Earlier quoted context omitted.
There will be no satellite internet on the iPhone 13.
pull-quote from the article: > Apple has created a mechanism that will ask users to be outdoors and walk in a certain direction to help the iPhone connect to a satellite. Linking to a network also won’t always be instantaneous, with testing of the feature indicating that it could sometimes take up to one minute to work.
The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
21–30 of 64 posts
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#22I find it representative of the sorry state of tech 'journalism' that anyone would think that a cell phone in 2021 is capable of satellite internet. A quick search will show anyone the size of even the smallest Starlink receiver and common sense dictates that current generation phones cannot have any meaningful signal strength connecting to even an LEO satellite.
The joke's on you; multiple startups are working on satellites that can communicate with unmodified cell phones. It will probably be limited to SMS but it's not literally impossible.
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#23Earlier quoted context omitted.
There will be no satellite internet on the iPhone 13.
pull-quote from the article: > Apple has created a mechanism that will ask users to be outdoors and walk in a certain direction to help the iPhone connect to a satellite. Linking to a network also won’t always be instantaneous, with testing of the feature indicating that it could sometimes take up to one minute to work.
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#24Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#25I find it representative of the sorry state of tech 'journalism' that anyone would think that a cell phone in 2021 is capable of satellite internet. A quick search will show anyone the size of even the smallest Starlink receiver and common sense dictates that current generation phones cannot have any meaningful signal strength connecting to even an LEO satellite.
That’s partly why people are so easily scammed by companies like Nikola and Theranos.
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#26Earlier quoted context omitted.
The joke's on you; multiple startups are working on satellites that can communicate with unmodified cell phones. It will probably be limited to SMS but it's not literally impossible.
Plenty of startups works on impractical stuff. Not to pass judgement but the fact that startups are trying doesn't necessarily confirm validity. See wireless power.
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#27I find it representative of the sorry state of tech 'journalism' that anyone would think that a cell phone in 2021 is capable of satellite internet. A quick search will show anyone the size of even the smallest Starlink receiver and common sense dictates that current generation phones cannot have any meaningful signal strength connecting to even an LEO satellite.
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#28Maybe it will be used for connecting iPhones to wearable devices, as an alternative to Bluetooth? Or maybe Apple is planning on something like Amazon Sidewalk?
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#29I find it representative of the sorry state of tech 'journalism' that anyone would think that a cell phone in 2021 is capable of satellite internet. A quick search will show anyone the size of even the smallest Starlink receiver and common sense dictates that current generation phones cannot have any meaningful signal strength connecting to even an LEO satellite.
Dropping that to something that fits in an iPhone would be a very significant improvement, but it hardly breaks the laws of physics. Thus https://xkcd.com/2501/
Re: The iPhone 13 Does Not Have Satellite Internet, Band N53 and Globalstar
#30Earlier quoted context omitted.
I wonder what the theoretical minimum size would be for an antenna that can maintain a half-decent connection with the current generation of starlink/iridium/et.al. satellites.
Check out the Garmin inReach Mini or Rock Seven's RockBLOCK 9603. They're already relatively small -- I could imagine those circuits getting smooshed into a phone case. However, I doubt the connection would be anywhere close to half-decent. Would be useful for emergency text-messaging after a disaster, though.
Disaster is probably the least useful use case for this. The satellite would be overloaded from all the people requesting help. A far more plausible use case is if you got lost hiking or something.