Cisco 300-420 Exam Dumps, Practice Test Questions

This offered choice, “Configure an appropriate EIGRP stub design on the branch while allowing its locally connected routes to reach the hubs”, addresses a separate concern. This statement relates to a different requirement: A branch EIGRP router advertises remote routes back into its hub and occasionally becomes a transit path between hubs. It does not address the condition described here.

This offered choice, “Validate advertised stub route classes and redundancy if the branch has multiple uplinks”, addresses a separate concern. This statement relates to a different requirement: A branch EIGRP router advertises remote routes back into its hub and occasionally becomes a transit path between hubs. It does not address the condition described here.

This offered choice, “Hubs avoid querying through the branch as a transit path and branch-local prefixes remain visible”, addresses a separate concern. This statement relates to a different requirement: A branch EIGRP router advertises remote routes back into its hub and occasionally becomes a transit path between hubs. It does not address the condition described here.

This offered choice, “Distinguish IETF standards-track models from OpenConfig community models and vendor-native schema ownership”, addresses a separate concern. That answer belongs to this other scenario: A standards group needs an interoperable interface model but mistakenly calls every IETF YANG module an OpenConfig model. It does not establish the necessary change in this case.

This offered choice, “The receiver obtains the expected measurement updates for every required signal”, addresses a separate concern. That answer belongs to this other scenario: A routing telemetry client assumes every operational counter supports on-change updates and receives no updates on one platform. It does not establish the necessary change in this case.

This offered choice, “Select subscription modes according to the actual leaf and device support, using periodic for counters when necessary”, addresses a separate concern. That answer belongs to this other scenario: A routing telemetry client assumes every operational counter supports on-change updates and receives no updates on one platform. It does not establish the necessary change in this case.

This offered choice, “Review platform compatibility and perform a maintenance-window failover test before promising hitless service”, addresses a separate concern. This statement relates to a different requirement: A remote campus uses two distribution switches and requires nonstop gateway access during a planned supervisor replacement. It does not address the condition described here.

This statement relates to a different requirement: Multiple access switches connect to one distribution block through independent Layer 2 uplinks with a blocked redundant path. It does not address the condition described here.

This offered choice, “Choose a supported redundant supervisor or logical chassis abstraction with explicitly documented switchover behavior”, addresses a separate concern. This statement relates to a different requirement: A remote campus uses two distribution switches and requires nonstop gateway access during a planned supervisor replacement. It does not address the condition described here.

That answer belongs to this other scenario: A regional healthcare group wants routed site separation within a provider-managed private WAN without building its own full mesh of tunnels. It does not establish the necessary change in this case.

This offered choice, “Plan underlay/overlay MTU and MSS handling for encapsulation overhead across the WAN path”, addresses a separate concern. That answer belongs to this other scenario: A branch uses IPsec overlay on broadband with 1400-byte effective MTU, but an application sends 1500-byte DF-set packets and stalls. It does not establish the necessary change in this case.

This offered choice, “Authorized overlay tunnels form between intended peers without manually maintained full-mesh IKE policy”, addresses a separate concern. That answer belongs to this other scenario: A network team manually builds static IPsec tunnels between every SD-WAN edge even though centralized overlay policy is available. It does not establish the necessary change in this case.

This offered choice, “Confirm address-family features and topology scale on all participating platforms”, addresses a separate concern. This statement relates to a different requirement: An IPv6 deployment uses static gateways rather than a dynamic protocol across several redundant campus links. It does not address the condition described here.

This offered choice, “Select a scalable IPv6-capable routing design with convergence and security matched to the enterprise topology”, addresses a separate concern. This statement relates to a different requirement: An IPv6 deployment uses static gateways rather than a dynamic protocol across several redundant campus links. It does not address the condition described here.

This offered choice, “Allocate nonoverlapping hierarchical IPv4 blocks by region and site, reserving summary boundaries and documenting any unavoidable VRF isolation”, addresses a separate concern. That option relates to this separate design case: A retailer adds 70 branches and reused 10.20.0.0/16 at several sites; the MPLS provider cannot distinguish the overlapping prefixes in the enterprise routing table. It does not answer the current requirement.

This offered choice, “Segment management-plane access by role/tenant and enforce ACLs and authentication at the boundaries”, addresses a separate concern. That answer belongs to this other scenario: Two business units share one management VLAN with unrestricted access to each other's routers. It does not establish the necessary change in this case.

This offered choice, “Intended receivers obtain the translated stream while unrelated multicast groups remain separate”, addresses a separate concern. That answer belongs to this other scenario: An enterprise wants to expose a multicast stream to one receiver group but the original source uses a group address conflicting with a remote application. It does not establish the necessary change in this case.

This offered choice, “Evaluate controlled multicast service reflection or translation with explicit source/group mappings”, addresses a separate concern. That answer belongs to this other scenario: An enterprise wants to expose a multicast stream to one receiver group but the original source uses a group address conflicting with a remote application. It does not establish the necessary change in this case.

This offered choice, “Confirm tunnel endpoints, encryption requirements and path MTU before production”, addresses a separate concern. This statement relates to a different requirement: An organization needs to reach an IPv6 island over a provider network that carries IPv4 only for the next year. It does not address the condition described here.

This offered choice, “Evaluate a managed IPv6-over-IPv4 tunnel overlay with endpoints, MTU and failure behavior explicitly designed”, addresses a separate concern. This statement relates to a different requirement: An organization needs to reach an IPv6 island over a provider network that carries IPv4 only for the next year. It does not address the condition described here.

This offered choice, “Allocate nonoverlapping hierarchical IPv4 blocks by region and site, reserving summary boundaries and documenting any unavoidable VRF isolation”, addresses a separate concern. That option relates to this separate design case: A retailer adds 70 branches and reused 10.20.0.0/16 at several sites; the MPLS provider cannot distinguish the overlapping prefixes in the enterprise routing table. It does not answer the current requirement.

This offered choice, “Choose a supported redundant supervisor or logical chassis abstraction with explicitly documented switchover behavior”, addresses a separate concern. That answer belongs to this other scenario: A remote campus uses two distribution switches and requires nonstop gateway access during a planned supervisor replacement. It does not establish the necessary change in this case.

This offered choice, “Clients retain gateway reachability after either distribution switch fails”, addresses a separate concern. That answer belongs to this other scenario: A building has two independent distribution switches but hosts use the physical IP of one switch as their default gateway. It does not establish the necessary change in this case.

This offered choice, “Design an appropriate first-hop redundancy protocol with a shared virtual gateway and verified uplink tracking”, addresses a separate concern. That answer belongs to this other scenario: A building has two independent distribution switches but hosts use the physical IP of one switch as their default gateway. It does not establish the necessary change in this case.

This offered choice, “Design redundant supported key servers and registration/rekey recovery for the group encryption domain”, addresses a separate concern. This statement relates to a different requirement: GET VPN group members can route between branches but new devices cannot obtain group security policy after a key-server loss. It does not address the condition described here.

This offered choice, “Surviving key servers provide policies and secure data traffic remains operational through maintenance”, addresses a separate concern. This statement relates to a different requirement: GET VPN group members can route between branches but new devices cannot obtain group security policy after a key-server loss. It does not address the condition described here.

This offered choice, “Document centralized policy exceptions and maintain a tested device-identity revocation process”, addresses a separate concern. This statement relates to a different requirement: A network team manually builds static IPsec tunnels between every SD-WAN edge even though centralized overlay policy is available. It does not address the condition described here.

This offered choice, “Excess guest bursts are contained while voice packet-delay variation remains acceptable”, addresses a separate concern. That answer belongs to this other scenario: An enterprise edge allows a contracted 50-Mbps guest rate but users report voice degradation during microbursts despite the average staying under 50 Mbps. It does not establish the necessary change in this case.

This offered choice, “Engineer a policer with an appropriate burst tolerance and separate real-time queue protection”, addresses a separate concern. That answer belongs to this other scenario: An enterprise edge allows a contracted 50-Mbps guest rate but users report voice degradation during microbursts despite the average staying under 50 Mbps. It does not establish the necessary change in this case.

That answer belongs to this other scenario: A campus designs priority queues only on the access switch but ignores a congested upstream WAN edge. It does not establish the necessary change in this case.

This offered choice, “Validate default-route behavior and NSSA translation roles during staged cutover”, addresses a separate concern. This statement relates to a different requirement: A remote branch uses an OSPF stub area but a design change introduces an ASBR that must redistribute external routes within it. It does not address the condition described here.

This offered choice, “Required external routes originate inside the NSSA and are translated into the rest of the OSPF domain as designed”, addresses a separate concern. This statement relates to a different requirement: A remote branch uses an OSPF stub area but a design change introduces an ASBR that must redistribute external routes within it. It does not address the condition described here.

This offered choice, “Evaluate an NSSA design and associated ABR external-route translation rather than a plain stub area”, addresses a separate concern. This statement relates to a different requirement: A remote branch uses an OSPF stub area but a design change introduces an ASBR that must redistribute external routes within it. It does not address the condition described here.