CCNP Security 300-710 SNCF Practice Test 4

CCNP Security 300-710 SNCF Practice Test 4 (Hard) - Clustering and Spanned EtherChannel

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1 / 10

Which Secure Firewall Threat Defense high availability approach groups multiple units together so they act as a single logical device, distributing traffic load across all active members rather than keeping units idle in standby?

2 / 10

Which role does the control unit play within a Secure Firewall Threat Defense cluster?

3 / 10

Which data-plane interface configuration is commonly used to distribute traffic across all members of a Secure Firewall Threat Defense cluster at Layer 2, allowing switches to load-balance flows to different cluster units?

4 / 10

Which mechanism allows a Secure Firewall Threat Defense cluster to maintain awareness of which unit owns a given connection, so that asymmetric traffic for that connection can be redirected to the correct owning unit?

5 / 10

Which scaling benefit does clustering provide compared to a simple Active/Standby failover pair for an organization with rapidly growing traffic volume?

6 / 10

Which consideration is important when planning the number of units in a Secure Firewall Threat Defense cluster, given platform-specific maximum cluster size limits?

7 / 10

Which event would cause a non-control (data) unit to be removed from an active Secure Firewall Threat Defense cluster?

8 / 10

Which statement accurately describes how Spanned EtherChannel clustering interacts with upstream switch configuration?

9 / 10

Which factor should be evaluated before deploying clustering across multiple physical sites (a geographically distributed or 'stretched' cluster), given the sensitivity of the Cluster Control Link to latency?

10 / 10

Which combination of design choices would provide the most scalable and resilient Secure Firewall Threat Defense deployment for a high-throughput data center that also needs graceful capacity growth over time?

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