Refer to the exhibit. The R2 loopback interface is advertised with RIP and EIGRP using default values. Which configuration changes make R1 reach the R2 loopback using RIP?
Refer to the exhibit. The R2 loopback interface is advertised with RIP and EIGRP using default values. Which configuration changes make R1 reach the R2 loopback using RIP?
RIP (Routing Information Protocol) has an Administrative Distance (AD) of 120, while EIGRP (Enhanced Interior Gateway Routing Protocol) by default has an AD of 90 for internal routes and 170 for external routes. To make R1 prefer the RIP route over the EIGRP route, we need to adjust the AD of EIGRP to be higher than 120. By configuring 'distance eigrp 130 120', internal EIGRP routes are set to an AD of 130 and external EIGRP routes to an AD of 120. This ensures that the RIP route, with an AD of 120, is preferred over the internal EIGRP routes when they both advertise the same destination. Therefore, the right configuration change is to use 'distance eigrp 130 120'.
"distance eigrp 130 120" set the internal EiGRP routes to 130 and external EIGRP routes to 120. As of the loopback address is advertised in EIGRP as internal route it has an AD of 130. So the RIP route with an AD of 120 is preferred now.
B is correct AD 130 for internal AD 120 for external now RIP (120) has lower AD than EIGRP
"Distance eigrp 130 120" Places internal routes for an AD of 130 Places External routes for AD of 120
yes, teh option correct is B
A. R1(config)# router rip R1(config-router)# distance 90 B. R1(config)# router eigrp 1 R1(config-router)# distance eigrp 130 120 C. R1(config)# router rip R1(config-router)# distance 100 D. R1(config)# router eigrp 1 R1(config-router)# distance eigrp 120 120
Rip has the administrative distance of 120 to make a clear decision we use a higher / worse AD of 130
B is fine but why not D?
D will make EIGRP and RIP equal