General Questions

I think I read somewhere M0n0wall supports dot1q VLAN-trunking, but maybe it doesn't?
Cant find any info on it in handbook, only some strange PPTP way of simulating VLAN's, but it doesn't seem very smooth and I doubdt that way is compatible routing VLAN's setup on a switch connected to a router-interface.

Can anyone help me out a bit here with more info?

Thanks

EDIT: Found the below now, by mistake when searching for something else.
Sadly I dont have a clue what kind of drivers/chips/whatever are in the NIC's on my ALIX 2c1. Some VIA NIC's anyway. Would be fun if one of the recommended hardwareplatforms doesn't support one of the cooler features
http://www.pcengines.ch/alix2c1.htm

"VLAN tagging
The following drivers/NICs either support VLAN tagging in hardware or handle long frames properly. All other drivers/NICs use software emulation that causes a reduced MTU (which may lead to problems).

    * hardware support: bge, em, gx, ixgb*, msk*, nge, re*, stge*, ti, txp, vge*
    * long frame support: bfe*, dc, fxp, gem*, hme*, le*, rl*, sis, sk*, ste, tx, xl "

EDIT: Looking at ethernet drivers/cards at FreeBSD for release 6.3 and 7.0, but none of them has VT6105M which seems to be on the ALIX so I dont have a clue :s

EDIT: Looking at ethernet drivers/cards at FreeBSD for release 6.3 and 7.0, but none of them has VT6105M which seems to be on the ALIX so I dont have a clue :s

VLAN support should work fine on ALIX boards with 1.3b11; in fact, a fix was added back in 1.3b5 for VLAN support on chips that use the vr driver.

Nice to hear, thanks
So then I dont mess around with that P2PT server-stuff?
I just configure it on my switch and it will show up as interfaces or something in M0n0 or how does THAT work? I dont follow at all on the handbooks examples with P2PT stuff, I think that is some other cheating way to get VLAN's....

I just wanna be able to create them in my switch, and then route/firewall between them in M0n0wall with the VLAN trunking....as the Cisco-term "router on a stick".

Thanks for you answer(s)