Hello,
from your diagram it’s not a bonding setup, but a load balancing one.
With bonding you will increase the capacity of a single Ethernet line by combining more than one interface from one device with the same interfaces on the main router.
In your case you need to load balance the traffic from the 2 CPEs into the hAP; this is not going to be the sum of ETH1+ETH2, but traffic gets spread across ETH1 and ETH2 based on concurrent streams generated by different users on hAP lan.
You can read more about this subject here: https://wiki.mikrotik.com/wiki/Manual:PCC
In term of port aggregation the use case it’s different from what you are looking for.
Let’s say your CPE does have 2 ETHs=100mbits but your radio link is capable of 300mbits, then you can limit this bottleneck by bonding both ETH1+ETH2 at CPE and connecting 2 cables to your router you can get almost 200mbits capacity on WAN and keep up with your radio link.
On the case that you are looking for, other than load balancing, you can see just for study purpose this lecture about VLAN bonding where you can aggregate traffic from different devices in your network. But this will imply adding switches and extra things, which I don’t think is what you are interested into.
It’s just for reading and learning.
As said in the article it’s a matter of load balancing and failover setup that you will get.
You can try to check on implementing mangle rules in your hAP to manage such load balancing with your current setup, otherwise you will need to manage this with the use of some switch, like in the shown cases.
ok what I did was connect both the stations wireless cards to the same radio card on the AP
Then I made 2 vlan’s on the station. Vlan1 ID 501 is attaches to Wlan1. Vlan2 ID 502 is attached to Wlan2. Then I bonded Vlan1 and Vlan2 together And added the bonding interface into a bridge with the ether ports.
Then on the AP I added the Vlan1 ID 501 on Wlan1. next I added Vlan2 ID 502 to the same Wlan1, Bonded Vlan1 and Vlan2 and added the bonding interface to a bridge with the ether ports
Remember Wlan’s are not in Bridge they are acting as slaves to the Vlan’s.
with this I get a downloads increase and a small upload increase with no complaining abode loops in the log
on the station I get 7 to 9M download and a 1.5M upload per radio card(not strong radio cards)
if I run both vlan links at the same time with this bonding setup I get 18 to 20m download and a 3.5M upload.
was this ever done before what issues can I expect from this setup.
If this is a workable idea how can I improve on it?
Hope my explanation makes sense.
If theirs anything you need to understand better tell me what it is or how to give it and ill send it.