I'm generally pretty well informed about wireless and wired networking, but I can't seem to wrap my mind around a simple problem I want to solve.
I run a standalone firewall router (a piii-600 running smoothwall linux) and would like to add 802.11g wireless clients to my network.
Right now my cable modem goes into one of the NICs on my router, then the other NIC is uplinked to a 16 port 10/100 switch. The 6 wired clients in the house are then plugged into this switch and assign an IP in the 192.168.42.X range (42 is my favorite number).
What I want is to plug an access point like this into that same 16 port switch and have any wireless client (who can authenticate) be assigned an IP in this same range and act as if they were on the wired LAN somewhere (thus allowing for seemless samba sharing, etc).
Is this going to work, or if not - how can I make it work?
How about this can it be made to work in the same way without doing routing and DHCP? I can't see how, but maybe it has some mode I don't know about or something...
Any advice, comments, suggestions, criticisms, etc are welcome. Thanks.
I run a standalone firewall router (a piii-600 running smoothwall linux) and would like to add 802.11g wireless clients to my network.
Right now my cable modem goes into one of the NICs on my router, then the other NIC is uplinked to a 16 port 10/100 switch. The 6 wired clients in the house are then plugged into this switch and assign an IP in the 192.168.42.X range (42 is my favorite number).
What I want is to plug an access point like this into that same 16 port switch and have any wireless client (who can authenticate) be assigned an IP in this same range and act as if they were on the wired LAN somewhere (thus allowing for seemless samba sharing, etc).
Is this going to work, or if not - how can I make it work?
How about this can it be made to work in the same way without doing routing and DHCP? I can't see how, but maybe it has some mode I don't know about or something...
Any advice, comments, suggestions, criticisms, etc are welcome. Thanks.