03-17-2010, 10:32 PM
Hello,
The following I believe should solve this problem:
When redistributing EIGRP into OSPF, set the external metric type to type E1.
Any chance you can confirm in a lab environment that this is not true?
14. (QID:NE100) View the exhibit. Router B and router C are performing mutual redistribution between OSPF and EIGRP, and their default metrics are configured the same. Router D has equal cost paths to networks where both paths are not really equal cost.
For example, network 172.16.54.0 shows equal cost through both router B and router C, though in reality the cost is greater using router C. Other routers, though not shown, are connected to the 172.16.54.0 and 172.16.55.0 networks, and the same issues exist to those routers and the networks connected to them.
What can be done so that data will be routed along the most optimal path in the network?
When redistributing EIGRP into OSPF, set the external metric type to type E1.
Adjust the default metrics in router B and router C so that the values are different in each router.
Set the maximum number of equal cost paths to 1 in all routers.
None of these solutions will fix the problem. Migrate to a single dynamic routing protocol.
Correct Answer: None of these solutions will fix the problem. Migrate to a single dynamic routing protocol
Redistribute connected interfaces on router B and router C.
The following I believe should solve this problem:
When redistributing EIGRP into OSPF, set the external metric type to type E1.
Any chance you can confirm in a lab environment that this is not true?
14. (QID:NE100) View the exhibit. Router B and router C are performing mutual redistribution between OSPF and EIGRP, and their default metrics are configured the same. Router D has equal cost paths to networks where both paths are not really equal cost.
For example, network 172.16.54.0 shows equal cost through both router B and router C, though in reality the cost is greater using router C. Other routers, though not shown, are connected to the 172.16.54.0 and 172.16.55.0 networks, and the same issues exist to those routers and the networks connected to them.
What can be done so that data will be routed along the most optimal path in the network?
When redistributing EIGRP into OSPF, set the external metric type to type E1.
Adjust the default metrics in router B and router C so that the values are different in each router.
Set the maximum number of equal cost paths to 1 in all routers.
None of these solutions will fix the problem. Migrate to a single dynamic routing protocol.
Correct Answer: None of these solutions will fix the problem. Migrate to a single dynamic routing protocol
Redistribute connected interfaces on router B and router C.