cisco networking exam answers

cisco networking exam answers

Reservable Bandwidth[5]: Ip address 3.3.3.3 255.255.255.255 Experimental configuration MPLS mode Fa0/0 Mpls ip The default LDP label space is platform-based per-platform or device-based. What do you mean? Let's look at the B router, which bundles the label 34 for the prefix X , and publishes the label binding information to all LDP neighbors, which is the same for everyone, and everyone has a label 34 . This is based on the platform. Then there is an interface-based tag space. FRR intf/label Ip address 10.1.12.1 255.255.255.0 Router ospf 1 Ip route 55.55.55.55 255.255.255.255 tunnel0 First of all, these three commands all work on the route obtained by the route calculated by the TE tunnel with the autoroute feature enabled . The above command changes the cost of the tunnel interface itself . Traditional TE solutions have the following examples: 880 0 kbits/sec Router# show mpls traffic-eng link-management bandwidth-allocation Or Tunnel Id So using this feature (an IS-IS process to configure multiple NET addresses), you can achieve: *Aug 18 04:37:06.239: Incoming PathError: !!R2 sends a patherror message to R1 Tag Next, the data is sent to R3 . After R3 checks its own LFIB table, it replaces the 303 tag with 203 and then throws it to the next hop R2 . After receiving the label package, R2 looks at its own LFIB table and finds that the outgoing action is a PoP . Then the label is ejected and becomes the original IP packet, and then it is thrown to R1 . Finally, R1 forwards the IP packet to R5 . So why is R2 here PoP here ? The answer is that this BGP routing, we talked about earlier, in fact,cisco networking exam answers, it is using a next hop 10.1.15.0 label, 10.1.15.0 is R1 directly connected network segment, so the R1 when the label assigned to the route , gave it aPoP , then distribute this result to R2 , which is why.