ccnp switch lab hardware

ccnp switch lab hardware

5.5.5.5 Routing. So go to both network segments and go to R1 . So if we want to go to 11.11.11.0 and take R3 ,ccnp switch lab hardware, so that these two destinations can be diverted? We can choose to route the source from 10.1.12.1 in the EIGRP process of R2 . Ip address 192.168.10.254 255.255.255.0 DHCP option 82 , also known as DHCP relay agent information option ( Relay Agent Information the Option ), is the DHCP option in the packet, which numbered 82 Port-Security violation penalties We expect the effect of the above configuration is implemented R1 to 100.0.1.0 routing setting MED = 100 , 2.0 disposed MED = 200 is , while R2 to 100.0.2.0 disposed MED = 100 , 1.0 arranged MED to 100 , respectively, to the respective property The EBGP neighbor takes effect, so the MED attribute will be passed along the route in AS345 and finally arrive at R4 . Optional non-delivery, generally used between AS to affect routing. Another recommended solution is to adjust the management distance of the routing protocol: Frames with a type field of 8137 represent IPX and SPX transport protocol frames. 200 i 30.30.44.45 /24 Set as-path tag Configured on the interface, the portfast feature does not have to be implemented and can be implemented independently. Of course, it is recommended to use the portfast feature. Next, look at RP , SW2 has two interfaces, both of which will receive BPDUs , all from SW1 , so the cost of the first two BPDUs to root is 0 , equal; the sender ID of the sender is due to the same switch, and therefore equal, less out; and then compare the two BPDU port ID , that is, SW1 on both port interface ID , we assume that the two interfaces equal priority, then the ratio of these two ports The interface ID , and finally select the root port F0/1 on SW2 .