Hello, first post and hoping this is the right subforum for this kind of question. Apologies if it isn't and feel free to move it.
Recently I got a RT-AC66U to connect my laptop, phones to the internet.
I also have a server for my small business at home.
My set-up right now looks like this:
ISP 100mbit fiber with 3 static ip:s designated via DHCP to me.
Got one desktop and the server connected to a simple switch that's in turn is connected to the net.
Now I want to replace the switch with my router. The thing is that I really need the server have the same public IP it has now. Is it somehow possible to get the router to act as a dumb switch for the wired connections and use DHCP + NAT for the wireless?
Using custom firmware like merlin or something else isn't a problem as long as it gets the job done. Additionally it would be nice if the router still would act as a firewall for all connections, is that possible?
Any ideas how to set this up? I'm not that well versed in networking if that wasn't apparent already
Right now the router is dangling of the switch and using the last IP.
Recently I got a RT-AC66U to connect my laptop, phones to the internet.
I also have a server for my small business at home.
My set-up right now looks like this:
ISP 100mbit fiber with 3 static ip:s designated via DHCP to me.
Got one desktop and the server connected to a simple switch that's in turn is connected to the net.
Now I want to replace the switch with my router. The thing is that I really need the server have the same public IP it has now. Is it somehow possible to get the router to act as a dumb switch for the wired connections and use DHCP + NAT for the wireless?
Using custom firmware like merlin or something else isn't a problem as long as it gets the job done. Additionally it would be nice if the router still would act as a firewall for all connections, is that possible?
Any ideas how to set this up? I'm not that well versed in networking if that wasn't apparent already
Right now the router is dangling of the switch and using the last IP.