Cisco 200-301 Exam Dumps, Practice Test Questions

CDP is Cisco proprietary and is not required on a standards-only third-party router.

ARP resolves on-link IP addresses to MAC addresses; it does not provide the discovery chassis/port metadata identified in the question.

STP selects loop-free forwarding roles, not the general inventory of peer chassis and advertised physical port IDs.

Neighbor detail describes discovered adjacent devices but does not directly target LLDP packet-error and traffic counters.

CDP detail uses the separate Cisco proprietary discovery protocol, not LLDP packet accounting.

IP interface status reports routed addresses and line state, not LLDP message/error counters.

That field identifies the local Catalyst connection, not the neighbor model or hardware platform family.

The Port ID names the connected peer interface, not the platform field identifying its hardware family.

Holdtime indicates the remaining lifetime of the neighbor entry, not the hardware platform.

This stops all CDP advertisements, including trusted uplinks, rather than only the specified customer-facing port.

That affects a different neighbor discovery protocol and does not suppress Cisco CDP on the edge.

CDP would still advertise device/platform metadata, so changing an identity label is not equivalent to suppressing discovery.

The remote device name identifies a neighbor but cannot determine the pair of actual interfaces at the cable endpoints.

VLAN membership helps troubleshoot segmentation, but does not expose the local-port/remote-port pair being traced.

An up port confirms physical signal; it does not identify the remote port named Ethernet1/3 in discovery output.

A link-local discovery frame can be exchanged even when peers use incompatible IP prefixes or no usable route exists.

Port IDs confirm adjacency but neither verify source/destination IP reachability nor routing/ACL permissions.

LLDP is Layer 2 management discovery and is not an IP reachability test.

Changing LACP initiation mode does not repair a Layer 2 inconsistency between otherwise negotiating bundle members.

Spanning-tree edge behavior does not make inconsistent EtherChannel trunk members compatible and would be inappropriate on an ordinary switch-to-switch trunk.

Routing administrative distance controls routing-source selection, not matching the Layer 2 membership settings of a trunk EtherChannel.

A larger LACP system-priority number has lower priority, not higher priority, under the documented LACP selection rule.

LACP uses the configured system-priority value as part of system identification/selection; valid unequal settings are not silently treated as equal.

The number of transit data frames does not override configured LACP system-priority comparisons.

Priority helps select preferred LACP systems or ports but does not turn two passive peers into an initiating participant.

Mode on is forced aggregation with no LACP negotiation; pairing it with a passive LACP peer does not establish a negotiated LACP bundle.

Native VLAN compatibility matters, but an unrelated VLAN change does not fix the passive/passive absence of LACP initiation.

Trunk status does not directly display per-member EtherChannel bundle flags such as P and I or the aggregation protocol.

Access VLAN membership is not the operational EtherChannel summary of bundled and suspended physical members.

Counters can help troubleshoot exchanged LACP PDUs, but they do not substitute for the compact port-channel and member state summary requested.

A physical member interface cannot represent the complete logical aggregate’s configured IP or trunk properties.

A trunk summary may list VLAN carriage but is not the requested logical aggregate interface configuration context.

Negotiation mode change is disruptive and does not satisfy the read-only inspection request for Port-channel5.