Q1. Which of the following is most accurate with respect to designing high availability within the Enterprise Campus network? 

A. High availability at and between the Distribution and Access layers is as simple as redundant switches and redundant Layer 3 connections 

B. Non-deterministic traffic patterns require a highly available modular topology design 

C. Distribution layer high availability design includes redundant switches and Layer 3 equal-cost load sharing connections to the switched Access and routed Core layers, with a Layer 3 link between the Distribution switches to support summarization of routing information from the Distribution to the Core 

D. Default gateway redundancy allows for the failure of a redundant Distribution switch without affecting endpoint connectivity 

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Q2. What are the two methods of ensuring that the RPF check passes? (Choose two.) 

A. implementing static mroutes 

B. implementing OSPF routing protocol 

C. implementing MBGP 

D. disabling the interface of the router back to the multicast source 

E. disabling BGP routing protocol 

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Q3. On which two types of links should routing protocol peerings be established according to best practice? (Choose two.) 

A. distribution links 

B. end user links 

C. transit links 

D. core links 

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Q4. When designing remote access to the Enterprise Campus network for teleworkers and mobile workers, which of the following should the designer consider? 

A. It is recommended to place the VPN termination device in line with the Enterprise Edge firewall, with ingress traffic limited to SSL only 

B. Maintaining access rules, based on the source IP of the client, on an internal firewall drawn from a headend RADIUS server is the most secure deployment 

C. VPN Headend routing using Reverse Route Injection (RRI) with distribution is recommended when the remote user community is small and dedicated DHCP scopes are in place 

D. Clientless SSL VPNs provide more granular access control than SSL VPN clients (thin or thick), including at Layer7 

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Q5. A customer requires resiliency and availability for applications hosted in the data center. What two technologies meet this requirement? (Choose two.) 

A. SLB 

B. LTM 

C. GLBP 

D. GTM 

E. HSRP 

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Q6. A company uses site-to-site IPsec VPN tunnels established over the public internet as a backup to its private WAN. The interoffice IP telephony service quality is degraded when a failover event occurs. What known design limitation can cause this issue? 

A. maximum headend router throughput 

B. circuit bandwidth 

C. transport reliability 

D. number of remote sites 

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Q7. Which configuration represents resiliency at the hardware and software layers? 

A. multiple connections and FHRP 

B. HSRP and GLBP 

C. redundant supervisor and power supplies 

D. dual uplinks and switches 

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Q8. Which of the following is true regarding the effect of EIGRP queries on the network design? 

A. EIGRP queries will be the most significant issue with respect to stability and convergence 

B. EIGRP queries are not a consideration as long as EIGRP has a feasible successor with a next hop AD that is greater than the FD of the current successor route 

C. EIGRP queries will only increase the convergence time when there are no EIGRP stubs designed in the network 

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Q9. What three benefits exist when utilizing Cisco Nexus technology for implementing a unified fabric design? (Choose three.) 

A. reduced cabling 

B. fewer adapters 

C. consolidated switching 

D. increased bandwidth 

E. enhanced redundancy 

F. improved convergence 

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Q10. A company has hired an entry-level network administrator for its new data center. The company CIO wants to give the administrator limited access on the newly configured Cisco Nexus 7000. Which feature should be used to allow limited access? 

A. NAC 

B. VDC 

C. RBAC 

D. vPC 

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