 espaethDigital PlumberPremium,MVM
join:2001-04-21
Minneapolis, MN
kudos:2
 ·Clear Wireless
| reply to pokesph
Re: If only user desire trumped engineering obstacles... said by pokesph:Maybe, just maybe, we can just bond 2 lines together. There's nothing to stop you from ordering 2 lines and doing this yourself today. |
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 mikepdDiscoveryPremium,MVM
join:2000-10-26
New Port Richey, FL | Not going to happen since true line bonding requires support at the ISP end as well as the subscriber end.
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Always Reach Beyond Your Grasp |
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espaethDigital PlumberPremium,MVM
join:2001-04-21
Minneapolis, MN
kudos:2 Reviews:
·Clear Wireless
| said by mikepd:Not going to happen since true line bonding requires support at the ISP end as well as the subscriber end. No ISP support necessary. You just need to have a box somewhere with sufficient bandwidth (ie, a server at a local data center) and establish a multilink PPP session to that. |
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 MattAll noise, no signal.Premium
join:2003-07-20
Jamestown, NC
kudos:12 | said by espaeth:said by mikepd:Not going to happen since true line bonding requires support at the ISP end as well as the subscriber end. No ISP support necessary. You just need to have a box somewhere with sufficient bandwidth (ie, a server at a local data center) and establish a multilink PPP session to that. Screw fiber to the home or DOCSIS 3.0, let's all order 2 DSL lines, co-locate a server in a data center, pay for our bandwidth there, just so we can get 1.8Mbps upstream!
Whooo! |
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 PolarBear03The bear formerly known as aaron8301Premium
join:2005-01-03 | No kidding. A much cheaper alternative would be to order two lines and connect them to a dual-WAN router. Although I'm not sure if you can max out both lines with only one connection (say, uploading a large file to a server). |
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patcat88
join:2002-04-05
Jamaica, NY
kudos:1 | said by PolarBear03:No kidding. A much cheaper alternative would be to order two lines and connect them to a dual-WAN router. Although I'm not sure if you can max out both lines with only one connection (say, uploading a large file to a server). A dual WAN router just doesn't cut it. I'm not sure what algorithms it uses, but I assume most websites are smart enough to not allow loading of password protected resources from 2 different IPs with the exact same cookie, or sign out the 1st IP immediately if a 2nd IP trys to access a resource. Also a dual WAN router, AFAIK, can't cut up an image into a 2 Partial transfers, buffer the image in its RAM, then once the entire image is in RAM, pretend to be an HTTP server (hijacking the existing connection) to the PC and deliver the image under 1 HTTP connection. Just tunnel it to a datacenter and ressemble the tunnels into 1 tunnel. |
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