hello Jeremy, is there a video about 3 way mutual redistribution on same router ? (Eigrp, Ospf , BGP for example, all needing to know each others routers).
+Sofia Klimov E1 adds the internal OSPF cost to the default Type 5 LSA cost (default metric cost). E2 just uses the same cost. In the event of a tie due to E2 using the same route cost for every external Type 5 LSA route. if the ASBR is in the same area as other routers, other OSPF speaking routers picks a route based on its quickest route to the ASBR within their area using Type 1 and Type 2 LSA information (cost). In the event of a tie, if the ASBR is OUTSIDE the routers area, it will use the lowest cost to its ABR + the Type 4 LSA cost to reach the ASBR. hope this made sense.
I love the Ham, Steak, and Eggs example!!!!
I enjoy your Videos, Jeremy, you help simplify complex concepts. Good job!
Just amazing!! Thanks a lot for this video!
Glad you liked it, Carlos!
What's the purpose behind using a /24 for the loopback address? Since it's only a single IP, is there anything wrong with using /32?
hello Jeremy, is there a video about 3 way mutual redistribution on same router ? (Eigrp, Ospf , BGP for example, all needing to know each others routers).
Hi Viktor, this video is older, but may help! Check it out here: ruclips.net/video/pDHLnApe6ok/видео.html
I suddenly got so hungry even before this lecture started.. hold on..
8:13 - E1 is adding the costs, no?
+Sofia Klimov E1 adds the internal OSPF cost to the default Type 5 LSA cost (default metric cost). E2 just uses the same cost. In the event of a tie due to E2 using the same route cost for every external Type 5 LSA route. if the ASBR is in the same area as other routers, other OSPF speaking routers picks a route based on its quickest route to the ASBR within their area using Type 1 and Type 2 LSA information (cost). In the event of a tie, if the ASBR is OUTSIDE the routers area, it will use the lowest cost to its ABR + the Type 4 LSA cost to reach the ASBR. hope this made sense.