In wireless technology only one host can communicate with a WAP at a time.
They have to take turns. So when it is "B's" turn to communicate it sends
the packet,..because B is slower it takes more time for the Packet to
complete the trip which causes the other to have to waite,...hence it slows
down the WAP.
The only thing I can think of is if the WAP has dual radios and uses two
different channels so the B's can work over a different channel than the G's
which might allow them to transceive at the same time or near the same time.
You may still take some hit in performance.
I don't know anything about the USRs but that is about the only thing I can
think of that they might be doing,..and it is just a guess.
--
Phillip Windell
www.wandtv.com
The views expressed, are my own and not those of my employer, or Microsoft,
or anyone else associated with me, including my cats.
-----------------------------------------------------
"Pegleg" <> wrote in message
news:...
> Anyone have any experience with these in a home network environment?
>
> Supposedly they will allow a mixed environment of some "B" and some "G"
> devices to operate at their designed speed instead of dropping back the
> entire network to the "B" capability.