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Questions # 1:

Refer to the exhibit.

Question # 1

AJI four routers on the network reside in the same data center The four routers are running IS-IS between them in Level 1 mode within an IPv4 network After a network engineer installed several new servers connected to R4, users connected via R1 reported they could not connect to applications on the servers The engineer has determined that R4 is receiving routes from R3 but it is failing to receive routes from R1 Which action must the engineer take to resolve the issue?

Options:

A.

Configure R3 only lo be a Level 1'Level 2 router.

B.

Configure R2 and R3 to be Level 1/Level 2 routers

C.

Configure R2 only to be a Level 2 router

D.

Configure R1 and R4 to be Level 2 routers

Expert Solution
Questions # 2:

How does the SRv6 IS-IS Flexible Algorithm function on the data plane?

Options:

A.

It uses the TE metric in its path calculations to optimize the cumulative TE metric.

B.

It uses the IGP metric in its path calculations to optimize reachability.

C.

It automatically delivers traffic to the destination over an engineered path computed by the IGP.

D.

It applies path computation algorithms to learn the topology and compute a pair of disjoint LSPs.

Expert Solution
Questions # 3:

Refer to the exhibit.

Question # 3

Traffic flow from router R1 to router R6 is delay-sensitive It must consider potential link-failure and node-failure conditions Which configuration must an engineer apply to router R1 to route traffic to router R6 if router R2 fails?

Question # 3

Options:

A.

Option A

B.

Option B

C.

Option C

D.

Option D

Expert Solution
Questions # 4:

Refer to the exhibit.

Question # 4

EBGP peering is up between BGP AS 65101 and BGP AS 65201 The service provider expects traffic convergence within 300ms between the two autonomous systems but the network operations team sees that route and traffic convergence is too slow Which two actions improve the convergence time? (Choose two.)

Options:

A.

Change the bfd multiplier value to 3 on routers RN and RM

B.

Configure fall-over bfd under the BGP instance for BGP neighbors on RN

C.

Configure bfd interval 50 min_rx 100 multiplier 6 on the connected interfaces on RN and RM

D.

Configure bfd interval 50 min_rx 50 multiplier 6 on the connected interfaces on RL and RY

E.

Change the bfd interval value to 100ms on routers RN and RM

Expert Solution
Questions # 5:

Level 3 switch SW1 is part of an EIGRP enabled network located at the edge of an area. Cisco Express Forwarding and SSO are enabled on the router. A network engineer must minimize the downtime of data-transmit services in the network. HSRP group 2 has already been configured with standby preempt delay minimum 2 and standby timers 140. Which additional action must the engineer take on SW1 to suppress routing flaps for 2 minutes?

Options:

A.

Configure timers standby 2 wait 2 under the HSRP group 2 configuration.

B.

Configure timers nsf route-hold 120 under the global EIGRP configuration.

C.

Configure timers nsf signal 2 under the global EIGRP IPv4 address family.

D.

Configure timers standby 2 coverage 120 under the HSRP group 2 configuration.

Expert Solution
Questions # 6:

Which two characteristics unique to SSM when compared to ASM are true? (Choose two.)

Options:

A.

It uses SPT switchover

B.

It uses (*,G) exclusively

C.

It uses IGMPv3

D.

It uses RP

E.

It uses (S,G) exclusively

Expert Solution
Questions # 7:

Refer to the exhibit.

Question # 7.

R1 is expected to receive routes originating from AS 65516 and from any ASs that are directly attached to it. However, R1 is receiving routes only from AS 65516. Which action corrects the configuration?

Options:

A.

Change the regular expression in the AS-path permit filter to .*.

B.

Change the regular expression in the AS-path permit filter to ^65516_[0-9]*$.

C.

Add the regular expression ^$. in the AS-path filter to permit the traffic from R2.

D.

Change the regular expression in the AS-path permit filter to _65516_.

Expert Solution
Questions # 8:

Question # 8

Refer to the exhibit. Unified MPLS is implemented on this network to provide end-to-end services A network engineer noticed that R3 is failing to receive labels from R1 However, R2 is receiving labels from R1 R3 can ping R1 normally Which action resolves the issue?

Options:

A.

Add the cdp run command to the link configuration between R1 and R3.

B.

Add the send-label keyword in the R1 neighbor statement for R3.

C.

Configure R1 to run Unified MPLS on both interfaces.

D.

Disable mpls Ip on the link between R1 and R3

Expert Solution
Questions # 9:

Refer to the exhibit.

Question # 9

ISP_1 uses eBGP for connection to all clients LDP with OSPF and IS-IS is used in the ISP_1 network Client_A and Client_B are in the same VRF_VoD. After oftware upgrade on all routers on the ISP_1 network, Client_A has lost the connection to Client_C. A network engineer must troubleshoot the connection from R1 to R4 via M. After initial checks, the engineer confirmed that all routes are installed correctly. Which two tasks must the engineer perform to correct the problem? (Choose two.)

Options:

A.

Configure next-hop-self under the BGP configuration on R42.

B.

Configure mpls label implicit-null under the global configuration on R31.

C.

Configure next-hop-unchanged under the BGP configuration on R31.

D.

Configure ip cef under the global configuration on R31.

E.

Configure send-label under the BGP configuration on R42

Expert Solution
Questions # 10:

Refer to the exhibit.

Question # 10

Router 1. Router 2. and Router 3 are co-located in an onsite data center of an office, but Router 4. Router 5. and Router 6 are installed in another data center 'eral miles away. A network engineer is troubleshooting an RSVP-TE issue on the network. On most of the devices, the engineer can move all LSPs away from a selected dace and take it down for maintenance without interrupting traffic. However, when an interface on Router 3 is taken down, traffic on the network is disrupted. What must the engineer enable to resolve the issue on Router 3?

Options:

A.

FRR

B.

NSR

C.

soft-preemption feature

D.

Soft-disperse

Expert Solution
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