Cisco 300-420 Exam Dumps, Practice Test Questions

That hazard arises in a separate case: A remote campus uses two distribution switches and requires nonstop gateway access during a planned supervisor replacement. It is not the failure mode evidenced here.

That hazard arises in a separate case: A campus with several hundred VLANs uses one active HSRP gateway for all VLANs while another distribution router remains mostly idle. It is not the failure mode evidenced here.

That hazard arises in a separate case: A public safety campus requires independent operations from a corporate tenant even when both use the same distribution hardware. It is not the failure mode evidenced here.

That hazard arises in a separate case: A router receives two EIGRP routes for a prefix with different metrics and the design team wants deterministic failover. It is not the failure mode evidenced here.

That hazard arises in a separate case: A company accepts routes from a newly merged BGP AS without maximum-prefix limits, and the peer mistakenly sends hundreds of thousands of prefixes. It is not the failure mode evidenced here.

That hazard arises in a separate case: A company wants to expose IPv6 resources to a partner with IPv4-only routing and assumes dual stack at headquarters solves the partner boundary. It is not the failure mode evidenced here.

That hazard arises in a separate case: A retail chain needs many spokes to make dynamic spoke-to-spoke tunnels without permanent full-mesh configuration. It is not the failure mode evidenced here.

That hazard arises in a separate case: A network wants a hub-and-spoke topology for finance traffic but allows any-to-any policy for all service VPNs. It is not the failure mode evidenced here.

That hazard arises in a separate case: An SD-WAN fabric routes guest traffic into the production VPN because a new edge reused the corporate service VPN identifier. It is not the failure mode evidenced here.

That hazard arises in a separate case: A standards group needs an interoperable interface model but mistakenly calls every IETF YANG module an OpenConfig model. It is not the failure mode evidenced here.

That hazard arises in a separate case: A global WAN telemetry system publishes a complete 10,000-interface snapshot every 100 ms although the target is only five-minute capacity planning. It is not the failure mode evidenced here.

That hazard arises in a separate case: A fleet telemetry design streams all available operational leaves every second over a constrained management link. It is not the failure mode evidenced here.

That hazard arises in a separate case: Video and voice both use one strict-priority queue, causing voice jitter when video surges. It is not the failure mode evidenced here.

That hazard arises in a separate case: A branch policy gives every queue an equal share although its database synchronization is delaying emergency call signaling. It is not the failure mode evidenced here.

That hazard arises in a separate case: A campus designs priority queues only on the access switch but ignores a congested upstream WAN edge. It is not the failure mode evidenced here.

That hazard arises in a separate case: An organization needs consistent segmentation across two SD-Access fabric sites connected by a routed MPLS service. It is not the failure mode evidenced here.

That hazard arises in a separate case: A financial application needs multicast delivery across SDA sites, but all validation has covered unicast endpoint maps only. It is not the failure mode evidenced here.

That hazard arises in a separate case: A wireless access-point refresh increases PoE needs above the available 802.3at class on older switches. It is not the failure mode evidenced here.

That hazard arises in a separate case: A branch EIGRP router advertises remote routes back into its hub and occasionally becomes a transit path between hubs. It is not the failure mode evidenced here.

That hazard arises in a separate case: An edge router receives a full BGP table where the security policy allows only the provider's approved default. It is not the failure mode evidenced here.

That hazard arises in a separate case: A merger requires two administrative BGP regions to appear as one external AS while reducing iBGP mesh size internally. It is not the failure mode evidenced here.

That hazard arises in a separate case: A city campus needs a 10-Gbps local metro interconnect with SLA and carrier demarcation, but the proposed design assumes standard broadband internet guarantees. It is not the failure mode evidenced here.

That hazard arises in a separate case: A voice application has a 120-ms latency budget, but SD-WAN traffic follows the cheapest internet path despite BFD reporting 220-ms delay. It is not the failure mode evidenced here.

That hazard arises in a separate case: A network team manually builds static IPsec tunnels between every SD-WAN edge even though centralized overlay policy is available. It is not the failure mode evidenced here.

That hazard arises in a separate case: A 20-Mbps backup link replaces a 200-Mbps primary WAN but the shaper keeps its 200-Mbps limit after failover. It is not the failure mode evidenced here.

That hazard arises in a separate case: Video and voice both use one strict-priority queue, causing voice jitter when video surges. It is not the failure mode evidenced here.

That hazard arises in a separate case: A switch QoS scheduler guarantees 30% to backup traffic and 80% to voice under full congestion, exceeding possible link capacity. It is not the failure mode evidenced here.

That hazard arises in a separate case: An EIGRP deployment relies on a single aggregation router and an outage cuts off all downstream branches. It is not the failure mode evidenced here.

That hazard arises in a separate case: A campus border is configured with two equal-cost external BGP paths but only one is installed for traffic forwarding. It is not the failure mode evidenced here.

That hazard arises in a separate case: A branch EIGRP router advertises remote routes back into its hub and occasionally becomes a transit path between hubs. It is not the failure mode evidenced here.

That hazard arises in a separate case: IP phones and cameras are scheduled for a new closet, but PoE budget is calculated only from the switch's total port count. It is not the failure mode evidenced here.

That hazard arises in a separate case: A guest workstation port can learn hundreds of source MAC addresses because an unmanaged mini-switch is connected behind it. It is not the failure mode evidenced here.

That hazard arises in a separate case: A routed campus uses DHCP snooping on access switches but marks every endpoint port trusted for convenience. It is not the failure mode evidenced here.