Does distance of one user from WiFi AP have negative impact on other connected users?
One of my friends (that knows very well Wireless world) told me following:
Consider we have high speed AP. If one user stays out of the range of AP WiFi (lets say 51 meter away) - he will have low throughput and therefore all users that connected to the same AP will suffer from low traffic.
Is it true?
wireless-networking bandwidth
migrated from electronics.stackexchange.com Jan 14 at 21:43
This question came from our site for electronics and electrical engineering professionals, students, and enthusiasts.
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One of my friends (that knows very well Wireless world) told me following:
Consider we have high speed AP. If one user stays out of the range of AP WiFi (lets say 51 meter away) - he will have low throughput and therefore all users that connected to the same AP will suffer from low traffic.
Is it true?
wireless-networking bandwidth
migrated from electronics.stackexchange.com Jan 14 at 21:43
This question came from our site for electronics and electrical engineering professionals, students, and enthusiasts.
@Jeroen3 thank you, will move it to networkengineering.stackexchange.com
– Maxim Shoustin
Jan 13 at 21:24
add a comment |
One of my friends (that knows very well Wireless world) told me following:
Consider we have high speed AP. If one user stays out of the range of AP WiFi (lets say 51 meter away) - he will have low throughput and therefore all users that connected to the same AP will suffer from low traffic.
Is it true?
wireless-networking bandwidth
One of my friends (that knows very well Wireless world) told me following:
Consider we have high speed AP. If one user stays out of the range of AP WiFi (lets say 51 meter away) - he will have low throughput and therefore all users that connected to the same AP will suffer from low traffic.
Is it true?
wireless-networking bandwidth
wireless-networking bandwidth
asked Jan 13 at 18:55
Maxim ShoustinMaxim Shoustin
6818
6818
migrated from electronics.stackexchange.com Jan 14 at 21:43
This question came from our site for electronics and electrical engineering professionals, students, and enthusiasts.
migrated from electronics.stackexchange.com Jan 14 at 21:43
This question came from our site for electronics and electrical engineering professionals, students, and enthusiasts.
@Jeroen3 thank you, will move it to networkengineering.stackexchange.com
– Maxim Shoustin
Jan 13 at 21:24
add a comment |
@Jeroen3 thank you, will move it to networkengineering.stackexchange.com
– Maxim Shoustin
Jan 13 at 21:24
@Jeroen3 thank you, will move it to networkengineering.stackexchange.com
– Maxim Shoustin
Jan 13 at 21:24
@Jeroen3 thank you, will move it to networkengineering.stackexchange.com
– Maxim Shoustin
Jan 13 at 21:24
add a comment |
1 Answer
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Sort of. All of the communications between the AP and that user will take up more air time as the data rate will be lower. There could also be issues with collisions if the users are too far apart from each other to reliably pick up each other's transmissions and back off to avoid collisions. But the other users should not see any major change in data rate as the rate negotiation is done on a per-device basis.
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1 Answer
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Sort of. All of the communications between the AP and that user will take up more air time as the data rate will be lower. There could also be issues with collisions if the users are too far apart from each other to reliably pick up each other's transmissions and back off to avoid collisions. But the other users should not see any major change in data rate as the rate negotiation is done on a per-device basis.
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Sort of. All of the communications between the AP and that user will take up more air time as the data rate will be lower. There could also be issues with collisions if the users are too far apart from each other to reliably pick up each other's transmissions and back off to avoid collisions. But the other users should not see any major change in data rate as the rate negotiation is done on a per-device basis.
add a comment |
Sort of. All of the communications between the AP and that user will take up more air time as the data rate will be lower. There could also be issues with collisions if the users are too far apart from each other to reliably pick up each other's transmissions and back off to avoid collisions. But the other users should not see any major change in data rate as the rate negotiation is done on a per-device basis.
Sort of. All of the communications between the AP and that user will take up more air time as the data rate will be lower. There could also be issues with collisions if the users are too far apart from each other to reliably pick up each other's transmissions and back off to avoid collisions. But the other users should not see any major change in data rate as the rate negotiation is done on a per-device basis.
answered Jan 13 at 19:33
alex.forencichalex.forencich
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@Jeroen3 thank you, will move it to networkengineering.stackexchange.com
– Maxim Shoustin
Jan 13 at 21:24