The best throughput you will get on 802.11g will be between a single wifi
client (no other clients active) and a server locally connected to your
AP/router by 100BaseT. That will be in the range of 18 - 24 mbps, depending
on signal strength, interference, and signal quality in your environment.
The drop is due to 802.11 access protocol and TCP/IP overhead.
If you access an internet server, your maximum bandwidth is limited by your
ISP connection. If it's 3 mbps, then that's the theoretical best you'll get
pulling a file from a web site or ftp server.
Two wifi clients talking to each other through an AP (or router), will have
throughput cut in half because net access is half-duplex.
"Gymmy Bob" <(E-Mail Removed)> wrote in message
news:Yo-dnUq4rt-ThHCiRVn-(E-Mail Removed)...
> 54Mb divided by the number of users and divided by two directions of data
> minus the overhead of the packets and handshaking.
>
> When you are all done calculating maybe divide that in half for noise and
> interference for retries and data collisions.
>
>
> "Tim G." <(E-Mail Removed)> wrote in message
> news:(E-Mail Removed)...
> > Does gettinga 54mbs wireless router make sense connected to rogers hi
> speed,
> > considering I have an 11mbps operating at the Good level most of the
time?
> Or is
> > this just overkill, and I won't notice any difference in wireless speed?
> >
> > ---Tim G. in Toronto, Canada: cc. replies to e-mail please
> > ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~~~~
> > Right On! Blog
> > www.rightonblog.com
>
>