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Q1. You are the lead IP network designer for a new service provider called XYZ, and you are working closely with the CTO to finalize design requirements. The CTO informs you that they want to transport IPv6 prefixes of customers through the XYZ network at this time; however, they need your advice on whether to deploy dual stack or MPLS 6PE/6VPE. Which two options do you recommend? (Choose two.) 

A. Build a dual-stack network. Enable BGP in the core. Redistribute EBGP routes into IGP. 

B. Use MPLS 6PE to simplify the operation and keep a BGP-free core. When the LDPv6 becomes available, change to 4PE or keep the core using both IPv4 and IPv6. The main goal is to keep the core BGP-free and ensure that IPv4, IPv6, VPNv4, and VPNv6 are all label-switched. 

C. Use MPLS 6VPE to simplify the operation and keep a BGP-free core. When the LDPv6 becomes available, change to 4PE or keep the core using both IPv4 and IPv6. The main goal is to keep the core BGP-free and ensure that IPv4, IPv6, VPNv4, and VPNv6 are all label-switched. 

D. Prepare the dual-stack infrastructure from the beginning, even if BGP prefixes would have to be announced via IPv4 in case you decide to maintain the BGP-free core. 

Answer: BD 


Q2. You are the SAN designer for the ABC Company. Due to budget constraints, there is increased pressure by management to further optimize server utilization by implementing virtualization technologies on all servers and increase virtual machines density. Faced with some SAN challenges, the server team requests your help in the design and implementation of the SAN in the new virtualized environment. 

In which two ways can NPIV be used in your proposed design? (Choose two.) 

A. NPIV is used to assign multiple FCIDs to a single N Port. 

B. NPIV is used to define and bind multiple virtual WWNs (VIs) to a single physical pWWN. 

C. You recommend NPIV so that hosts can be members of different zones. 

D. NPIV can be used to allow multiple applications on the same port to use different IDs in the same VSAN. 

Answer: AD 


Q3. Refer to the exhibit. 

On this MPLS-based network ring, links have failed between router A and router E. These failures formed microloops while the network converged, when A forwarded traffic to B but B forwards it back to A. 

Which technology is the simplest solution to avoid microloops without enabling a new protocol in the network? 

A. TE Fast ReRoute 

B. IP Fast ReRoute 

C. Loop-Free Alternate 

D. Remote Loop-Free Alternate 

Answer:


Q4. Refer to the exhibit. 

What limitations exist in this design, given that the access layer devices are expected to steadily increase by two devices per week for the next year? 

A. scalability 

B. serviceability 

C. redundancy 

D. resiliency 

Answer:


Q5. In an OSPF network, users in a particular OSPF non-backbone area are complaining about slow access speeds to a shared corporate resource in another OSPF area. Traceroutes show that theusers are taking a suboptimal default route to the destinations. Which solution will improve access speed? 

A. Make the area totally stubby so that the default can be followed along the best path. 

B. Create a virtual link between the areas so that traffic can shortcut directly between them. 

C. Implement policy routing to channel the traffic in the optimal direction. 

D. Leak specific summaries on the ABRs for the remote subnets in addition to the default. 

Answer:


Q6. You are tasked to design a QoS policy for a service provider so they can include it in the design of their MPLS core network. If the design must support an MPLS network with six classes, and CEs will be managed by the service provider, which QoS policy should be recommended? 

A. map DSCP bits into the Exp field 

B. map IP precedence bits into the DSCP field 

C. map flow-label bits into the Exp field 

D. map IP CoS bits into the IP Precedence field 

E. map IP ToS bits into the Exp field 

Answer:


Q7. To meet specific business requirements, QoS-marked traffic must be sent over a dedicated link. Which technology fulfills this requirement? 

A. MPLS 

B. Q-in-Q tunneling 

C. policy-based routing 

D. EIGRP with modified metrics 

Answer:


Q8. You have been asked to establish a design that will allow your company to migrate from a WAN service to a Layer 3 VPN service. In your design, you are keeping some WAN links between critical sites as a backup for this service. You plan to use OSPF as your IGP and BGP for the PE-CE protocol. When the Layer 3 VPN service is available, how will you prevent transit traffic over the backup links? 

A. Redistribute routes at the CE as external type 1. 

B. Redistribute routes at the CE as external type 2. 

C. Use conditional advertisement only when the Layer 3 service is down. 

D. Manually turn off the backdoor link when the Layer 3 service is up. 

Answer:


Q9. What is a design aspect regarding multicast transport for MPLS Layer 3 VPNs using the Rosen Draft implementation? 

A. LDP is the multicast control plane protocol. 

B. Multicast traffic is forwarded over GRE tunnels. 

C. Multicast traffic is forwarded over LDP or RSVP signaled LSPs. 

D. Using the MDT SAFI in BGP ensures that PIM can be disabled in the core. 

Answer:


Q10. A customer wants to understand the benefits of a proposed network design that utilizes SNMPv3. Which two network threats is SNMPv3 effective against? (Choose two.) 

A. modification of information threats 

B. masquerade threats 

C. denial of service threats 

D. traffic analysis threats 

Answer: AB