Cisco 300-610 Online Practice Questions and Exam Preparation

Cisco 300-610 Online Questions & Answers

• Question 201:

  Which approach splits a pair of clustered fabric interconnects into two standalone devices?

  A. Run the disable fips-mode command on each fabric interconnect.
  B. Run the connect local-management command on each fabric interconnect.
  C. Erase the configuration of both fabric interconnects.
  D. Unplug the Layer 1 and Layer 2 interfaces between the devices.
  C. Erase the configuration of both fabric interconnects.

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  Explanation Explanation/Reference:https://community.cisco.com/t5/unified-computing-system/break-fabric-interconnect-cluster-into-2-standalone-fabric/td-p/4123885

• Question 202:

  A network engineer needs to design a highly available data center to meet these requirements:

  1.

  ensure network resilience

  2.

  reduce network instability for Layer 3 gateway devices

  3.

  provide interoperability in multivendor environments

  4.

  support IPv4 and IPv6 address families

  Which FHRP meets these requirements?

  A. HSRP
  B. HSRPv2
  C. VRRPv3
  D. VRRP
  D. VRRP

• Question 203:

  An engineer deploys a Cisco UCS environment with the storage array directly attached to the Fabric Interconnects.

  The operations team mandates that the solution must not require the configuration of Fibre Channel zoning.

  Which configuration set meets these requirements?

  A. Storage lacing port type: Uplink port Fabric interconnect FC mode: End-host
  B. Storage facing port type: Storage port Fabric interconnect FC mode: Switching
  C. Storage facing port type: FCoE storage port Fabric interconnect FC mode: End-host
  D. Storage facing port type: Appliance port Fabric interconnect FC mode: Switching
  B. Storage facing port type: Storage port Fabric interconnect FC mode: Switching

• Question 204:

  Refer to the exhibit.

  

  An engineer must migrate the current topology to a topology that provides more speed, less latency, and support for software-define networks. The new topology has these requirements:

  1.

  separation into core, aggregation, and access routers

  2.

  varied server-to-server latency, depending on the path used

  3.

  support for extending the Layer 3 domain by combining access and aggregation routers

  Which design topology meets these requirements?

  A. flood-and-learn
  B. three-tier
  C. spine-and-leaf
  D. core-edge
  B. three-tier

• Question 205:

  A customer wants to deploy a Layer 2 extension over a transport infrastructure for multiple data centers. The data center technology should support a localized Layer 3 gateway, a separate flooding domain, and STP isolation per data center. Which DCI technology meets these requirements?

  A. Pseudowire
  B. VXLAN EVPN
  C. E-Line
  D. E-LAN
  B. VXLAN EVPN

• Question 206:

  A company's data center is currently running on a traditional SAN architecture with Cisco UCS C200 M5 Blade Servers, producing 1000 IOPS The SAN is becoming a performance bottleneck, so management decided to implement a new solution to provide better performance and scalability.

  The preferred solution must meet these requirements:

  1.

  Provide at least 10x the performance of the current SAN

  2.

  Provide up to 100 Gbps of throughput per node

  3.

  Be easily scalable to meet the future needs of the enterprise Which solution must the company deploy to meet the requirements?

  A. Cisco HyperFlex which provides a high-performance, scalable, and reliable hyperconverged infrastructure design
  B. ACI solution compatible with the current data center design to unlock workload mobility and provide flexible, effective scalability
  C. cloud-based virtual server infrastructure, which provides a scalable, easy-to-manage approach with reduced budget pressure
  D. VMware vSAN solution, which provides storage mobility while remaining compatible with the existing Cisco UCS server infrastructure
  A. Cisco HyperFlex which provides a high-performance, scalable, and reliable hyperconverged infrastructure design

• Question 207:

  An engineer is implementing a Cisco UCS environment. The system must aggregate all vNICs into a single policy and consistently enforce node disassociation across the cluster. Which two UCS policies meet these requirements? (Choose two.)

  A. scrub policy
  B. vNIC policy
  C. boot policy
  D. firmware policy
  E. LAN connectivity policy
  B. vNIC policy
  E. LAN connectivity policy

• Question 208:

  Refer to the exhibit.

  

  During a synchronization of port roles, a device receives a proposal message on one of its ports that is s selected as the new root port. The logs show that Rapid PVST+ forced all other ports to synchronize with the new root information. The engineer analyzes the port states and concludes that the device is synchronized with superior root information received on the root port, and all other ports are synchronized. What happens to a designated port that is in the forwarding state and is not configured as an edge port, if Rapid PVST+ forces it to synchronize with new root information?

  A. It transitions to the blocking state.
  B. It discards frames switched from another port.
  C. It does not receive BPDUs for transmission.
  D. It immediately replies with its own information.
  A. It transitions to the blocking state.

• Question 209:

  An engineer seeks a solution to retrieve routing information from Cisco Nexus switches. The data must be exported to a web application in a JSON or XML data format for monitoring and must be encrypted during transmission. The solution must not require extensive knowledge to support and should be simple to implement.

  Which technology accomplishes these goals?

  A. streaming telemetry
  B. Cisco Tetration
  C. NX-API
  D. Python scripts
  A. streaming telemetry

• Question 210:

  An end user is experiencing network latency when accessing a database in a disaster recovery site. The monitoring team concluded that the database was writing simultaneously to the storage arrays on the primary and disaster recovery sites.

  Which design resolves this issue?

  A. asynchronous replication between data centers
  B. synchronous replication between data centers
  C. FCoE tunnel between data center
  D. FCIP tunneling between data center
  A. asynchronous replication between data centers