Hello,
I have a question about VLANs on Mikrotik router. I have 2 bridges. One is for eth2, eth3, eth4, eth5 and on this bridge is pppoe server. I have another bridge with eth6, 7, 8, 9, 10 and I want make 2 vlans 100 and 200. On VLAN 100 I want a pppoe server from bridge1 and on VLAN 200 i want dhcp server. I don’t know, how can i make this. I found VLANs in Interfaces, in Bridge and i don’t know how I must configure it. And I want on another mikrotik connected with eth port to send this vlans to wirless.
Do I read you right that you want to have ether2 to ether10 in a single bridge and have both the pppoe server and the dhcp server, both running on the Mikrotik itself, available on all 9 ports depending on the VLAN ID with which the client connects?
Do I read you right that you want to use another Mikrotik, equipped with wireless interface, to distribute both VLANs to wireless clients? As VLANs are not supported by the wireless protocol, you can either use a distinct SSID for each VLAN or you can use wireless access list based on client’s MAC addresses to choose between the VLANs. I assume you prefer SSID.
Do you realize that either the clients directly connected to the 10-port Mikrotik must support VLAN tagging or you have to configure the ports in a different way to connect a client which does not support VLAN tagging?
I wan’t, the clients in eth ports from 2 to 5 to use no VLAN tagged connection by pppoe. I want to last 5 eth ports to make bridge and send 2 VLANs 100 and 200 to it. On VLAN 100 i want the first bridge (eth2-5) and on the VLAN 200 I want dhcp server. On the second mikrotik i want to untag the vlan and bridge it to wirless.
Which VLAN? 100, 200, or both? If both, on separate SSIDs or on single SSID, where specific clients are connected to one VLAN and the rest of clients to the other one?
Okay. So have look at this and this thread, and come back if you get lost.
You seem to have a RB model with two switches like 2011, so the ether2 - ether5 are on one of them and ether6-ether10 on the other, so the path between the two goes via the CPU anyway. So you can create two “/interface vlan”, one with “name=vlan-pppoe” and “vlan-id=100” and another one with “name=vlan-dhcp” and “vlan-id=200”, both with “interface=bridge6-10”. You then assign an IP address and DHCP server with pool and network to interface vlan-dhcp, and make vlan-pppoe a member port of bridge2-5: “/interface bridge port add bridge=bridge2-5 interface=vlan100”.
