Cisco 300-475 Online Practice Questions and Exam Preparation

Cisco 300-475 Online Questions & Answers

• Question 11:

  What are two of the three methods in integrating the Cisco ACI with existing network infrastructure? (Choose two.)

  A. as a super cloud overseeing a subcloud
  B. as a data center policy engine
  C. as a network supervisor module
  D. as an additional data center pod
  E. as an atomic network operator
  B. as a data center policy engine
  D. as an additional data center pod

• Question 12:

  How do the Cisco APICs initially connect to and configure the fabric in-band?

  A. single link (active/passive),Infra VLAN for spine and leaf configuration
  B. port-channel, Infra VLAN for spine and leaf configuration
  C. single link (active/passive)
  D. single link (active/passive), Layer 3 management interface for spine and leaf configuration
  A. single link (active/passive),Infra VLAN for spine and leaf configuration

• Question 13:

  When designing Cisco ACI spine topology, how many spine switches are required?

  A. 2
  B. 3
  C. 5
  D. 6
  A. 2

• Question 14:

  What are two benefits of the Clos architecture? (Choose two.)

  A. improved fabric scalability
  B. complicated network design and implementation
  C. multiple nonblocking ECMP paths from all leafs
  D. limited fabric scalability
  A. improved fabric scalability
  C. multiple nonblocking ECMP paths from all leafs

• Question 15:

  Service graphs and service functions have which three characteristics? (Choose three.)

  A. Service graphs can only consist of a single service appliance.
  B. Service graph edges are directional.
  C. Taps (hardware-based packet copy service) can be attached to different points in the service graph.
  D. Service appliances are dynamically detected and configured when added to a service graph.
  E. The service graph restricts the administrator to linear service chains.
  F. Traffic can be reclassified again in the network after a service appliance emits it.
  B. Service graph edges are directional.
  C. Taps (hardware-based packet copy service) can be attached to different points in the service graph.
  F. Traffic can be reclassified again in the network after a service appliance emits it.

• Question 16:

  What are the general steps to creating a tenant with Cisco ASA services?

  A. Create the tenant, apply the graph to the contract subject, define theLayer 4 to Layer 7 service device cluster, define the logical device content, create the service graph.
  B. Click the Create ASA Services button in the Cisco APIC Management Interface and enter the appropriate text and information.
  C. Create the tenant, define theLayer 4 to Layer 7 service device cluster, create the service graph, define the logical device content, apply the graph to the contract subject.
  D. You should not create the Cisco ASA Services as a tenant; it should be created as a bridge domain.
  C. Create the tenant, define theLayer 4 to Layer 7 service device cluster, create the service graph, define the logical device content, apply the graph to the contract subject.

• Question 17:

  Which network protocol is used for Cisco ACI fabric data planeforwarding?

  A. VXLAN
  B. ISIS
  C. MP-BGP
  D. FabricPath
  A. VXLAN

• Question 18:

  Which three components are directly related to the Cisco ACI automation framework? (Choose three.)

  A. JSON / XML
  B. LLDP
  C. RESTful API
  D. HTTP / HTTPS
  E. STP
  F. OVA
  A. JSON / XML
  C. RESTful API
  D. HTTP / HTTPS

• Question 19:

  How can application workload mobility be achieved?

  A. By doing nothing, the fabric dynamically detects resource utilization and balances the fabric.
  B. Configure a VMM domain and attachable entity profile without provisioning VTEP for mobility.
  C. Workload mobility is not supported in ACI.
  D. Provision VTEPs to handle live migrations.
  B. Configure a VMM domain and attachable entity profile without provisioning VTEP for mobility.

• Question 20:

  Which two statements describe overlay functionality in the Cisco ACI? (Choose two.)

  A. Forwarding is not limited to or constrained by the encapsulation type or encapsulation network.
  B. Forwarding is limited to and constrained by the encapsulation type of encapsulation network.
  C. External identifiers are not local to the leaf or leaf port.
  D. External identifiers are local to the leaf or leaf port.
  A. Forwarding is not limited to or constrained by the encapsulation type or encapsulation network.
  D. External identifiers are local to the leaf or leaf port.