![]() ![]() ![]() Set all other ports on your switch to use VLAN10 and/or VLAN20 (often it is easiest to simply make them untagged on those ports, unless you are using a trunk port or will be connecting VLAN aware devices to those ports). Make sure that VLAN 100 is not assigned to any other switchports.Īlso on the managed switch, set port 2 (pi) to use VLAN 10 and VLAN 20 (you've now got VLAN 10, 20, and 100 on that physical port - at least 2 of those must be tagged, you can select which, if any, is untagged on that port. Similarly on the switchport that will connect to your Pi's ethernet port (2), set that to be a member of VLAN 100 (preference will dictate if this is tagged or untagged). On the managed switch, set the physical switchport (1) for the Fritzbox to have a PVID (default untagged) VLAN ID = 100. And define your physical switchports for the connections (I'll assume Fritzbox = port 1, Pi = port 2) ![]() For the moment, I'm going to use LAN = 10, Guest = 20, and WAN = 100. If not, you'll be double-NAT'd, which is not usually a big deal, but can be less than ideal and can sometimes cause issues. Stick with RFC1918 address ranges (, 10., 172.16.xxx.xxx)įirst thing: can you modem be set to a true bridge mode such that a device connected to it gets a public IP (instead of being behind the router functions that will make the connection NAT'd and firewalled? If this is an option, you'll want to use it. While possible to use, it may cause headaches in the future. I'd recommend you start over with your Pi and switch and even your modem.Ī quick side note: Why are you using 218.201.10.0/24 - this is not an RFC1918 range. I have a setup similar to what you are trying to achieve.
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