Cisco 352-011 Online Practice Questions and Exam Preparation

Cisco 352-011 Online Questions & Answers

• Question 121:

  Which statement about SDN framework environment is true?

  A. The control plane functions is split between a SDN controller and the networking element
  B. The data plane is pulled from the networking element and put in a SDN controller
  C. The data plane is controlled by a centralized SDN element
  D. The control plane is pulled from the networking element and put in a SDN controller
  E. The control plane and data plane is pulled from the networking element and put in a SDN controller and SDN agent
  D. The control plane is pulled from the networking element and put in a SDN controller

• Question 122:

  When designing fast convergence on a network using loop-free alternate, on which two basis can the next-hop routes be precomputed? (Choose two)

  A. Per neighbor
  B. Per network type
  C. Per link
  D. Per prefix
  E. Per failure type
  C. Per link
  D. Per prefix

• Question 123:

  Which options do you investigate first when designing fast network convergence?

  A. Routing protocol database size
  B. MTU of the involved interfaces
  C. Link speed between sites
  D. Supported Layer 3 failure detection mechanism
  D. Supported Layer 3 failure detection mechanism

• Question 124:

  A multisite data center network runs OSPF and DWDM point-to-point interfaces for site to- site connectivity. Which method to detect interfaces the fastest?

  A. interface event dampening
  B. LoS/AJS event faults
  C. UDLD
  D. fast-hello> timers
  B. LoS/AJS event faults

• Question 125:

  Which are two open-source SDN controllers? (Choose two)

  A. Big Cloud Fabric
  B. OpenContrail
  C. Application Policy Infrastructure Controller
  D. Virtual Application Networks SDN controller
  E. OpenDaylight
  B. OpenContrail
  E. OpenDaylight

• Question 126:

  You are asked to design an RSVP-TEL LSP protection solution for a large service provider network .Which traffic protection mechanism is highly scalable and ensure that multiple LPS always terminate at the same merge point?

  A. Shared explicit protection.
  B. Detour LSPs.
  C. 1:N protection.
  D. 1:1 protection.
  C. 1:N protection.

• Question 127:

  Which two functions are performed at the core 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
  C. Fast transport
  D. Reliability

• Question 128:

  You are reviewing a new data center design for a customer. They chose to leverage a tunnel-based overlay technology for quick deployment and multitenant security. Which design concern can affect the availability across the data center?

  A. Nonoverlapping IP address space between the overlay networks
  B. MTU size on the underlay links
  C. Review of comman paths on the underlay links
  D. Paper placement of STP root bridge in overlay networks
  B. MTU size on the underlay links

• Question 129:

  Which OSPF design consideration, with regards to simplicity and address preservation, must be considered when connecting two Layer 3 switches directly using 10 GBASE-T cabling and formatting an OSPF neighbor adjacency?

  A. Mesh groups must be included in the design
  B. The OSPF Hello and Dead timers must be tuned to detect failures as quickly as possible
  C. The OSPF network type must be set to point-to-multipoint
  D. An OSPF neighbor adjacency formed over loopback interfaces must be placed in Area 0
  E. The OSPF network type must be set to point-to-point
  E. The OSPF network type must be set to point-to-point

• Question 130:

  What are two benefits of following a structured hierarchical and modular design? (Choose two.)

  A. Each component can be designed independently for its role.
  B. Each component can be managed independently based on its role.
  C. Each component can be funded by different organizations based on its role.
  D. Each component can support multiple roles based on the requirements.
  E. Each component can provide redundancy for applications and services.
  A. Each component can be designed independently for its role.
  B. Each component can be managed independently based on its role.