Cisco 400-201 Online Practice Questions and Exam Preparation

Cisco 400-201 Online Questions & Answers

• Question 111:

  

  Refer to the exhibit. Which is the Committed Information Rate value of the copp-management class that is applied in slot 10?

  A. 1,000,000 bps
  B. 500,000 bps
  C. 15,625 Bytes per second
  D. 237 packets per second
  B. 500,000 bps

• Question 112:

  An engineer has a requirement to implement OSPFv3 in such a way that modifying IP subnets within the domain does not affect the integrity of the SPF tree. Which specific LSA enables the engineer to avoid a forced SPF recalculation?

  A. interarea prefix LSA
  B. group membership LSA
  C. intra-area prefix LSA
  D. link LSA
  C. intra-area prefix LSA

• Question 113:

  

  Refer to the exhibit. Which Cisco IOS XE configuration method allocates a label for prefixes with a /32 subnet mask only?

  A. Option 1
  B. Option 2
  C. Option 3
  D. Option 4
  A. Option 1

• Question 114:

  Operations team must deploy Inter-Chassis Communication Protocol to provide high availability services to dual-homed CE nodes. On which nodes must the Inter-Chassis Communication Protocol be configured to meet this requirement?

  A. P nodes
  B. Metro Ethernet switches nodes
  C. CE nodes
  D. PE nodes
  D. PE nodes

• Question 115:

  In a cable HFC plant, what is a modulator?

  A. Set top box
  B. Diplex filter
  C. Local head end
  D. Fiber node
  A. Set top box

• Question 116:

  Router 1 is a PE router within the MPLS core network. The router is designed to provide multicast VPN services for VRF A. A requirement of the core network prevents RP configuration and focuses on SSM for all multicast traffic. Consider this configuration: Router 1 ! vrf definition A rd 1001:1001 ! address-family ipv4 route-target export 1001:1001 route-target import 1001:1001 mdt default 235.1.1.1 Which configuration is needed to support MDT?

  A. access-list 110 permit 235.1.1.1 0.0.0.0 ip pim ssm range 110
  B. access-list 110 permit 235.1.1.1 0.0.0.0 ip pim ssm default access-list 110
  C. access-list 10 permit 235.1.1.0 0.0.0.255 ip pim ssm range 10
  D. access-list 10 permit 235.1.1.0 0.0.0.255 ip pim ssm default access-list 10
  C. access-list 10 permit 235.1.1.0 0.0.0.255 ip pim ssm range 10

• Question 117:

  

  Refer to the exhibit. A company has four office locations, which are identified as 1,2,3 and

  4. The PE routers at these locations have assigned RDs of 10:10 , 20:20, 30:30 and 40:40, respectively Locations 1 and 3 need to share routing information

  Which set of configurations allows for this requirement?

  A. Site 3: vrf defination ACME route-target import 10:20 route-target import 20:30 route-target import 40:40
  B. Site 1: vrf defination ACME route-target import 15:15 Site 3 : vrf deination ACME route-target import 15:15
  C. Site 1: vrf defination ACME route-target import 20:20 route-target import 30:30 route-target import 40:40
  D. Site 1: vrf definition ACME route-target export 15:15 Site 3: vrf definition ACME route-target export 15:15
  E. Site 1: vrf definition ACME route-target import 30:30 Site 3 : vrf definition ACME route-target import 10:10
  E. Site 1: vrf definition ACME route-target import 30:30 Site 3 : vrf definition ACME route-target import 10:10

• Question 118:

  Which are the two limitations of the predefined NAT solution?(Choose two)

  A. The Bulk port allocation configuration is not available
  B. The global port limit parameter is not available for the predefined mode
  C. Only the port-presentation option is available
  D. NetFlow and syslog are not supported
  E. It cannot be configured for each of the inside VRF instance
  A. The Bulk port allocation configuration is not available
  B. The global port limit parameter is not available for the predefined mode

• Question 119:

  Which statement about the LTE EPC MME function is true?

  A. It acts as the interface between the LTE network and packet data networks, such as the Internet or IMS networks.
  B. It provides control, mobility, and user plane support between the existing 2.5G and 3G networks and the EPC.
  C. It resides in the user plane, where it forwards and routes packets to and from the eNodeB and PGW.
  D. It resides in the control plane and manages states, authentication, paging, and mobility nodes.
  E. It is responsible for interworking between the EPC and untrusted non-3GPP networks.
  D. It resides in the control plane and manages states, authentication, paging, and mobility nodes.

• Question 120:

  Assume that the PEs are separated by Multiple P routers.

  How many labels should the ingress PE push for 6PE functionality?

  A. 1
  B. None
  C. 3
  D. 2
  E. It depends on the numbers of hops between the ingress and egress PE.
  D. 2