Welcome.
I have a question.
Does anyone do such a thing, as I showed in the picture?
I want to break the download and upload at two separate links.
Or I want to do download and upload grouped together on two separate links
Because a single link is no longer enough and I have to make another one to increase productivity.
Can this be done using OSPF or some other protocol?
I am very please any help, hints, because I do not know how to go to work.
Router - Main router / server - clients and bandwidth management (PPPoE, DHCP, etc.).
You could setup a bond across the connections to realise more speed or you could put opposite routes on each side.
E.g.
Side a - radio1 route
Side b - radio2 route
That way each side will route out diferent radios. You can also add in a secondary route on each side to the other radio with a higher cost. Then you could cater for a link failure.
You can do this with BGP and probably also with OSPF. Adjust the costs of the links in a way that the first link is cheaper for RX and the second link is cheaper for TX.
Edit: I did not read well. rjickity already told this
There are BGP examples in the wiki.
Basically: give both links their own IP point-to-point subnet (don’t use port-aggregation or bridges or something..).
Then you should configure the cost of the interface that should not transmit higher than the other interface.
I could use some help.
For now, everything is being setup.
Handy to be some pre-loaded configuration.
If you have any good solution, gladly I draw from you knowledge.
I have a question:
Is all the equipment that I have presented in the picture are needed to make such a link?
Can I cancel any device?
BGP between RB450 probably working correctly. But I do not know how to connect to the server/router public addresses x.x.x.x/24 and the connecting class x.x.x.x/30.to be on the server as it is now, in the case of having a single link.
You can also make your link transparent using MPLS/VPLS. It´s useful for Layer-2 connectivity (for DHCP…)
Just use OSPF for routing with different cost, than create MPLS-Interfaces and in the last step create a VPLS-Tunnel between the endpoints.
These tunnels you have to bridge with ethernet/vlan interfaces on the endpoints.