Welcome to the Digital Desi today’s topic is very crazy about your smartphone Space X and T-Mobile set up an event on Thursday evening just to expose and explain the partnership of Space X and T-Mobile many of the top authority people present at this event from Space X and T-Mobile.
In this event, Space X and T-Mobile discussed how the 5G smartphone connects with how they are working for that. so, lets get started.
Space X and T-Mobile
As the T-Mobile announcement was being made T-Mobile and Starlink are teaming up to create essentially a cell tower emulator in space.
which is an incredible undertaking and it seem like a lot of people were very confused about this, so I wanted to do a real quick thing I don’t have it particularly organized I’ve got a lot of notes sitting on my computer so,
Anyway, I will be reading off of that as I go but the basic idea is inverting what we’re all used to so the classic thing, in fact, I just watched a curious droid video this morning.
First telecommunication satellite– Space X and T-Mobile
That was excellent about Telstar, one which was the first telecommunication satellite and actually. You should go watch that if you’re completely confused about this stuff but,
Telstar 1 was a tiny little ball and it had microwave antennas around the outside of it and it spins around these antennae were tiny little antennae, and you had to have gigantic.
You know huge those gigantic radio dishes that you see uh or the bighorn one the one that actually discovered the uh microwave background radiation information about the universe.
The Space X and T-Mobile actually designed as communications horn telescopes to be able to communicate with things like Telstar. so it’s kind of weird how all this stuff all works together essentially Starlink and T-Mobile are inverting this process.
The idea of the Tiny Satellite Model with Space X and T-Mobile
You know what a cell phone looks like and inside of it; it has a tiny little antenna that is wrapped around usually around the back of the phone in kind of a rectangular shape.
That antenna is puny, what they are going to do is put a big antenna in space, and so they are going to invert it right.
We were used to the idea that satellites have tiny little antennae, on the ground, you have big giant antennae, they receive these weak little signals, and they rebroadcast that they amplify.
It’s up to a certain amount and then they pass that on to where it goes that is the way you know the polls missions in the 60s work that’s the way that the space shuttle works.
It is the way that when Orion and the launch, it goes back around the backside of the moon we are going to have tiny little antennae on these spaces hips and we’re going to have big giant dishes that receive this information on earth.
They will be able to take that tiny little signal, amplify it, and detect it from the noise essentially
what’s going on here is they’re doing this backward which I’m stilI’mind of processing because it’s insanity so you’re taking a phone which has a tiny little antenna.
The way that cell phone towers work on earth is that there’s a cell right and so, just imagine a little circle on the ground or something and there are all of these overlapping circles in the entire country.
Wherever you have cellphone service all of those things are overlapping and the cell tower itself if you’ve ever looked up there they have big antennae right that’s those big sort of blocky-looking rectangular things or whatever shape it is but those things are up there on the tower.
Take the puny little signal that your telephone is producing and they receive that you know separate it out from the noise and everybody else’s signals they take that and then they amplify it.
Limited Number of Users per area
Then they pass it on down to fiber optics, things, or satellites or something else they pass that information on then they receive the information that you want.
Therefore, maybe you request a web page right so they get your request that is passed on and then they get the data and they pass that back at a very high amplification so that your tiny little antenna can actually receive that.
There is a certain number of customers that can be served per cell, which is effectively what goes on.
That is the reason why if you go to something like a football game or something everybody’s self-reception is terrible because you know when you have only a certain number of customers.
That can be served per cell area everybody in that football stadium is in the same cell and so they are overtaxing it.
It is not used to having 80 000 people simultaneously trying to use their coverage. Or some number like that so essentially,
What we are doing is we are replacing the cell tower with a satellite and it’s not Starlink version one which is currently in space.
it’s Starlink version two and there’s some really interesting information about that to come but, Starlink v2 Elon said that they’re going to add an additional antenna so, this thing’s about seven meters long it’s very big I’m about you know a little less than two-meter stall.
So, imagine like three and a half of me or something like that so stacked on top it’s very big seven meters tall and I think five meters wide and it’s got big antennae but, they’re a five by a five-meter antenna that I think is going to unfold out.
Source: Youtube, Space X and T-Mobile
In this event of the Advanced Technology meetup of Space X and T-Mobile, they discussed how the satellite cell phones are working they were preparing for the launch of this super exciting technology for the people of America and also the people of the world.
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