Just to prioritize download in limited bandwidth cables. Like a neighborhood might get 2Gbps total, but instead of doing 1 down 1 up they instead do 1.8 down and .2 up, then split that amongst a bunch of houses.
@dingus@worfamerryman On DSL you have a limited set of frequencies that you can use for either upload or download. So you have to split these frequencies between upload and download. Also the DSL speed is highly depending on the length of the copper between your home and the switch cabinet on the street. (Just remember: DSL is the transmission of high frequencies over unshielded cables that never meant to transmit high frequencies) So the longer the cable, the lower the total possible bandwidth. And most people have a demand for a higher download than upload. So most people will prefer some 16 down, 2 up instead of 8 down and 8 up.
Because they can. Most people’s typical usage isn’t impacted by low uplink bandwidth. Very few people are uploading 4K content or live streaming or hosting a high traffic webserver from their garage. Less bandwidth means less expense, thus more profit. Capitalism, baby.
Is there a legit reason they do not do this?
Just to prioritize download in limited bandwidth cables. Like a neighborhood might get 2Gbps total, but instead of doing 1 down 1 up they instead do 1.8 down and .2 up, then split that amongst a bunch of houses.
@dingus @worfamerryman On DSL you have a limited set of frequencies that you can use for either upload or download. So you have to split these frequencies between upload and download. Also the DSL speed is highly depending on the length of the copper between your home and the switch cabinet on the street. (Just remember: DSL is the transmission of high frequencies over unshielded cables that never meant to transmit high frequencies) So the longer the cable, the lower the total possible bandwidth. And most people have a demand for a higher download than upload. So most people will prefer some 16 down, 2 up instead of 8 down and 8 up.
What about on a fiber connection? I wonder if the slower upload speed is artificial.
@worfamerryman Fibre is not my field of expertise. But it seems as if we have got some experts here in the thread.
Thanks, I’ve read the comments. I was just curious if you had any additional information. I’m mainly interested for personal knowledge.
Because they can. Most people’s typical usage isn’t impacted by low uplink bandwidth. Very few people are uploading 4K content or live streaming or hosting a high traffic webserver from their garage. Less bandwidth means less expense, thus more profit. Capitalism, baby.