I have a home network set up, one of my computers runs at 100Mbs, while the other is at like 3.2 Anyone know why this is or how I can fix it?

what kinda network you running there ethernet, wireless, thin net? one issue might be the fact you could passably only have a 10mb card in one and a 10/100 in the other or your just not a good network admin no offense just need a few more details

no offense taken, I know im a bad network admin. I have an ethernet network. The slow computer has options for 10/100 and I currently have it on the 100 full mode.

alright, well I guess a question I should of asked before is how do you know its only 3.2mb and not 10mb or 100mb in first place? if you did an internet speed test thats not gonna be close to 10mb or 100mb unless your on a t3 line, only thing I can tell ye is to do some registry editing http://www.speedguide.net/articles.php?category=93 it might possibly help ya out, networking isn't my strong point by any means I'm more a hardware kinda guy

Ok goto device manager and look at network adapters...right click your nic (network card) and goto properties.. leave it on autosense... Your internal Lan speed will be 10mbps per sec and show connected if u look at your network connections on win xp, but your highspeed connection to the internet will be 2mbps-3mbps top, Each computer uses different bandwidth depending upon what background services u have...
Also Keep in Mind.. 3 MEGABITS, not megabytes per second....
I work for a cable isp and i can assure u most customers dont get but 2-2.5 mbps top unless they uncap their modem, then they can get up to 7-8mbps down, but then a friendly phone call by me..

I wanna uncap uploads but thats all done on your end care to help

If we uncapped uploads then your d/l speed would be cut down.. Also,
who ever uploads anyway??? Well unless youre a geek like me

i know it wont be 10/100 to the internet, im just looking at our intranet. The computer has Win98 and I have installed "Internet Gateway". This is where it is telling me I am running at 3.2