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Luker
@vt.edu | Satellite Isn't this satellite? Are the pings going to be better, or is this just a huge pipe? | |
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PolarBear
The bear formerly known as aaron8301
Premium
join:2005-01-03 | Re: Satellite The pings can NEVER get better. 22,000 miles will never be any less than 22,000 miles. | |
| | jstack
join:2001-12-09
South San Francisco, CA
 ·Verizon Online DSL
| Re: Satellite said by PolarBear  :The pings can NEVER get better. 22,000 miles will never be any less than 22,000 miles. It's a lot more than that if you think about it. It's 22,300 miles up, another 22,300 down, then it gets routed to the website on ground, and then finally, it goes back up and down to you. It totals about 90,000 miles. | |
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PolarBear
The bear formerly known as aaron8301
Premium
join:2005-01-03 | Re: Satellite My point was, the distance will never be reduced, thus the pings will never be reduced.
Strato-lites, anyone? | |
| | | BosstonesOwn
join:2002-12-15
Everett, MA
clubs:
 ·Comcast
| said by jstack :said by PolarBear :The pings can NEVER get better. 22,000 miles will never be any less than 22,000 miles. It's a lot more than that if you think about it. It's 22,300 miles up, another 22,300 down, then it gets routed to the website on ground, and then finally, it goes back up and down to you. It totals about 90,000 miles. Newer satellites have routing built in. They can actually beam it to a closer downlink and uplink center to try and lessen lag. I have heard they are dropping the latency by as much as 200 ms. Which is a nice drop for satellite.
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"It's always funny until someone gets hurt......and then it's absolutely friggin' hysterical!" | |
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GoodIdea
@bu.edu
| said by jstack :said by PolarBear :The pings can NEVER get better. 22,000 miles will never be any less than 22,000 miles. It's a lot more than that if you think about it. It's 22,300 miles up, another 22,300 down, then it gets routed to the website on ground, and then finally, it goes back up and down to you. It totals about 90,000 miles. Er, internet packets are a form of electromagnetism. EM waves travel at ~186,000 miles per second. This means even if it were 90,000 miles round trip, the packets could traverse the distance in about half a second.
The satellites are 22,000 miles above the equator, which means that if you look at the geometry, it will be further away than that from us folks in North America. Nonetheless, it still would take well less than a second for the round trip. | |
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koam
Pink Pecker
Premium
join:2000-08-16
East Puddle
clubs:
1 edit | and where did you get 22,000 miles from? | |
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PolarBear
The bear formerly known as aaron8301
Premium
join:2005-01-03
·CableOne
| Re: Satellite said by koam :and where did you get 22,000 miles from? Well, I kind of guesstimated it from what I've learned about DirecTV as an installer.
Why, do you not agree? | |
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Satellite Kid
@Level3.net
| Re: Satellite - 22,000 miles? Satellites such as these are put into geosynchronous or geostationary orbits, a position where they are in the same apparent place in the sky all the time, or at the same place at the same time each day. That makes them easy to aim at with the ground antenna. Such orbits are always at 22,000 miles up. »en.wikipedia.org/wiki/Geosynchronous_orbit | |
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PolarBear
The bear formerly known as aaron8301
Premium
join:2005-01-03 | Re: Satellite And that, my friend, is why satellite internet has such high lags! | |
| caveman000
join:2007-11-14
Peoria, AZ | I thought that the signals sent out to satellites travel at the speed of light (electromagnetic signals)???? | |
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