Cisco 352-011 Online Practice Questions and Exam Preparation

Cisco 352-011 Online Questions & Answers

• Question 91:

  In a design around fast convergence in case of a link failure, what is the justification for using a point-to-point OSPF network type on the Ethernet links between leaf-and-spine switches on a data center fabric?

  A. Link failure tears down neighbor relationships regardless of network type configured
  B. Type 1 LSAs are not generated on a point-to-point network type
  C. Adjacencies can be built faster without a DR/BDR on the segment
  D. The fabric memory requirements are significantly smaller than with a DR/BDR on each leaf and spine segment
  E. The point-to-point network type allows for NSF to be used in this design
  C. Adjacencies can be built faster without a DR/BDR on the segment

• Question 92:

  Which two SAN designs appropriate to support large-scale SAN environments? (Choose two)

  A. Edge-core-edge design
  B. Fibre Channel forwarder
  C. Split fabric design
  D. Core-edge design
  E. Dual fabric design
  A. Edge-core-edge design
  D. Core-edge design

• Question 93:

  DRAG DROP

  When developing a multicast network design, SSM should be used for which type of source and receiver distribution?

  Select and Place:

  

  

  ---

  Explanation/Reference:

• Question 94:

  Which MPLS attribute is required for links to carry a given MPLSTE tunnel?

  A. TE tunnel destination address
  B. Tunnel path-selection metric
  C. Affinity
  D. Next-hop backup tunnel
  A. TE tunnel destination address

• Question 95:

  An enterprise network has two core routers that connect to 200 distribution routers and uses full-mesh iBGP peering between these routers as its routing method. The distribution routers are experiencing high CPU utilization due to the BGP process. Which design solution is the most effective?

  A. Increase the memory on the distribution routers
  B. Increase the memory on the core routers
  C. Implement route reflectors on the two core routers
  D. Increase bandwidth between the core routers
  E. Implement eBGP between the core and distribution routers
  C. Implement route reflectors on the two core routers

• Question 96:

  Across a large WAN network, there will be new video traffic being distributed from a single source at any given time however, the video source might originate from different parts of the multicast domain at different times . Which multicast technology provides for this multicast traffic to be distributed with optimal path selection to the source?

  A. Any source Multicast.
  B. PIM sparse mode.
  C. Bidirectional PIM.
  D. Source Specific Multicast.
  D. Source Specific Multicast.

• Question 97:

  A retail company connects its 250 branches across the globe to the core using MPLS Layer 3 VPN. The company is planning to migrate its traditional telephony services to VoIp, in order to reduce the cost of international calls. What are the two primary concerns when implementing this migration? (Choose two)

  A. Jitter
  B. Call routing design
  C. SRST
  D. MTU
  E. Available bandwidth
  A. Jitter
  E. Available bandwidth

• Question 98:

  Which load balancing option for IP-only traffic is the least efficient in terms of EtherChannel physical links utilization?

  A. On a per source IP address basis
  B. On a per destination MAC address basis
  C. On a per destination IP address basis
  D. On a per port number basis
  B. On a per destination MAC address basis

• Question 99:

  You are designing a new multisite data center network within the same city. You are using the newest routers that run OSPF and DWDM point-to-point interfaces for site-to-site connectivity. Your primary objective is to use the fastest possible method for interface failure detection. Which method achieves this objective?

  A. UDLD
  B. Interface event dampening
  C. LoS/AIS event faults
  D. Fast-hello timers
  C. LoS/AIS event faults

• Question 100:

  Which three processes are part of the ITILv3 Service Operation? (Choose three)

  A. Release and deployment management
  B. Problem management
  C. Incident management
  D. Event management
  E. Service-level management
  F. Change management
  B. Problem management
  C. Incident management
  D. Event management