Cisco 352-001 Online Practice Questions and Exam Preparation

Cisco 352-001 Online Questions & Answers

• Question 31:

  You have been asked to design a high-density wireless network for a university campus.

  Which three principles would you apply in order to maximize the wireless network capacity? (Choose three.)

  A. Increase the number of SSIDs to load-balance the client traffic.
  B. Choose a high minimum data rate to reduce the duty cycle.
  C. Make use of the 5-GHz band to reduce the spectrum utilization on 2.4 GHz when dual- band clients are used.
  D. Enable 802.11ag channel bonding on both 2.4 GHz and 5 GHz to increase the maximum aggregated cell throughput.
  E. Use directional antennas to achieve better sector separation channel reuse.
  F. Implement a four-channel design on 2.4 GHz to increase the number of available channels.
  B. Choose a high minimum data rate to reduce the duty cycle.
  C. Make use of the 5-GHz band to reduce the spectrum utilization on 2.4 GHz when dual- band clients are used.
  E. Use directional antennas to achieve better sector separation channel reuse.

• Question 32:

  Your customer asked you to redesign there is-IS network to reduce to a minimum the number of adjacencies because the network has several routers running L1/L2 mode on the sme Ethernet segment. Which action do you recommend?

  A. Define only one router on the segment to be DIS
  B. Make the interface priority on the backup DIS lower than the primary DIS
  C. Change half the routers to L1 routers and half to L2 routers
  D. Change all routers to a single-level area
  D. Change all routers to a single-level area

• Question 33:

  You are the lead IP/MPLS network designer of a service provider called XYZ. You are leading a design discussion regarding IPv6 implementation in the XYZ MPLS network, using MPLS 6PE/6VPE techniques. Currently, XYZ provides IPv4 multicast services over an MPLS network by using MVPN, and would like to provide parallel IPv6 multicast services. Which three multicast solutions should be enabled? (Choose three.)

  A. native IPv6, only for multicast services
  B. MPLS 6PE/6VPE, because it provides IPv6 multicast support by default
  C. an overlay model using Layer 2 MPLS tunnels
  D. PIM-DM to enable IPv6 multicast in conjunction with MPLS 6PE/6VPE
  E. MVPN for IPv6 multicast service
  A. native IPv6, only for multicast services
  C. an overlay model using Layer 2 MPLS tunnels
  E. MVPN for IPv6 multicast service

• Question 34:

  Refer to the exhibit.

  

  You are designing a Layer 2 VPN for a large financial company. Currently, 90% of traffic from the company's remote branches comes to HQ. The company has hubs and old switches at remotes that do not have dot1q capability. However, it does not have the budget to invest in new equipment at the remote branches. In addition to converting the remote branches to Layer 2 VPN, the company wants to connect all the branches to the HQ site, to ensure that the branches have access to dot1q capability. How can this customer's requirements be met, or if they cannot, why not?

  A. They cannot be met, because an intelligent switch is required at the remote branches to enable EoMPLS from site to site.
  B. They can be met, but require Ethernet to dot1q interworking between the PEs.
  C. They cannot be met, because EoMPLS in port mode requires VPLS.
  D. They can be met, but EoMPLS in port mode requires VPWS.
  B. They can be met, but require Ethernet to dot1q interworking between the PEs.

• Question 35:

  Your design client has requested that you ensure that the client devices are not dynamically configured with incorrect DNS information. When finalizing the network design, which security option must be configured on the switches?

  A. IGMP snooping
  B. DHCP snooping
  C. root guard
  D. DNS snooping
  B. DHCP snooping

• Question 36:

  Guaranteed success with TestInsides practice guides 99 Which statement about the behavior of OSPF on a hub-and-spoke topology is true?

  A. Additional host routes are added to the routing table on a NBMA network type.
  B. The DR and BDR election occurs regardless of the underlying OSPF network type.
  C. The DR election is a challenge unless a point-to-point network type is used.
  D. Traffic does not need to traverse the hub to reach the spokes.
  C. The DR election is a challenge unless a point-to-point network type is used.

• Question 37:

  A Tier-3 Service Provider is evolving into a Tier-2 Service Provider due to the amount of Enterprise business it is receiving. The network engineers are re-evaluating their IP/MPLS design considerations in order to support duplicate/ overlapping IP addressing from their Enterprise customers within each Layer 3 VPN. Which of the following would need to be reviewed to ensure stability in their network?

  A. Assigning unique Route Target ID's
  B. Assigning unique Route Distinguishers
  C. Assigning unique IP address space for the Enterprise NAT/Firewalls
  D. Assigning unique VRF ID's to each Layer 3 VPN
  B. Assigning unique Route Distinguishers

• Question 38:

  A service provider hires you to design its new managed CE offering to meet these requirements: The CEs cannot run a routing protocol with the PE Provide the ability for equal or unequal ingress load balancing in dual-homed CE scenarios Provide support for IPv6 customer routes Scale up to 250,000 CE devices per customer Provide low operational management to scale customer growth Utilize low-end (inexpensive) routing platforms for CE functionality

  Which tunneling technology do you recommend?

  A. LISP
  B. point-to-point GRE
  C. FlexVPN
  D. DMVPN
  D. DMVPN

• Question 39:

  Which two functions are performed at the distribution layer of the three-layer hierarchical network design model? (Choose two).

  A. Fault isolation
  B. QoS classification and marking boundary
  C. Fast transport
  D. Reliability
  E. Load balancing
  A. Fault isolation
  E. Load balancing

• Question 40:

  On a VoIP solution design, which option shows one-way latency, packet loss, and jitter measurements that ensure acceptable voice quality?

  A. Latency: 110 ms Packet loss: 1% Jitter: 40 ms
  B. Latency: 130 ms Packet loss: 0.5% Jitter: 30 ms
  C. Latency: 150 ms Packet loss: 1.25% Jitter: 20 ms
  D. Latency: 170 ms Packet loss: 0.75% Jitter: 10 ms
  B. Latency: 130 ms Packet loss: 0.5% Jitter: 30 ms