. You'll be able to do that from your phone.” Source: Elon Musk, Tesla Autonomy Day, April 2019

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Elon Musk just announced cellular dead zones have two years left to exist, but only if both space and Earth execute flawlessly in parallel. Direct satellite-to-phone isn’t theoretical anymore. SpaceX is manufacturing it at scale. Your phone just can’t talk to it yet. Musk: “There are hardware changes that need to happen.” Streaming-quality bandwidth from orbit requires different chipsets. Current phones lack the radio hardware for frequencies SpaceX satellites broadcast on. Not fixable through updates. Physical redesign required. Two simultaneous engineering fronts. Both must succeed. In orbit, SpaceX is deploying a constellation capable of video-streaming bandwidth direct to pocket devices. On the ground, manufacturers are integrating entirely new chipsets into phones to receive those transmissions. Musk: “You should be able to watch videos anywhere on your phone.” Not emergency texts from mountains. That’s the minimum viable product rolling now. The actual goal is unrestricted bandwidth from any coordinates on the planet. Video streaming mid-Pacific. Data access from Antarctica. Video calls crossing the Sahara. Full connectivity completely independent of towers, cables, terrestrial infrastructure. Musk: “We’re building the satellites and working with the handset makers.” Satellites launch on schedule. Chipsets integrate into device generations over 24 months. When both complete, the handshake executes globally. Dead zones don’t reduce. They terminate as a concept. Not through better ground coverage. Through space-based infrastructure making physical location irrelevant to connection quality. Timeline is locked. Two years until compatible hardware ships mainstream. Constellation already deploying overhead to provide the other half. This stopped being research. It’s production engineering synchronized across orbital deployment and consumer electronics at planetary scale. When it completes, connectivity dependence shifts entirely from geography to hardware generation. “No signal” disappears as a location problem. It only exists if your device predates the cutover. Two years from now, new phones ship assuming orbital connectivity as baseline infrastructure. The phone in your pocket will be the last generation that loses service based on where you’re standing.

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Starlink satellites are designed, built, launched and operated from the United States to provide connectivity anywhere on the planet

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🇨🇳 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

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Elon Musk talks about Starlink's direct-to-cell plans, explaining that phones need new chipsets to use the acquired satellite frequencies, a process he expects to take about two years. He says the service should work in normal homes but not through thick metal roofs, and lays out a vision where a Starlink account could replace traditional carriers like AT&T or Verizon worldwide.

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$HIMS $ENHA 🚨 MAX MARTIN & Christian Angermayer SAY ENHANCED WILL BE 'READY TO GO' AS SOON AS THE FDA MOVES PEPTIDES TO CATEGORY 1 "The goal is to be ready immediately after, yes." "Because think about it like this: What actually happens is that when 503A pharmacies are again able to compound those peptides, those are the pharmacies that we are already working with, that we already have the delivery and operational chain set up." "The doctors that are going to be able to prescribe those [peptides] are going to be the same doctors we are already working with." "And so from an infrastructure perspective, not much changes." "So from an infrastructure perspective, we are ready to go as soon as that change happens."

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SpaceX successfully simulated the deployment of 20 Starlink V3 satellites during Starship V3’s first flight. Starship V3 can hold up to 60 of these satellites. Each Starlink V3 satellite offers 1 Tbps of downlink capacity. That means a single Starship launch can add up to 60 Tbps of total downlink capacity to the network, more than 20x what a Falcon 9 delivers today with V2 satellites. Insane scale. V3 will also enable 5G high-bandwidth direct-to-cell connectivity anywhere in the world. This would only be possible with Starship. 🦾

SpaceX successfully simulated the deployment of 20 Starlink V3 satellites during Starship V3’s first flight. Starship V3 can hold up to 60 of these satellites. Each Starlink V3 satellite offers 1 Tbps of downlink capacity. That means a single Starship launch can add up to 60 Tbps of total downlink capacity to the network, more than 20x what a Falcon 9 delivers today with V2 satellites. Insane scale. V3 will also enable 5G high-bandwidth direct-to-cell connectivity anywhere in the world. This would only be possible with Starship. 🦾

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