Heads Up :
The post you are writing will appear in a public forum. Please ensure all content is appropriate for public consumption. Review the employee guidelines for the community here.
My understanding is that the point of the 'all-links' keyword is to show even the routes that do not meet the feasibility condition. However, in this lab scenario I am not seeing the route at all and I am wondering why.The route I am concerned with i...
I am sure that I missing something simple in my understanding of how this works. I have connected my virtual CML lab to my network through the external connector. I am able to reach the internet from my edge router. However, for some reason I can not...
I have created the most simple scenario to try and understand the
update-source
command and yet I cannot seem to get these two devices to peer. Trying to peer loopback5 on R500 with g0/2 on R4. Everything is reachable via OSPF, I cannot make sense of...
I am studying for my ENARSI exam. I set up a DMVPN network in my lab and I cannot get the spokes to communicate over the tunnel. However, each spoke can communicate with the hub over the tunnel. My underlay network has complete connectivity. If I run...
I'm trying to understand what the
recursive
keyword actually does. I've labbed several scenario's and I seem to get the same result whether the
recursive
keyword is there or not. Can someone explain to me the purpose of this keyword?
Yes! Both of these methods worked without even needing the
update source
command. This just filled some big holes in my understanding of bgp peering. Thank you!
So I ended up resolving this based on what you said in your original post. I removed the routing protocols from the DMVPN routers and configured a default route. Though admittedly I'm still struggling to understand why this worked.Regardless, thank y...
Here is the route table from one of the spokes.The other spokes that I am trying to communicate with are at 10.51.50.51, 10.2.46.6, 10.3.67.7Hub route tableI have also attached the topology, The B routers are BGP, E is EIGRP, and R is OSPF.
