Uploading and downloading large files was out of the question however. I had to do a lot of work SSH'd into a remote server.
So, 11 to 60 is not great, but still useful.
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Uploading and downloading large files was out of the question however. I had to do a lot of work SSH'd into a remote server.
So, 11 to 60 is not great, but still useful.
Won't these speeds dramatically reduce once there are a lot of users saturating the connections?
I just got back from an AirBnB where I worked remotely for a week and the internet was DSL. It was about 1.5Mbps up and down. Work was still possible. Even group video calls worked. Uploading and downloading large files was out of the question however. I had to do a lot of work SSH'd into a remote server. So, 11 to 60 is not great, but still useful.
Honestly, this is just awesome. It's a working demonstration of high-speed satellite internet, showing this approach is a viable solution for "anywhere on Earth" internet. For all those people who don't have broadband available, this will be life-changing. It'll only get better from here, welcome to the future :) (and remember that perfect is the enemy of good)
Delivering just 10Mbps to 100 million customers is over 900 Tbps. There is absolutely no way a satellite network can clear that kind of downlink bandwidth. And that's just a tiny fraction of the market.
Physical cables/fiber represent several orders of magnitude more capacity and always will. So satellite is great for remote areas or unique situations but absolutely not a substitute for running cables.
I just got back from an AirBnB where I worked remotely for a week and the internet was DSL. It was about 1.5Mbps up and down. Work was still possible. Even group video calls worked. Uploading and downloading large files was out of the question however. I had to do a lot of work SSH'd into a remote server. So, 11 to 60 is not great, but still useful.
How was the LTE signal with a good quality antenna? LTE is already faster than this, assuming you can get at least a half signal.
For reference these are LTE category 3 speeds with better than LTE pings. A good start but nowhere near the Gb they've promised. I'm cautiously optimistic.
I just got back from an AirBnB where I worked remotely for a week and the internet was DSL. It was about 1.5Mbps up and down. Work was still possible. Even group video calls worked. Uploading and downloading large files was out of the question however. I had to do a lot of work SSH'd into a remote server. So, 11 to 60 is not great, but still useful.
How was the LTE signal with a good quality antenna? LTE is already faster than this, assuming you can get at least a half signal.
The latency will be interesting to see too, since that was the boldest claim Musk made with this venture. The article seems to have cherry picked the best speedtests to show in their graphic - I'm curious what real-world in-application latencies are, ie. inside Call Of Duty Modern Warefare or something similar.
Honestly, this is just awesome. It's a working demonstration of high-speed satellite internet, showing this approach is a viable solution for "anywhere on Earth" internet. For all those people who don't have broadband available, this will be life-changing. It'll only get better from here, welcome to the future :) (and remember that perfect is the enemy of good)
I’m still not sure we won’t get develop Kessler Syndrome (runaway debris situation in LEO) so let’s hope you are right.
Earlier quoted context omitted.
I suspect it will be really serving areas where that is unlikely to happen (rural areas and over ocean transportation).
I'd switch to Starlink JUST to spite Comcast.